Re: Project Design Addendum (Revised) for City of ...City of Summerside 94 Ottawa Street Summerside,...

TE51100-final revised-addendumLet-28Apr09-gb-cjy.doc AMEC Earth & Environmental, a division of AMEC Americas Limited 25 Waggoners Lane Fredericton, New Brunswick E3B 2L2 Tel + 1 (506) 458-1000 Fax + 1 (506) 450-0829 www.amec.com

April 28, 2009

TE51100

Mr. Greg Gaudet, P.Eng. Director of Municipal Services City of Summerside 94 Ottawa Street Summerside, PE C1N 1W3

Dear Mr. Gaudet:

Re: Project Design Addendum (Revised) for City of Summerside Wind Farm Project, Summerside, Prince County, PE

This revised project design addendum presents the latest turbine configuration and updates the project description including responses to regulatory review comments received on April 02 regarding the draft addendum (dated January 20, 2009). As a result of additional technical analyses (shadow flicker and noise modelling) it has been determined by the design engineers that it is desirable to relocate two of the turbines. Also, there has been a change in the power interconnection design. Due to these design changes there will be a significant decrease in total project footprint. The revised project layout is shown in Figure 1.1. The proposed design changes are detailed below.

Project Description Turbine 1 (T1) has been relocated approximately 75 m West-southwest of the former location. Turbine 4 (T4) has been relocated approximately 750 m northwest of the former location. Thus, the water treatment facility grounds will no longer be involved in the project. Also, the collector line and access road to the new T4 location will be significantly shorter. The new turbine locations were compared to the 200 m migratory bird exclusion zone provided by regulators on April 02, 2009 (see Figure 1.2) in order to ensure that they are not inside the zone, There has been no significant change in the locations of Turbine 2 (T2) or Turbine 3 (T3). In September 2009, a visual survey of T3 resulted in the identification of two historic archaeological sites that are now registered with the province (Sites CcCw-2 and CcCw-3); which will require on-site monitoring during construction. Any subsurface activities conducted in the field in which Turbine 3 is proposed shall be monitored by a licensed archaeologist. An archaeological procedural protocol shall be adopted and followed in the event of an unexpected archaeological discovery during construction or operation. The proposed interconnection voltage has changed from 69 kV to 34.5 kV line (i.e., from transmission voltage to distribution voltage). The distribution power line route is shown in Figure 1.3. This change was made in response to the general public concern about locating another transmission power line in the local area, and because of difficulty in obtaining a construction corridor. Also, because of this change, the construction of a new local substation will no longer

TE51100-final revised-addendumLet-28Apr09-gb-cjy.doc

Mr. Greg Gaudet April 28, 2009 be required. The new routing was specifically chosen in order to remain within municipal limits throughout. A final decision has been made regarding the location of distribution lines underground or overhead, as follows. Distribution lines will be located underground from each turbine to the edge of the public road and then will be located overhead for the remaining part of the route to the substation in Summerside (Figure 1.1, and Figure 1.3).

Significance of Design Changes In the paragraphs below we have discussed the significance of these design changes for the results of previous assessments and follow-up field studies to date. The most recent follow-up field studies include the Fall (2008) Flora Survey results (letter dated November 25, 2008) and the Heritage Resources Impact Assessment (HRIA) - 2008 Field Season Investigations – Final Report (dated March 31, 2009) for the September 17, 2008 turbine locations. Also, the AMEC report: Preliminary Geotechnical Investigation – Proposed Wind Turbine Number 4 is presented below in Attachment 1. These studies were requested by regulators as part of EIA approval follow-up. Turbine 1 (T1) The placement of Turbine 1 (T1) has been moved approximately 75 metres (m) West-southwest of the previous (September 17) placement. This area was visually surveyed during the September field examination for placement of T1 and its associated laydown area and access road (which have not changed). The relocation of the turbine at T1 does not impact the results of the Heritage Resources Impact Assessment (HRIA) conducted to date. Therefore, no further HRIA investigations are required for this location. The habitat at the revised T1 location is identical to the September 17 placement. Due to the very minor change in location at this site, there is no change in potential impacts on terrestrial wildlife or migratory birds. There is no potential for impacts on watercourses, wetlands, or species at risk. Turbine 4 (T4) The placement of Turbine 4 (T4) has changed significantly since the field survey was conducted. Initially it was placed on the south side of Lyle Road, in the vicinity of a sewage lagoon. It has been moved to a proposed location between T1 and T2, approximately 250 m north of Lyle Road (Figure 1.1). On September 17 a small portion of this area, adjacent to Lyle Road, was surveyed for the collector line routing between T1 and T2. Therefore, the entire impact area for the revised location for T4 (and its associated laydown and access areas) has not been visually surveyed for potential heritage resources. A 1935 aerial photograph of this location indicates a cluster of building structures (likely a house and barn) between Lyle Road and the proposed location for T4. In 1990 there was still a structure located on this site. Presently, this area is an overgrown apple orchard, with no apparent structure on it. Therefore, while the new location for T4 does not appear to impact this potential heritage resource, the potential impacts of the access road and laydown area have yet to be determined. The areas with known potential for historic heritage resources on the immediate north side of Lyle Road should be avoided to the extent possible during the placement of the access road and laydown area for T4. In addition, a visual field survey of the entire impact area for T4 is required to fulfill regulatory requirements.


Mr. Greg Gaudet April 28, 2009 The habitat at the revised T4 location has been described in the EIA and follow-up studies as overgrown apple orchard. The new turbine location is near the northern limit of this habitat close to the boundary with shrub swamp wetland. The overgrown apple orchard habitat does not represent unique or critical habitat for any species at risk or migratory birds; however, the wetland boundary must be more precisely identified prior to clearing or construction, in order to avoid any impacts on wetlands. The revised location of the T4 footprint appears to be located more than 50 m west of the nearest watercourse. The revised location for the collector line and access road for T4 is 60% smaller than previously and avoids a watercourse crossing. Therefore, potential impacts on wildlife and migratory birds will be significantly minimized by the latest design. Geotechnical testing at T4 in January 2009 indicated the presence of buried waste (see Attachment 1). During a meeting on April 02, 2009, regulators identified that the location for the T4 turbine may also have been used in the past for incineration of waste material. Therefore, the potential exists for disturbed soil to be contaminated. There is also the remote potential for buried waste to be encountered during ground disturbing activities near T1 (related to the St. Eleanor’s land fill). Therefore, site specific mitigation will be required including controlling all locally disturbed overburden so that it remains on the current property. Special mitigation will be included in the Environmental Management Plan (EMP) including control of potentially contaminated material. Wildlife Prior to construction, biophysical field surveys (i.e., wetlands, species at risk, migratory bird nests, etc.) will be required in and within 30 m of the footprint of any turbine, lay-down area, or other project component that has been relocated since September 17, 2009. Field results will be provided to regulators for review. If any sensitive flora or fauna populations are identified, the locations will be marked in the field and avoided during construction. Site specific mitigation measures would be identified in the project EMP. A post construction follow-up monitoring program might also be identified in the EMP, depending on the nature of the sensitive population and the precise location relative to the project. Noise and Shadow Flicker Frontier Power Systems has provided a new noise model report and addendum report; which compares noise levels from the approved turbine configuration to the new turbine configuration (see Attachment 2). In general the proposed layout reduces the level of noise impact on nearby dwellings. The predicted noise level is reduced at 26 of the 39 receptors, with several being reduced by over 3 dBA. The predicted noise level is increased at 13 of the receptors with the largest increase at 0.28 dBA. The average change in the predicted noise level for the group is a decrease of 0.58 dBA. Frontier Power Systems has provided a new shadow flicker model report and addendum report; which compares shadow flicker levels from the approved turbine configuration to the new turbine configuration (see Attachment 3). In general the proposed layout significantly reduces the amount of shadow flicker on nearby dwellings. The theoretical maximum amount of flicker is reduced at 34 of the 49 receptors, with an average reduction of 16 hours of flicker per year per receptor. The theoretical maximum amount of flicker is increased at 6 of the receptors with the largest increase of 8 hours of flicker per year. In total, the proposed layout will reduce the de-rated (realistic) amount shadow flicker on the 49 receptors by over 300 hours per year.


Mr. Greg Gaudet April 28, 2009

Closing Remarks Precise locations of the access roads and the arrangement of Site Layout components are shown in Attachment 4. There is no change in the type of impacts or mitigation that has previously been assessed for this project due to the relocation of T1 and T4. In fact, the revised locations significantly reduce the project footprint and require one less watercourse crossing. An additional field survey will be required at the revised T1 and T4 locations to confirm the potential impacts on Heritage Resources and to ensure that the project avoids identified wetlands to the immediate north of T4 or any other sensitive habitat. The field survey will also include the proposed routes of underground power lines (Figure 1.1). This survey cannot be conducted before June 1st, 2009 due to vegetative seasonality. If you require clarification on anything contained herein, please do not hesitate to contact me at 450-8855 (471-0616). Sincerely,

Janet Blackadar, M.Sc.F, CEPIT Project Manager Direct Tel.: 1.506.450.8855 Direct Fax: 1.506.450.0829 E-mail: [email protected] GB/cjy Attachments:

!.

!.

!.

#*

2

4

1

April 28, 2009Drawn by S. TurnerProjection: NAD83 PEI StereographicFile Name: DistributionLine_28Apr2009.mxdJob No.: TE51100

±

0 0.25 0.5 0.75 1 km1:20,000

Legend#* Existing Substation!. Turbine Site

Distribution Line

Figure 1.3Electrical Distribution Line (34.5 kV)

Summerside Wind Farm, PEI

ATTACHMENT 1

PRELIMINARY GEOTECHNICAL INVESTIGATION

PROPOSED WIND TURBINE NUMBER 4

PRELIMINARY GEOTECHNICAL INVESTIGATION PROPOSED WIND TURBINE NUMBER 4

SUMMERSIDE PRINCE EDWARD ISLAND

Submitted to: City of Summerside

Submitted by:

AMEC Earth & Environmental,

A Division of AMEC Americas Limited 1133 St. George Blvd. Moncton, NB E1E 4E1

January 2009

TE51100

City of Summerside Proposed Wind Turbine Number 4 Geotechnical Investigation Summerside, PEI January 2009

i

TABLE OF CONTENTS

1.0 INTRODUCTION.............................................................................................................1

2.0 SITE DESCRIPTION.......................................................................................................1

3.0 INVESTIGATIVE PROCEDURES ...................................................................................1

4.0 SUBSURFACE CONDITIONS ........................................................................................1

4.1 Fill............................................................................................................................... 1 4.2 Sand and Sand with some gravel, trace clay .............................................................. 1 4.3 Cemented Fine Sand/Sandstone Bedrock .................................................................. 2 4.4 Groundwater............................................................................................................... 2

5.0 TURBINE FOUNDATION RECOMMENDATIONS..........................................................2

5.1 Wind Turbine Foundations.......................................................................................... 2 6.0 EXCAVATIONS ..............................................................................................................2

7.0 CLOSURE.......................................................................................................................3

APPENDIX A Borehole Record General Report Notes APPENDIX B Limitations APPENDIX C Figure 2 – Borehole Location Plan


1

1.0 INTRODUCTION

AMEC Earth & Environmental, a Division of AMEC Americas Limited, was retained by the City of Summerside to conduct a preliminary geotechnical investigation for proposed wind turbine number 4 to be located in Summerside, PEI. The purpose of the investigation was to provide preliminary geotechnical design data. This report was prepared with the condition that the design will be in accordance with applicable standards and codes, regulations of authorities having jurisdiction, and good engineering practices. Further, the recommendations and opinions expressed in this report are only applicable to the proposed project as described above. Since all details of the design may not be known, we recommend that we be retained during the final design stage to verify that the design is consistent with our recommendations, and that the assumptions made in our analysis are valid. In addition, there should also be an ongoing liaison with AMEC during both the design and construction phases of the project to help ensure that the recommendations in this report have been interpreted and implemented correctly. Also, if any further clarification and/or elaboration are needed concerning the geotechnical aspects of this project, AMEC should be contacted immediately. AMEC’s memo, dated October 7, 2008, formed the basis for this assignment.

2.0 SITE DESCRIPTION

The location of the proposed wind turbine is shown on the attached figure in Appendix C. The area is clear of trees and the structure is to be located at the site of a former landfill.

3.0 INVESTIGATIVE PROCEDURES

The investigation program consisted of drilling one borehole using a truck-mounted auger drill. AMEC personnel performed supervision of the fieldwork. Soil sampling was carried out in the borehole, and Standard Penetration Tests (SPTs) were completed at each sample attempt. The results of these tests are presented on the attached Borehole Log in Appendix A. Soil samples were placed in moisture tight containers for subsequent examination and classification.

4.0 SUBSURFACE CONDITIONS

4.1 Fill

The surface soil layer consisted of 0.9 m of loose brown sand fill, followed by 3 m of a heterogeneous mixture of soil, organic material and refuse.

4.2 Sand and Sand with some gravel, trace clay

The fill is underlain by a 4.0 m thick layer of sand with some gravel and traces of clay. The N values within the sandy layer ranged from 8 near the layer surface to 27 with depth, indicating the compactness condition of the soil to be loose to compact.


2

4.3 Cemented Fine Sand/Sandstone Bedrock

At the 7.9 m depth, cemented fine sand or very poor quality sandstone bedrock was encountered. Auger drilling continued for 0.5 m in this formation. During final investigations for the turbine, it is recommended that rock coring be carried out to better define the rock quality for design purposes.

4.4 Groundwater

Groundwater was observed in the borehole at the 1.5 m depth on January 6, 2009. However, groundwater may be found at higher levels during periods of heavy precipitation or during the spring melt season.

5.0 TURBINE FOUNDATION RECOMMENDATIONS

5.1 Wind Turbine Foundations

The soils within the upper 6 m are too loose to provide support for the foundation loads from the wind turbine. Thus, it will be necessary to either:

• Remove the loose soils, backfill with compacted granular material and use gravity base foundation,

• Excavate to bedrock and place gravity base foundation on the bedrock, or • Use a pile foundation.

The depth of excavation is quite deep for the first two options, and the final choice should be determined on the relative costs of foundation types. Once preliminary design has been carried out as to the most feasible foundation type, detailed geotechnical foundation design information will be prepared. Reference is also made to AMEC’s October 2008 report titled:

PRELIMINARY GEOTECHNICAL INVESTIGATION PROPOSED WIND TURBINE

SUMMERSIDE PRINCE EDWARD ISLAND

That report contained preliminary geotechnical design information for wind turbine number 1 foundation, and that data would also apply here, on a preliminary basis.

6.0 EXCAVATIONS

It is expected that the sides of excavations for foundation preparations will initially stand vertically. Any excavations will have to conform to the regulations of the Occupational Health and Safety Act of the Province of Prince Edward Island, and sloping of the sides of the excavations will be required. At no time should workers enter deep excavations (i.e., greater than 1.2 m) without the aids of trench boxes or sloping the sides of the excavation. Temporary side slopes of 1.5 horizontal to 1 vertical should be stable.


3

7.0 CLOSURE

This report has been prepared for the exclusive use of the City of Summerside or their agents for specific application to the development described within this report. Any use that a third party makes of this report, or any reliance or decisions based on this report are the sole responsibility of the third party. Should additional parties require reliance on this report, written authorization from AMEC will be required. With respect to third parties, AMEC has no liability or responsibility for losses of any kind whatsoever, including direct or consequential effects on transactions or property values, or requirements for follow-up actions and costs. The report is based on data and information collected during the geotechnical study conducted by AMEC. It is based solely on the conditions of the Site encountered during the field investigations conducted on January 6, 2009. Except as otherwise may be specified, AMEC disclaims any obligation to update this report for events taking place, or with respect to information that becomes available to AMEC after the time during which AMEC conducted the field work. AMEC makes no other representations whatsoever, including those concerning the legal significance of its findings, or as to other legal matters touched on in this report, including, but not limited to, ownership of any property, or the application of any law to the facts set forth herein. With respect to regulatory compliance issues, regulatory statutes are subject to interpretation and change. Such interpretations and regulatory changes should be reviewed with legal counsel. This Report is also subject to the Limitations contained in Appendix B. This factual report was prepared by Messers Lee MacWilliams, P.Eng. and Paul Belyea, P.Eng. Respectfully submitted, AMEC Earth & Environmental A Division of AMEC Americas Limited

Lee MacWilliams P. Eng. Senior Engineer

APPENDIX A

Borehole Record General Report Notes

9

29

3

12

2

50 for75 mm

8

8

9

27

50 for50 mm

28 50for 50mm

50 for50 mm

250

250

75

75

125

75

200

275

225

175

0

75

0

SS

SS

SS

SS

SS

SS

AU

SS

AU

SS

SS

AU

SS

SS

AU

SS

AU

SS

1

2

3

4

5

6

7

8

9

10

11

12

13

Loose brown SAND, trace silt. FILL.

Very loose heterogeneous mixture of soil,organic material, and refuse. FILL.

Loose brown fine grained SAND

Loose grading to compact brown fine grainedSAND with some gravel, trace clay.

Cemented brown fine sandstone BEDROCK

End of Borehole @ 8.6 m

WP

STANDARD PENETRATION TESTBlows/0.3m

LIQUIDLIMIT

PLASTICLIMIT

OTH

ER

TES

TS

20 40 60 80WATER CONTENT (%)

SAMPLES20 40 60 80

10 20 30RE

CO

VE

RY

(mm

)

W WL

NATURALMOISTURECONTENT

ELEVATION:

DATUM:

METHOD:

DIAMETER:

WATER LEVEL:

CONTRACTOR:

UNDRAINED SHEAR STRENGTH(kPa)

---

Auger

150 mm

1.52 m / 01-06-09

Boart Longyear

N-V

ALU

Eor

RQ

D%

STR

ATA

PLO

T

WA

TER

LE

VE

L

TYP

E

NU

MB

ER

L O G O F B O R E H O L E 02TE51100

City of Summerside

Proposed Wind Turbine - Preliminary Investigation

Summerside, PEI

1-6-09

L. Sharpe

PROJECT No.:

CLIENT:

PROJECT NAME:

LOCATION:

DATE DRILLED:

LOGGED BY:

SHEET 1 OF 1

0

ELE

VA

TIO

N(m

)

DE

PTH

(m)

STRATIGRAPHIC DESCRIPTION

1

2

3

4

5

6

7

8

GE

OTE

CH

NIC

AL

BO

RE

HO

LE C

ITY

OF

SU

MM

ER

SID

E.G

PJ

AM

EC

HA

LIFA

X.G

DT

1/2

0/09

GENERAL REPORT NOTES

STANDARD PENETRATION TEST (SPT) The standard penetration values are recorded on the Borehole Records as N values. The N values are the number of blows required to advance a standard, 51 mm diameter, split spoon sampler a distance of 305 mm into the soil using a 63.5 kg hammer freely falling a distance of 760 mm. DYNAMIC CONE PENETRATION TEST (DCPT) This is a similar procedure to that used in driving a standard 51 mm split spoon sampler except that a cone is driven rather than a soil sampler. A variety of cones can be used. Often the cones are 51 mm diameter with a 60 degree taper from the tip. SAMPLE TYPE ABBREVIATION USED ON BOREHOLE LOGS SS Split spoon ST Shelby tube WS Wash sample AU Auger sample RC Rock core Push Sample pushed SOIL DESCRIPTION The standard terminology to describe cohesionless soils includes the compactness condition as generally determined by the SPT. The standard terminology to describe cohesive soils includes the consistency, which is based on various methods of determining undrained shear strength, and by SPT.

Cohesionless Soils Cohesive Soils

Compactness condition

N values

Consistency Undrained shear strength (kPa)

Very loose 0 – 4 Very soft < 12.5 Loose 4 – 10 Soft 12.5 – 25 Compact 10 – 30 Firm 25 – 50 Dense 30 – 50 Stiff 50 – 100 Very dense > 50 Very stiff 100 – 200 Hard > 200

NOTE The soil conditions, profiles, comments, conclusions and recommendations found in this report are based upon samples recovered during the field work. Soils are heterogeneous materials, and, consequently, variations may be encountered at site locations away from where the samples were obtained. During construction, competent, qualified personnel should verify that no significant variations exist from those described in the report.

APPENDIX B

Limitations

Limitations

The conclusions and recommendations given in this report are based on information determined at the borehole locations. The information contained herein in no way reflects on the environmental aspects of the project, unless otherwise stated. Subsurface and groundwater conditions between and beyond the boreholes may differ from those encountered at the borehole locations, and conditions may become apparent during construction, which could not be detected or anticipated at the time of the site investigation. It is recommended practice that the Geotechnical Engineer be retained during the construction to confirm that the subsurface conditions across the site do not deviate materially from those encountered in the boreholes. The design recommendations given in this report are applicable only to the project described in the text, and then only if constructed substantially in accordance with the details stated in this report. Since all details of the design may not be known, we recommend that we be retained during the final design stage to verify that the design is consistent with our recommendations, and that assumptions made in our analysis are valid. The number of boreholes may not be sufficient to determine all the factors that may affect construction methods and costs. For example, the thickness of surficial soil layer may vary markedly and unpredictably. The contractors bidding on this project or undertaking the construction should, therefore, make their own interpretation of the factual information presented and draw their own conclusions as to how the subsurface conditions may affect their work. This work has been undertaken in accordance with normally accepted geotechnical engineering practices. No other warranty is expressed or implied. Any use which a third party makes of this report, or any reliance on or decisions to be made based on it, are the responsibility of such third parties. AMEC Americas Limited accepts no responsibility for damages, if any, suffered by any third party as a result of decisions made or actions based on this report.

APPENDIX C

Figure 2 – Borehole Location Plan

!!.

!.

!.

!.

! (

M a l p e q u e B a y

Lyle RD

Car

rie D

R

Nor

th D

R

Dek

ker R

D

Com

pton

RD

Delaney RD

T3

T4

T2

T1

BH-02

®1:10,000

0 100 200 300 400 500m

January 20, 2009Drawn by S. Turner/D. McCoyProjection: NAD83 PEI StereographicFile Name: Figure2_20Jan2009.mxdJob No.: TE51100

Legend! ( Borehole Location

! Substation

Access Road

Laydown Area

") Dwelling

Public Road

Transmission Line

Collector Line

!. Turbine Site

Figure 2 Map Identifying Location of the

Summerside Wind Farm Borehole Location

Project Site

N o r t h u m b e r l a n dS t r a i t

G u l f o f S t . L a w r e n c e

PrinceEdwardIsland

®

N.T.S.

LOCATOR MAP

ATTACHMENT 2

ADDENDUM NOISE REPORT

Summerside Wind Farm Addendum to Noise Modelling for Environmental Assessment Prepared for the City of Summerside Prepared by Frontier Power Systems April 24, 2009 Background The City of Summerside is developing a wind farm for electrical energy generation. The wind turbine locations and operating modes have changed numerous times throughout the planning and environmental assessment processes. As a result the noise model and predicted noise levels have also changed. This report compares the turbine layout and predicted noise levels, which were originally approved through the EA process, to the layout currently proposed. The noise model for the current layout was set up with identical parameters and noise receptors to those used in the EA approved model to allow a direct comparison of the predicted noise levels for each receptor. Turbine Locations and Operating Modes Table 1 provides the coordinates and operating mode for each turbine in both the EA approved layout and the proposed layout. Figure 1 shows the turbine layout and noise receptors in the EA approved layout. Figure 2 show shows the turbine layout and noise receptors in the proposed layout. The location of turbine 1 in the EA approved layout has moved approximately 50m to the south west. The location of turbine 2 in the EA approved layout has moved approximately 75m to the west. The location of turbine 3 in the EA approved layout has not changed. The location of turbine 4 in the EA approved layout has moved approximately 780m to the east north east. There are 3 different operating modes available, with varying sound power levels, for the selected turbine type. Mode 0 is the loudest with a sound power level of 109.4 dBA, mode 1 has a sound power level of 107.8 dBA, and mode 2 is the quietest with a sound power level of 106.8 dBA. The EA approved turbine configuration was composed of 1 turbine in mode 0, 1 turbine in mode 1, and 2 turbines in mode 2. The proposed layout is composed of 1 turbine in mode 0, and 3 turbines in mode 2. The operating modes and sound power levels are summarized in table 1.

EA Approved Turbine Configuration Proposed Turbine Configuration

Turbine ID

Turbine Type / Operating Mode

Eastings (m)

Northings (m)

Turbine Type / Operating Mode

Eastings (m)

Northings (m)

1 Vestas V90 (3.0 MW) - Mode 2 (106.8dBA) 438296 5142663 Vestas V90 (3.0 MW) -

Mode 2 (106.8dBA) 438271 5142617


Mode 0 (109.4dBA) 438755 5142589


Mode 2 (106.8dBA) 438850 5143325


Mode 2 (106.8dBA) 438594 5142810

All Coordinates are UTM zone 20 NAD83 Table 1: Turbine Locations and Operating Modes

Figure 1 – EA approved turbine layout

Figure 2 – Proposed layout

Noise Receptors The noise receptor group for the proposed layout is identical to that used for the EA approved layout. The noise receptors are shown in figure 1 and figure 2. Table 2 provides the coordinates of the noise receptors. It is important to the note that the noise receptor group is not an exhaustive list of all the dwellings that may be impacted by noise from the wind farm, but it does accurately represent the dwellings nearest the turbines which will experience the highest noise levels. For example, there are numerous houses in the area of receptors 18 – 22 on North Drive, which are not individually represented by a receptor. Similarly receptors 34 and 35 do not represent individual dwellings but were included to provide an indication of the noise levels in the area south of the wind plant near highway 2. No receptors were included in the area of the housing sub-division in Slemon Park to the west, but this area is over 1000m from the wind farm and the noise impact is expected to be very low compared to those living nearer the wind farm. Also worth noting is that receptor 16 is an apartment building, which has been represented by a single receptor at the corner of the building nearest the turbines.

Eastings Northings Eastings Northings Dwelling ID (m) (m)

Dwelling ID (m) (m)

1 438317 5143244 21 437784 5141911 2 438319 5143358 22 437760 5141654 3 438305 5143441 23 439428 5142589 4 437890 5143598 24 439191 5142352 5 437728 5143727 25 439184 5142313 6 437642 5143712 26 439181 5142269 7 437676 5143759 27 439362 5142245 8 437696 5143806 28 439189 5142155 9 437632 5143661 29 439184 5142028

10 437597 5143478 30 439195 5141946 11 437617 5143379 31 439179 5141888 12 437423 5143175 32 439171 5141730 13 437567 5142635 33 439105 5141537 14 437605 5142526 34 438073 5141514 15 437723 5142420 35 438561 5141380 16 437793 5142434 36 440206 5143418 17 437946 5142428 37 440186 5143471 18 437696 5142326 38 440155 5143532

19 437805 5142084 39 440114 5143629

20 437791 5142004 Coordinates are UTM20 NAD83 Table 2: Noise Receptor Coordinates

Noise Model Parameters The noise model for the current layout was set up with identical parameters to those used in the EA approved model. The noise model parameters are summarized below:

• Form of noise model used Complex (ISO9613) General • Ground Effect Porous Ground • Ground Effect ISO9613 General • Ground factor around turbines 0.80 • Ground factor everywhere else 0.80 • Meteorological correction factor Co 0.00 dB • Other attenuations to be considered 0.00 dB • Relative to background noise 0.00 dB(A) • Calculation grid spacing 10.00 m • Height above ground for noise mapping 2.00 m • Use DTM height data Yes • Octave Spreading Yes

The atmospheric attenuation coefficients used in the noise model are summarized in table 3.

Octave band (Hz)

Attenuation coefficient (dB/km)

31.5 0.00 63.0 0.10 125.0 0.40 250.0 1.00 500.0 1.90

1000.0 3.70 2000.0 9.70 4000.0 32.80 8000.0 117.00

Table 3: Atmospheric Attenuation for Octave Bands of Noise The sound power data for the V90 wind turbine in modes 0, 1, and 2 operation was provided by Vestas, the turbine manufacturer. Tables 4, 5, and 6 summarize the octave sound power levels for each operating mode. The sound power data is representative of the wind shear conditions encountered at this site.

Octave band

(Hz) Sound Power

Level (dB(A))

31.5 86.00 63.0 95.70

125.0 96.80 250.0 101.40 500.0 103.50 1000.0 104.60 2000.0 100.30 4000.0 95.00 8000.0 85.10

Table 4: Sound Power Level for Vestas V90 (3.0 MW) - Mode 0 (109.4dBA)

Octave band (Hz)

Sound Power Level

(dB(A)) 31.5 86.00 63.0 92.80

125.0 96.80 250.0 100.30 500.0 101.50 1000.0 102.40 2000.0 98.80 4000.0 94.40 8000.0 88.70


Octave band (Hz)

Sound Power Level

(dB(A)) 31.5 85.00 63.0 88.70

125.0 94.80 250.0 98.30 500.0 100.40 1000.0 102.00 2000.0 98.60 4000.0 94.20 8000.0 88.30


Predicted Noise Levels The predicted noise levels from the EA approved layout and the proposed layout are compared in table 7. In general the proposed layout reduces the level of noise impact on nearby dwellings. The predicted noise level is reduced at 26 of the 39 receptors, with several being reduced by over 3 dBA. The predicted noise level is increased at 13 of the receptors with the largest increase at 0.28 dBA. The average change in the predicted noise level for the group is a decrease of 0.58 dBA. Figure 3 shows the predicted noise contours for the EA approved layout. Figure 4 shows the predicted noise contours for the proposed layout. EA Approved Layout Proposed Layout

Noise prediction Noise prediction Change Dwelling ID (dB(A)) (dB(A)) (dB(A))

1 44.38 44.65 0.27 2 43.88 43.60 -0.28 3 43.24 42.73 -0.51 4 38.32 38.19 -0.13 5 36.47 36.31 -0.16 6 35.99 35.86 -0.13 7 35.97 35.80 -0.17 8 35.86 35.65 -0.21 9 36.17 36.08 -0.09 10 36.78 36.82 0.04 11 37.38 37.48 0.10 12 36.69 36.79 0.10 13 39.57 39.45 -0.12 14 40.12 39.80 -0.32 15 41.67 41.02 -0.65 16 42.64 42.09 -0.55 17 44.99 44.61 -0.38 18 41.29 40.19 -1.10 19 42.59 39.61 -2.98 20 41.99 38.84 -3.15 21 41.27 38.05 -3.22 22 38.77 35.97 -2.80 23 41.61 41.83 0.22 24 43.99 44.20 0.21 25 43.69 43.94 0.25 26 43.26 43.54 0.28 27 40.83 41.10 0.27 28 41.96 42.24 0.28 29 40.74 40.94 0.20 30 39.91 40.02 0.11 31 39.52 39.55 0.03 32 38.26 38.09 -0.17 33 37.11 36.64 -0.47 34 39.43 36.26 -3.17 35 37.88 36.02 -1.86 36 34.23 33.69 -0.54 37 34.28 33.71 -0.57 38 34.38 33.77 -0.61 39 34.44 33.77 -0.67

Table 7: Comparison of predicted noise levels

Figure 2 – Noise contours for EA approved layout

Figure 4 – Noise contours for proposed layout

GH WindFarmer

24 April 2009 Summerside_FinalLayout_240409.wow

1

GH WindFarmer Report City of Summerside Wind Plant

Noise Analysis Summerside_FinalLayout_240409.wow

24 April 2009

GH WindFarmer


2

1 General report information WindFarmer version v3.6.1.0 C:\FPS Work\Current Projects\Summerside\Summerside_2009\FinalLayout\Summerside_FinalLayout_240409.wow April 24, 2009

2 Project: Summerside Project Summerside Number of turbines 4 Site capacity 12.0 MW

3 Project: Summerside - Turbines Table

Turbine ID Turbine label Turbine type name

Hub height (m) Rotor diameter (m)

Capacity (kW)

1 Vestas V90 (3.0 MW) - Mode 2

(106.8dBA)

80.0 90.0 3000


(109.4dBA)

80.0 90.0 3000


(106.8dBA)

80.0 90.0 3000


(106.8dBA)

80.0 90.0 3000

Table 1 - Turbines Table - Part 1

Turbine ID Eastings (m) Northings (m) Height of base (m)

Nearest turbine ID

Distance to nearest turbine

(m) 1 438271.0 5142617.0 11 4 376.3 2 438755.0 5142589.0 7 4 273.4 3 438850.0 5143325.0 6 4 575.1 4 438594.0 5142810.0 5 2 273.4


GH WindFarmer


3

Figure 1 - FinalLayout_240409

Figure 2 - FinalLayout_240409 - legend

GH WindFarmer


4

4 Project: Summerside - Dwellings

Dwelling ID Dwelling name Distance to nearest turbine

(m)

Eastings (m)

Northings (m)

Altitude (m)

Turbine exclusion

radius (m)

1 514.9 438317.0 5143244.0 7.7 420.0 2 532.0 438319.0 5143358.0 8.4 420.0 3 557.2 438305.0 5143441.0 8.8 420.0 4 998.1 437890.0 5143598.0 14.7 420.0 5 1191.8 437728.0 5143727.0 16.2 420.0 6 1262.8 437642.0 5143712.0 18.3 420.0 7 1251.7 437676.0 5143759.0 18.0 420.0 8 1250.2 437696.0 5143806.0 18.0 420.0 9 1224.0 437632.0 5143661.0 18.3 420.0

10 1093.4 437597.0 5143478.0 19.1 420.0 11 1004.2 437617.0 5143379.0 18.6 420.0 12 1015.1 437423.0 5143175.0 20.1 420.0 13 704.2 437567.0 5142635.0 19.2 420.0 14 672.2 437605.0 5142526.0 19.7 420.0 15 582.3 437723.0 5142420.0 24.8 420.0 16 511.8 437793.0 5142434.0 23.3 420.0 17 376.0 437946.0 5142428.0 19.6 375.0 18 644.4 437696.0 5142326.0 25.3 420.0 19 708.0 437805.0 5142084.0 21.2 420.0 20 778.6 437791.0 5142004.0 20.9 420.0 21 857.7 437784.0 5141911.0 19.7 420.0 22 1090.2 437760.0 5141654.0 21.7 420.0 23 673.0 439428.0 5142589.0 11.0 420.0 24 496.3 439191.0 5142352.0 10.9 420.0 25 510.1 439184.0 5142313.0 11.7 420.0 26 532.8 439181.0 5142269.0 12.5 420.0 27 697.7 439362.0 5142245.0 12.5 420.0 28 613.8 439189.0 5142155.0 13.5 420.0 29 706.2 439184.0 5142028.0 13.5 420.0 30 779.1 439195.0 5141946.0 13.4 420.0 31 819.3 439179.0 5141888.0 13.5 420.0 32 954.4 439171.0 5141730.0 14.6 420.0 33 1108.7 439105.0 5141537.0 17.4 420.0 34 1120.6 438073.0 5141514.0 19.8 420.0 35 1224.5 438561.0 5141380.0 18.9 420.0 36 1359.2 440206.0 5143418.0 0.0 420.0 37 1344.0 440186.0 5143471.0 0.0 420.0 38 1321.3 440155.0 5143532.0 0.0 420.0 39 1300.0 440114.0 5143629.0 0.0 420.0

Table 3 - Project: Summerside - Dwellings

GH WindFarmer


5

5 Project: Summerside - Dwellings noise

Dwelling ID Noise prediction (dB(A))

Noise limit type Absolute noise limit

(dB(A))

Relative to background noise limit

(dB(A))

Background noise reference

ID

1 44.65 Absolute 45.00 Not applicable Not applicable 2 43.60 Absolute 45.00 Not applicable Not applicable 3 42.73 Absolute 45.00 Not applicable Not applicable 4 38.19 Absolute 45.00 Not applicable Not applicable 5 36.31 Absolute 45.00 Not applicable Not applicable 6 35.86 Absolute 45.00 Not applicable Not applicable 7 35.80 Absolute 45.00 Not applicable Not applicable 8 35.65 Absolute 45.00 Not applicable Not applicable 9 36.08 Absolute 45.00 Not applicable Not applicable

10 36.82 Absolute 45.00 Not applicable Not applicable 11 37.48 Absolute 45.00 Not applicable Not applicable 12 36.79 Absolute 45.00 Not applicable Not applicable 13 39.45 Absolute 45.00 Not applicable Not applicable 14 39.80 Absolute 45.00 Not applicable Not applicable 15 41.02 Absolute 45.00 Not applicable Not applicable 16 42.09 Absolute 45.00 Not applicable Not applicable 17 44.61 Absolute 45.00 Not applicable Not applicable 18 40.19 Absolute 45.00 Not applicable Not applicable 19 39.61 Absolute 45.00 Not applicable Not applicable 20 38.84 Absolute 45.00 Not applicable Not applicable 21 38.05 Absolute 45.00 Not applicable Not applicable 22 35.97 Absolute 45.00 Not applicable Not applicable 23 41.83 Absolute 45.00 Not applicable Not applicable 24 44.20 Absolute 45.00 Not applicable Not applicable 25 43.94 Absolute 45.00 Not applicable Not applicable 26 43.54 Absolute 45.00 Not applicable Not applicable 27 41.10 Absolute 45.00 Not applicable Not applicable 28 42.24 Absolute 45.00 Not applicable Not applicable 29 40.94 Absolute 45.00 Not applicable Not applicable 30 40.02 Absolute 45.00 Not applicable Not applicable 31 39.55 Absolute 45.00 Not applicable Not applicable 32 38.09 Absolute 45.00 Not applicable Not applicable 33 36.64 Absolute 45.00 Not applicable Not applicable 34 36.26 Absolute 45.00 Not applicable Not applicable 35 36.02 Absolute 45.00 Not applicable Not applicable 36 33.69 Absolute 45.00 Not applicable Not applicable 37 33.71 Absolute 45.00 Not applicable Not applicable 38 33.77 Absolute 45.00 Not applicable Not applicable 39 33.77 Absolute 45.00 Not applicable Not applicable

Table 4 - Project: Summerside - Dwellings noise

GH WindFarmer


6

Figure 3 - FinalLayout_240409_NoiseContours

Figure 4 - FinalLayout_240409_NoiseContours - legend

6 Workbook noise options Form of noise model to be used Complex (ISO9613) General Ground Effect Porous Ground Ground Effect ISO9613 General Ground factor around turbines 0.80 Ground factor everywhere else 0.80 Meteorological correction factor Co 0.00 dB Other attenuations to be considered 0.00 dB Initial default noise limit to use when placing dwellings 45.00 dB(A)

GH WindFarmer


7

Relative to background noise 0.00 dB(A) Calculation grid spacing 10.00 m Height above ground for noise mapping 2.00 m Use DTM height data Yes Octave Spreading Yes

Octave band (Hz)

Attenuation coefficient

(dB/km) 31.5 0.00 63.0 0.10

125.0 0.40 250.0 1.00 500.0 1.90

1000.0 3.70 2000.0 9.70 4000.0 32.80 8000.0 117.00

Table 5 - Atmospheric Attenuation for Octave Bands of Noise

7 Project: Summerside - Turbine types Turbine type Vestas V90 (3.0 MW) - Mode 0 (109.4dBA) Diameter 90.0 m Hub height 80.0 m Number of blades 3 Air density for power curve 1.225 kg/m^3 Power regulation Pitch Cut-In windspeed 4.0 m/s Cut-Out windspeed 25.0 m/s Turbine Classification: Certification according to None Turbine Class None Sub-Class None V mean 0 m/s V ref 0 m/s Design Turbulence 0 % Slope parameter - a 0

GH WindFarmer


8

Hub height wind speed (m/s)

Electrical power (kW)

Thrust coefficient (-)

Rotor speed (rpm)

Reactive power (kVAr)

0.0 0.0 0.000 0.00 0.0 1.0 0.0 0.000 0.00 0.0 2.0 0.0 0.000 0.00 0.0 3.0 0.0 0.000 0.00 0.0 4.0 77.0 0.815 16.10 0.0 5.0 190.0 0.818 16.10 0.0 6.0 353.0 0.823 16.10 0.0 7.0 581.0 0.823 16.10 0.0 8.0 886.0 0.824 16.10 0.0 9.0 1273.0 0.802 16.10 0.0

10.0 1710.0 0.730 16.10 0.0 11.0 2145.0 0.648 16.10 0.0 12.0 2544.0 0.564 16.10 0.0 13.0 2837.0 0.490 16.10 0.0 14.0 2965.0 0.390 16.10 0.0 15.0 2995.0 0.304 16.10 0.0 16.0 3000.0 0.246 16.10 0.0 17.0 3000.0 0.203 16.10 0.0 18.0 3000.0 0.170 16.10 0.0 19.0 3000.0 0.144 16.10 0.0 20.0 3000.0 0.124 16.10 0.0 21.0 3000.0 0.107 16.10 0.0 22.0 3000.0 0.094 16.10 0.0 23.0 3000.0 0.082 16.10 0.0 24.0 3000.0 0.073 16.10 0.0 25.0 3000.0 0.065 16.10 0.0

Table 6 - Turbine performance for Vestas V90 (3.0 MW) - Mode 0 (109.4dBA) Turbine noise options: Turbine produces tonal noise No Noise in octave bands Yes

Octave band (Hz)

Sound Power Level

(dB(A)) 31.5 86.00 63.0 95.70

125.0 96.80 250.0 101.40 500.0 103.50

1000.0 104.60 2000.0 100.30 4000.0 95.00 8000.0 85.10

Table 7 - Sound Power Level for Vestas V90 (3.0 MW) - Mode 0 (109.4dBA) Specify absolute sound power level Yes Specify variation of sound power level with wind speed No Turbine type Vestas V90 (3.0 MW) - Mode 1 (107.8dBA) Diameter 90.0 m Hub height 80.0 m Number of blades 3 Air density for power curve 1.225 kg/m^3 Power regulation Pitch Cut-In windspeed 4.0 m/s Cut-Out windspeed 25.0 m/s Turbine Classification: Certification according to None

GH WindFarmer


9

Turbine Class None Sub-Class None V mean 0 m/s V ref 0 m/s Design Turbulence 0 % Slope parameter - a 0




Rotor speed (rpm)


0.0 0.0 0.000 0.00 0.0 1.0 0.0 0.000 0.00 0.0 2.0 0.0 0.000 0.00 0.0 3.0 0.0 0.000 0.00 0.0 4.0 77.0 0.815 16.10 0.0 5.0 190.0 0.818 16.10 0.0 6.0 353.0 0.823 16.10 0.0 7.0 581.0 0.823 16.10 0.0 8.0 886.0 0.824 16.10 0.0 9.0 1272.0 0.802 16.10 0.0

10.0 1696.0 0.730 16.10 0.0 11.0 2106.0 0.648 16.10 0.0 12.0 2489.0 0.564 16.10 0.0 13.0 2797.0 0.490 16.10 0.0 14.0 2951.0 0.390 16.10 0.0 15.0 2993.0 0.304 16.10 0.0 16.0 2999.0 0.246 16.10 0.0 17.0 3000.0 0.203 16.10 0.0 18.0 3000.0 0.170 16.10 0.0 19.0 3000.0 0.144 16.10 0.0 20.0 3000.0 0.124 16.10 0.0 21.0 3000.0 0.107 16.10 0.0 22.0 3000.0 0.094 16.10 0.0 23.0 3000.0 0.082 16.10 0.0 24.0 3000.0 0.073 16.10 0.0 25.0 3000.0 0.065 16.10 0.0


Octave band (Hz)

Sound Power Level

(dB(A)) 31.5 86.00 63.0 92.80

125.0 96.80 250.0 100.30 500.0 101.50

1000.0 102.40 2000.0 98.80 4000.0 94.40 8000.0 88.70

Table 9 - Sound Power Level for Vestas V90 (3.0 MW) - Mode 1 (107.8dBA) Specify absolute sound power level Yes Specify variation of sound power level with wind speed No Turbine type Vestas V90 (3.0 MW) - Mode 2 (106.8dBA) Diameter 90.0 m Hub height 80.0 m Number of blades 3

GH WindFarmer


10

Air density for power curve 1.225 kg/m^3 Power regulation Pitch Cut-In windspeed 4.0 m/s Cut-Out windspeed 25.0 m/s Turbine Classification: Certification according to None Turbine Class None Sub-Class None V mean 0 m/s V ref 0 m/s Design Turbulence 0 % Slope parameter - a 0




Rotor speed (rpm)


0.0 0.0 0.000 0.00 0.0 1.0 0.0 0.000 0.00 0.0 2.0 0.0 0.000 0.00 0.0 3.0 0.0 0.000 0.00 0.0 4.0 77.0 0.815 16.10 0.0 5.0 190.0 0.818 16.10 0.0 6.0 353.0 0.823 16.10 0.0 7.0 581.0 0.823 16.10 0.0 8.0 885.0 0.824 16.10 0.0 9.0 1258.0 0.802 16.10 0.0

10.0 1641.0 0.730 16.10 0.0 11.0 2004.0 0.648 16.10 0.0 12.0 2353.0 0.564 16.10 0.0 13.0 2671.0 0.490 16.10 0.0 14.0 2888.0 0.390 16.10 0.0 15.0 2976.0 0.304 16.10 0.0 16.0 2997.0 0.246 16.10 0.0 17.0 3000.0 0.203 16.10 0.0 18.0 3000.0 0.170 16.10 0.0 19.0 3000.0 0.144 16.10 0.0 20.0 3000.0 0.124 16.10 0.0 21.0 3000.0 0.107 16.10 0.0 22.0 3000.0 0.094 16.10 0.0 23.0 3000.0 0.082 16.10 0.0 24.0 3000.0 0.073 16.10 0.0 25.0 3000.0 0.065 16.10 0.0


Octave band (Hz)

Sound Power Level

(dB(A)) 31.5 85.00 63.0 88.70

125.0 94.80 250.0 98.30 500.0 100.40

1000.0 102.00 2000.0 98.60 4000.0 94.20 8000.0 88.30

Table 11 - Sound Power Level for Vestas V90 (3.0 MW) - Mode 2 (106.8dBA)

GH WindFarmer


11

Specify absolute sound power level Yes Specify variation of sound power level with wind speed No

ATTACHMENT 3

ADDENDUM SHADOW FLICKER REPORT

Summerside Wind Farm Addendum to Shadow Flicker Modelling for Environmental Assessment Prepared for the City of Summerside Prepared by Frontier Power Systems April 24, 2009 Background The City of Summerside is developing a wind farm for electrical energy generation. The wind turbine locations have changed numerous times throughout the planning and environmental assessment processes. As a result of these changes, the shadow flicker modelling has also changed. This report compares the amount of shadow flicker from the layout which was originally approved through the EA process, to the layout currently proposed. The shadow flicker model for the current layout was set up with identical parameters and shadow receptors to those used in the EA approved model to allow a direct comparison of the results for each receptor. Turbine Locations Table 1 provides the coordinates and operating mode for each turbine in both the EA approved layout and the proposed layout. Figure 1 shows the turbine layout and noise receptors in the EA approved layout. Figure 2 show shows the turbine layout and noise receptors in the proposed layout. The location of turbine 1 in the EA approved layout has moved approximately 50m to the south west. The location of turbine 2 in the EA approved layout has moved approximately 75m to the west. The location of turbine 3 in the EA approved layout has not changed. The location of turbine 4 in the EA approved layout has moved approximately 780m to the east north east.

EA Approved Turbine Configuration Proposed Turbine Configuration

Turbine ID Turbine Type Eastings

(m) Northings

(m) Turbine Type Eastings (m)

Northings (m)

1 Vestas V90 (3.0 MW) 438328 5142650 Vestas V90 (3.0 MW) 438271 5142617




Coordinates are UTM zone 20 NAD83 Table 1: Turbine Locations

Figure 1 – EA approved turbine layout

Figure 2 – Proposed layout

Shadow Flicker Receptors The shadow receptor group for the proposed layout is identical to that used for the EA approved layout to allow direct comparison of the shadow flicker at each receptor. The shadow receptors are shown in figure 1 and figure 2. Table 2 provides the coordinates of the shadow receptors.

Table 2: Shadow Receptor Coordinates

Eastings Northings Eastings Northings Dwelling ID (m) (m)

Dwelling ID (m) (m)

1 438317 5143244 26 437601 5142529 2 438319 5143358 27 437662 5142363 3 438305 5143441 28 437666 5142337 4 437890 5143598 29 437710 5142297 5 437597 5143478 30 437736 5142390 6 437567 5142635 31 437787 5142047 7 437723 5142420 32 437739 5142070 8 437793 5142434 33 437736 5142046 9 437946 5142428 34 437789 5141961

10 437696 5142326 35 437680 5142021 11 437805 5142084 36 437734 5141934 12 439428 5142589 37 437674 5141925 13 439191 5142352 38 437702 5141881 14 439184 5142313 39 437714 5141796 15 439181 5142269 40 437711 5141753 16 439362 5142245 41 437712 5141714 17 439189 5142155 42 439182 5142232 18 439184 5142028 43 439179 5142069 19 440206 5143418 44 439175 5141989 20 440114 5143629 45 439197 5141948 21 437790 5142004 46 439178 5141888 22 437791 5141923 47 439165 5141736 23 437714 5141828 48 439172 5141686 24 437756 5141696 49 439107 5141545

25 437586 5142604 Coordinates are UTM20 NAD83

Shadow Flicker Model Parameters The shadow flicker model for the current layout was set up with identical parameters to those used in the EA approved model. The shadow model parameters are summarized below:

• Turbine hub height 80 m • Turbine rotor diameter 90 m • Latitude 46 deg 26 min North • Longitude 63 deg 47 min West • Calculation time interval 10 Min • Maximum distance from turbine 1000 m • Height above ground level 2 m • Minimum sun elevation 3 deg • Year of calculation 2007 • Model the sun as a disc Yes • Consider distance between rotor and tower Yes • Turbine orientation Sphere around rotor centre • Terrain and visibility Turbine and sun visibility considered • Visibility algorithm checks every 10.0 m

The shadow flicker model determines a theoretical maximum amount of shadow flicker, in total hours of flicker per year. The amount of shadow flicker determined by the model is a theoretical maximum or “worst case” amount due to the following set of conditions:

• Every day is sunny and cloudless • The turbines are always operating • The rotor plane is always perpendicular to the line of sight from the receptor to the sun • There are no obstacles such as trees or walls between the receptors and the turbines • The limits of human perception of changing light intensity are not considered

The theoretical maximum hours of shadow flicker per year can then be de-rated to be statistically representative of actual or realistic conditions using the following climatological data:

• Monthly wind speed frequency distribution at hub height • Sunshine hours from long term monthly reference data

The de-rated hours of shadow flicker per year are still conservative as there is no consideration given to the presence of blocking obstacles, the intensity of the flicker, or the directional wind distribution (rotor plane is always considered perpendicular to the receptor).

Shadow Flicker Results The shadow flicker results from the EA approved layout and the proposed layout are compared in table 3. In general the proposed layout significantly reduces the amount of shadow flicker on nearby dwellings. The theoretical maximum amount of flicker is reduced at 34 of the 49 receptors, with an average reduction of 16 hours of flicker per year per receptor. The theoretical maximum amount of flicker is increased at 6 of the receptors with the largest increase of 8 hours of flicker per year. In total, the proposed layout will reduce the de-rated (realistic) amount shadow flicker on the 49 receptors by over 300 hours per year. Figure 3 shows the shadow flicker contour map for the EA approved layout. Figure 4 shows the shadow flicker contour map for the proposed layout.

EA Approved Layout Proposed Layout Change

Receptor ID

Hours/yr (Theoretical

Max)

De-rated Hours/yr

(Realistic)


Max)

De-rated Hours/yr

(Realistic)


Max)

De-rated Hours/yr

(Realistic)

1 32 13.8 40 16.1 8 2.3 2 28 11.1 28 11.1 0 0.1 3 24 9.1 24 9.3 0 0.1 4 5 2.0 5 2.1 0 0.1 5 0 0.0 0 0.0 0 0.0 6 33 11.3 15 5.9 -18 -5.4 7 57 22.6 52 17.8 -5 -4.8 8 92 36.7 93 41.8 1 5.1 9 106 38.5 55 25.4 -51 -13.2 10 53 22.2 38 17.6 -15 -4.6 11 39 15.9 0 0.0 -39 -15.9 12 23 9.2 31 12.8 8 3.5 13 41 18.0 48 22.0 7 4.0 14 21 9.2 16 7.5 -5 -1.7 15 29 12.1 12 5.6 -17 -6.5 16 18 8.4 22 10.4 4 1.9 17 21 9.5 0 0.0 -21 -9.5 18 8 3.5 0 0.0 -8 -3.5 19 0 0.0 0 0.0 0 0.0 20 0 0.0 0 0.0 0 0.0 21 43 18.7 0 0.0 -43 -18.7 22 63 28.2 0 0.0 -63 -28.2 23 42 19.4 0 0.0 -42 -19.4 24 0 0.0 0 0.0 0 0.0 25 35 12.2 16 6.4 -19 -5.8 26 31 11.6 18 7.5 -13 -4.2 27 47 19.5 38 17.2 -9 -2.3 28 52 22.1 42 19.2 -10 -2.9 29 44 18.0 25 11.8 -19 -6.2 30 68 28.1 69 31.4 1 3.3 31 39 16.2 0 0.0 -39 -16.2 32 29 11.7 0 0.0 -29 -11.7 33 29 11.9 0 0.0 -29 -11.9 34 49 21.5 0 0.0 -49 -21.5 35 22 9.4 0 0.0 -22 -9.4 36 36 15.9 0 0.0 -36 -15.9 37 26 11.6 0 0.0 -26 -11.6 38 47 21.3 0 0.0 -47 -21.3 39 29 13.3 0 0.0 -29 -13.3 40 10 4.8 0 0.0 -10 -4.8 41 0 0.0 0 0.0 0 0.0 42 31 13.9 13 6.1 -18 -7.9 43 9 3.5 0 0.0 -9 -3.5 44 8 3.5 0 0.0 -8 -3.5 45 8 3.7 0 0.0 -8 -3.7 46 10 4.4 0 0.0 -10 -4.4 47 13 5.9 0 0.0 -13 -5.9 48 15 6.8 0 0.0 -15 -6.8 49 0 0.0 0 0.0 0 0.0

Table 3: Comparison of shadow flicker results

Figure 2 – Shadow flicker contours for EA approved layout

Figure 4 –Shadow flicker contours for proposed layout

GH WindFarmer

24 April 2009 Summerside_FinalLayout_ShadowFlicker_240409.wow

1

GH WindFarmer Report City of Summerside Wind Plant - Shadow Flicker

Summerside_FinalLayout_ShadowFlicker_240409.wow

24 April 2009

GH WindFarmer


2

1 General report information WindFarmer version v3.6.1.0 C:\FPS Work\Current Projects\Summerside\Summerside_2009\FinalLayout\Summerside_FinalLayout_ShadowFlicker_240409.wow April 24, 2009

2 Project: Summerside Project Summerside Number of turbines 4

3 Project: Summerside - Turbines Table

Turbine ID Turbine label Turbine type name

Hub height (m) Rotor diameter (m)

Capacity (kW)


(106.8dBA)

80.0 90.0 3000


(109.4dBA)

80.0 90.0 3000


(106.8dBA)

80.0 90.0 3000


(106.8dBA)

80.0 90.0 3000


Turbine ID Eastings (m) Northings (m) Height of base (m)

Nearest turbine ID

Distance to nearest turbine

(m) 1 438271.0 5142617.0 11 4 376.3 2 438755.0 5142589.0 7 4 273.4 3 438850.0 5143325.0 6 4 575.1 4 438594.0 5142810.0 5 2 273.4


GH WindFarmer


3

4 Project: Summerside - Dwellings

Dwelling ID Dwelling name Distance to nearest turbine

(m)

Eastings (m)

Northings (m)

Altitude (m)

1 514.9 438317.0 5143244.0 7.7 2 532.0 438319.0 5143358.0 8.4 3 557.2 438305.0 5143441.0 8.8 4 998.1 437890.0 5143598.0 14.7 5 1093.4 437597.0 5143478.0 19.1 6 704.2 437567.0 5142635.0 19.2 7 582.3 437723.0 5142420.0 24.8 8 511.8 437793.0 5142434.0 23.3 9 376.0 437946.0 5142428.0 19.6

10 644.4 437696.0 5142326.0 25.3 11 708.0 437805.0 5142084.0 21.2 12 673.0 439428.0 5142589.0 11.0 13 496.3 439191.0 5142352.0 10.9 14 510.1 439184.0 5142313.0 11.7 15 532.8 439181.0 5142269.0 12.5 16 697.7 439362.0 5142245.0 12.5 17 613.8 439189.0 5142155.0 13.5 18 706.2 439184.0 5142028.0 13.5 19 1359.2 440206.0 5143418.0 0.0 20 1300.0 440114.0 5143629.0 0.0 21 779.2 437790.0 5142004.0 21.0 22 843.8 437791.0 5141923.0 19.9 23 965.8 437714.0 5141828.0 20.7 24 1055.2 437756.0 5141696.0 21.2 25 685.1 437586.0 5142604.0 18.4 26 675.8 437601.0 5142529.0 19.4 27 659.8 437662.0 5142363.0 26.0 28 666.7 437666.0 5142337.0 25.9 29 645.8 437710.0 5142297.0 25.0 30 581.2 437736.0 5142390.0 24.9 31 747.8 437787.0 5142047.0 21.4 32 763.0 437739.0 5142070.0 22.7 33 782.5 437736.0 5142046.0 22.6 34 814.0 437789.0 5141961.0 20.5 35 839.3 437680.0 5142021.0 24.3 36 868.8 437734.0 5141934.0 21.4 37 913.9 437674.0 5141925.0 22.6 38 930.3 437702.0 5141881.0 21.1 39 992.1 437714.0 5141796.0 21.1 40 1029.6 437711.0 5141753.0 21.5 41 1062.0 437712.0 5141714.0 21.8 42 556.6 439182.0 5142232.0 13.1 43 671.0 439179.0 5142069.0 13.5 44 732.4 439175.0 5141989.0 13.5 45 778.6 439197.0 5141948.0 13.4 46 818.7 439178.0 5141888.0 13.5 47 946.4 439165.0 5141736.0 14.6 48 994.6 439172.0 5141686.0 14.9 49 1101.7 439107.0 5141545.0 17.4

Table 3 - Project: Summerside - Dwellings

GH WindFarmer


4

Figure 1 - Summerside_FinalLayout_240409_ShadowReceptors

Figure 2 - Summerside_FinalLayout_240409_ShadowReceptors - legend

GH WindFarmer


5

Figure 3 - Summerside_FinalLayout_240409_ShadowContours

Figure 4 - Summerside_FinalLayout_240409_ShadowContours - legend

GH WindFarmer


6

5 Shadow Flicker Data WindFarmer Site Shadow Flicker Report 3.6.1.0 File name:Summerside_FinalLayout_ShadowFlicker_240409.wow C:\FPS Work\Current Projects\Summerside\Summerside_2009\FinalLayout\Summerside_FinalLayout_ShadowFlicker_240409.wow Date: April 24, 2009 Latitude 46 deg 26 min North Longitude 63 deg 47 min West Calculation time interval 10 Min Maximum distance from turbine 1000 m Minimum sun elevation 3 deg Year of calculation 2007 Model the sun as a disc Yes Consider distance between rotor and tower Yes Turbine orientation Sphere around rotor centre Terrain and visibility Turbine and sun visibility considered Visibility line of sight algorithm checks every 10.0 m

GH WindFarmer


7

6 Project: Summerside

Shadow Flicker – Cumulative Hours/yr (Theoretical Maximum) Receptor ID Turbine 1 Turbine 2 Turbine 3 Turbine 4 All Turbines

1 0 0 33 7 40 2 0 0 28 0 28 3 0 0 24 0 24 4 0 0 5 0 5 5 0 0 0 0 0 6 15 0 0 0 15 7 40 0 0 12 52 8 68 6 0 19 93 9 29 10 0 16 55

10 38 0 0 0 38 11 0 0 0 0 0 12 0 18 0 13 31 13 10 38 0 0 48 14 9 7 0 0 16 15 12 0 0 0 12 16 0 22 0 0 22 17 0 0 0 0 0 18 0 0 0 0 0 19 0 0 0 0 0 20 0 0 0 0 0 21 0 0 0 0 0 22 0 0 0 0 0 23 0 0 0 0 0 24 0 0 0 0 0 25 16 0 0 0 16 26 18 0 0 0 18 27 38 0 0 0 38 28 42 0 0 0 42 29 25 0 0 0 25 30 53 0 0 16 69 31 0 0 0 0 0 32 0 0 0 0 0 33 0 0 0 0 0 34 0 0 0 0 0 35 0 0 0 0 0 36 0 0 0 0 0 37 0 0 0 0 0 38 0 0 0 0 0 39 0 0 0 0 0 40 0 0 0 0 0 41 0 0 0 0 0 42 13 0 0 0 13 43 0 0 0 0 0 44 0 0 0 0 0 45 0 0 0 0 0 46 0 0 0 0 0 47 0 0 0 0 0 48 0 0 0 0 0 49 0 0 0 0 0

Table 4 - Project: Summerside – Shadow Flicker – cumulative summary

GH WindFarmer


8

Shadow Flicker – De-rated (realistic) Shadow Flicker Hours

Receptor ID Shadow Hours / Year

(Theoretical Max)

De-rated Shadow Hours / Year

(Real) Maximum Minutes

on Worst Day 1 40 16.06 40 2 28 11.11 40 3 24 9.28 40 4 5 2.05 20 5 0 0.00 0 6 15 5.89 30 7 52 17.80 40 8 93 41.79 50 9 55 25.35 40

10 38 17.63 40 11 0 0.00 0 12 31 12.75 40 13 48 21.99 50 14 16 7.53 20 15 12 5.61 30 16 22 10.39 30 17 0 0.00 0 18 0 0.00 0 19 0 0.00 0 20 0 0.00 0 21 0 0.00 0 22 0 0.00 0 23 0 0.00 0 24 0 0.00 0 25 16 6.41 40 26 18 7.47 30 27 38 17.23 30 28 42 19.19 40 29 25 11.77 40 30 69 31.43 40 31 0 0.00 0 32 0 0.00 0 33 0 0.00 0 34 0 0.00 0 35 0 0.00 0 36 0 0.00 0 37 0 0.00 0 38 0 0.00 0 39 0 0.00 0 40 0 0.00 0 41 0 0.00 0 42 13 6.05 30 43 0 0.00 0 44 0 0.00 0 45 0 0.00 0 46 0 0.00 0 47 0 0.00 0 48 0 0.00 0 49 0 0.00 0

Table 5 - Project: Summerside – Shadow Flicker – cumulative summary

GH WindFarmer


9

Number of shadow receptors: 49 Receptor ID:1 Shadow receptor Height: 2m Easting: 438317m Northing: 5143244m Bearing: 180deg Tilt: 0deg

Turbine ID:1 Hours per year 0 Day: dd/mm index Maximum minutes Start time hh:mm Stop time hh:mm

Worst Day !: 1 0 00:00 00:00 Table 6 - Project: Summerside - Shadow Flicker Data - Turbine ID:1



GH WindFarmer


10

Turbine ID:3 Hours per year 33 Day: dd/mm index Maximum minutes Start time hh:mm Stop time hh:mm Worst Day !: 103 40 06:00 06:40

08/04 98 20 06:10 06:30 09/04 99 20 06:10 06:30

10/04 100 20 06:10 06:30 11/04 101 30 06:00 06:30 12/04 102 30 06:00 06:30 13/04 103 40 06:00 06:40 14/04 104 40 06:00 06:40 15/04 105 40 06:00 06:40 16/04 106 40 06:00 06:40 17/04 107 40 06:00 06:40 18/04 108 40 06:00 06:40 19/04 109 40 06:00 06:40 20/04 110 40 06:00 06:40 21/04 111 40 06:00 06:40 22/04 112 40 06:00 06:40 23/04 113 40 06:00 06:40 24/04 114 40 06:00 06:40 25/04 115 40 06:00 06:40 26/04 116 40 06:00 06:40 27/04 117 30 06:00 06:30 28/04 118 30 06:00 06:30 29/04 119 30 06:00 06:30 30/04 120 30 06:00 06:30 01/05 121 30 06:00 06:30 02/05 122 30 06:00 06:30 03/05 123 30 06:00 06:30 04/05 124 30 06:00 06:30 05/05 125 30 06:00 06:30 06/05 126 10 06:10 06:20 07/05 127 10 06:10 06:20 06/08 218 10 06:20 06:30 07/08 219 10 06:20 06:30 08/08 220 20 06:10 06:30 09/08 221 30 06:10 06:40 10/08 222 30 06:10 06:40 11/08 223 30 06:10 06:40 12/08 224 30 06:10 06:40 13/08 225 30 06:10 06:40 14/08 226 40 06:00 06:40 15/08 227 40 06:00 06:40 16/08 228 40 06:00 06:40 17/08 229 40 06:00 06:40 18/08 230 40 06:00 06:40 19/08 231 40 06:00 06:40 20/08 232 40 06:00 06:40 21/08 233 40 06:00 06:40 22/08 234 40 06:00 06:40 23/08 235 40 06:00 06:40 24/08 236 40 06:00 06:40 25/08 237 40 06:00 06:40 26/08 238 40 06:00 06:40 27/08 239 40 06:00 06:40 28/08 240 40 06:00 06:40 29/08 241 40 06:00 06:40 30/08 242 40 06:00 06:40 31/08 243 30 06:00 06:30 01/09 244 30 06:00 06:30 02/09 245 30 06:00 06:30 03/09 246 20 06:10 06:30 04/09 247 20 06:10 06:30 05/09 248 10 06:10 06:20

Table 8 - Project: Summerside - Shadow Flicker Data - Turbine ID:3

GH WindFarmer


11


01/01 1 10 09:50 10:00 02/01 2 10 09:50 10:00 03/01 3 10 09:50 10:00 04/01 4 10 09:50 10:00

08/12 342 10 09:40 09:50 09/12 343 10 09:40 09:50 10/12 344 10 09:40 09:50 11/12 345 10 09:40 09:50 12/12 346 10 09:40 09:50 13/12 347 20 09:40 10:00 14/12 348 20 09:40 10:00 15/12 349 20 09:40 10:00 16/12 350 20 09:40 10:00 17/12 351 20 09:40 10:00 18/12 352 20 09:40 10:00 19/12 353 20 09:40 10:00 20/12 354 20 09:40 10:00 21/12 355 20 09:40 10:00 22/12 356 20 09:40 10:00 23/12 357 20 09:40 10:00 24/12 358 20 09:40 10:00 25/12 359 20 09:40 10:00 26/12 360 20 09:40 10:00 27/12 361 20 09:40 10:00 28/12 362 20 09:40 10:00 29/12 363 20 09:40 10:00 30/12 364 10 09:50 10:00 31/12 365 10 09:50 10:00

Table 9 - Project: Summerside - Shadow Flicker Data - Turbine ID:4 Receptor ID:2 Shadow receptor Height: 2m Easting: 438319m Northing: 5143358m Bearing: 180deg Tilt: 0deg





GH WindFarmer


12


Worst Day !: 80 40 06:40 07:20 17/03 76 10 07:00 07:10 18/03 77 20 06:50 07:10 19/03 78 20 06:50 07:10 20/03 79 20 06:50 07:10 21/03 80 40 06:40 07:20 22/03 81 40 06:40 07:20 23/03 82 40 06:40 07:20 24/03 83 40 06:40 07:20 25/03 84 40 06:40 07:20 26/03 85 40 06:40 07:20 27/03 86 40 06:40 07:20 28/03 87 40 06:40 07:20 29/03 88 40 06:40 07:20 30/03 89 40 06:40 07:20 31/03 90 40 06:40 07:20 01/04 91 40 06:40 07:20 02/04 92 40 06:40 07:20 03/04 93 40 06:40 07:20 04/04 94 30 06:40 07:10 05/04 95 30 06:40 07:10 06/04 96 30 06:40 07:10 07/04 97 30 06:40 07:10 08/04 98 30 06:40 07:10 09/04 99 30 06:40 07:10

10/04 100 20 06:40 07:00 11/04 101 10 06:50 07:00 01/09 244 10 06:50 07:00 02/09 245 20 06:40 07:00 03/09 246 20 06:40 07:00 04/09 247 30 06:40 07:10 05/09 248 30 06:40 07:10 06/09 249 40 06:30 07:10 07/09 250 40 06:30 07:10 08/09 251 40 06:30 07:10 09/09 252 40 06:30 07:10 10/09 253 40 06:30 07:10 11/09 254 40 06:30 07:10 12/09 255 40 06:30 07:10 13/09 256 40 06:30 07:10 14/09 257 40 06:30 07:10 15/09 258 40 06:30 07:10 16/09 259 40 06:30 07:10 17/09 260 40 06:30 07:10 18/09 261 40 06:30 07:10 19/09 262 40 06:30 07:10 20/09 263 30 06:30 07:00 21/09 264 30 06:30 07:00 22/09 265 30 06:30 07:00 23/09 266 30 06:30 07:00 24/09 267 30 06:30 07:00 25/09 268 30 06:30 07:00 26/09 269 10 06:40 06:50 27/09 270 10 06:40 06:50




Receptor ID:3 Shadow receptor Height: 2m Easting: 438305m

GH WindFarmer


13

Northing: 5143441m Bearing: 180deg Tilt: 0deg





GH WindFarmer


14


Worst Day !: 69 40 07:10 07:50 02/03 61 10 07:20 07:30 03/03 62 20 07:20 07:40 04/03 63 20 07:20 07:40 05/03 64 20 07:20 07:40 06/03 65 30 07:10 07:40 07/03 66 30 07:10 07:40 08/03 67 30 07:10 07:40 09/03 68 30 07:10 07:40 10/03 69 40 07:10 07:50 11/03 70 40 07:10 07:50 12/03 71 40 07:10 07:50 13/03 72 40 07:10 07:50 14/03 73 40 07:10 07:50 15/03 74 30 07:10 07:40 16/03 75 30 07:10 07:40 17/03 76 30 07:10 07:40 18/03 77 30 07:10 07:40 19/03 78 30 07:10 07:40 20/03 79 30 07:10 07:40 21/03 80 30 07:10 07:40 22/03 81 30 07:10 07:40 23/03 82 30 07:10 07:40 24/03 83 20 07:10 07:30 25/03 84 20 07:10 07:30 26/03 85 10 07:20 07:30

18/09 261 20 07:00 07:20 19/09 262 20 07:00 07:20 20/09 263 20 07:00 07:20 21/09 264 20 07:00 07:20 22/09 265 40 06:50 07:30 23/09 266 40 06:50 07:30 24/09 267 40 06:50 07:30 25/09 268 40 06:50 07:30 26/09 269 40 06:50 07:30 27/09 270 40 06:50 07:30 28/09 271 40 06:50 07:30 29/09 272 40 06:50 07:30 30/09 273 40 06:50 07:30 01/10 274 40 06:50 07:30 02/10 275 40 06:50 07:30 03/10 276 40 06:50 07:30 04/10 277 30 06:50 07:20 05/10 278 30 06:50 07:20 06/10 279 30 06:50 07:20 07/10 280 30 06:50 07:20 08/10 281 30 06:50 07:20 09/10 282 30 06:50 07:20 10/10 283 20 06:50 07:10 11/10 284 10 07:00 07:10 12/10 285 10 07:00 07:10




Receptor ID:4 Shadow receptor Height: 2m Easting: 437890m Northing: 5143598m Bearing: 180deg

GH WindFarmer


15

Tilt: 0deg






Worst Day !: 60 20 07:20 07:40 23/02 54 10 07:30 07:40 24/02 55 10 07:30 07:40 25/02 56 10 07:30 07:40 26/02 57 10 07:30 07:40 27/02 58 10 07:30 07:40 28/02 59 10 07:30 07:40 01/03 60 20 07:20 07:40 02/03 61 20 07:20 07:40 03/03 62 20 07:20 07:40 04/03 63 20 07:20 07:40 05/03 64 20 07:20 07:40 06/03 65 20 07:20 07:40 07/03 66 10 07:20 07:30

07/10 280 10 07:00 07:10 08/10 281 10 07:00 07:10 09/10 282 10 07:00 07:10 10/10 283 10 07:00 07:10 11/10 284 20 07:00 07:20 12/10 285 20 07:00 07:20 13/10 286 20 07:00 07:20 14/10 287 20 07:00 07:20 15/10 288 10 07:00 07:10 16/10 289 10 07:00 07:10 17/10 290 10 07:00 07:10 18/10 291 10 07:00 07:10




Receptor ID:5 Shadow receptor Height: 2m Easting: 437597m Northing: 5143478m Bearing: 180deg Tilt: 0deg



GH WindFarmer


16








GH WindFarmer


17


Worst Day !: 85 30 06:30 07:00 20/03 79 10 06:50 07:00 21/03 80 20 06:40 07:00 22/03 81 20 06:40 07:00 23/03 82 20 06:40 07:00 24/03 83 20 06:40 07:00 25/03 84 20 06:40 07:00 26/03 85 30 06:30 07:00 27/03 86 30 06:30 07:00 28/03 87 30 06:30 07:00 29/03 88 30 06:30 07:00 30/03 89 30 06:30 07:00 31/03 90 30 06:30 07:00 01/04 91 30 06:30 07:00 02/04 92 30 06:30 07:00 03/04 93 30 06:30 07:00 04/04 94 30 06:30 07:00 05/04 95 20 06:30 06:50 06/04 96 20 06:30 06:50 07/04 97 10 06:40 06:50

05/09 248 10 06:30 06:40 06/09 249 20 06:30 06:50 07/09 250 20 06:30 06:50 08/09 251 20 06:30 06:50 09/09 252 20 06:30 06:50 10/09 253 30 06:20 06:50 11/09 254 30 06:20 06:50 12/09 255 30 06:20 06:50 13/09 256 30 06:20 06:50 14/09 257 30 06:20 06:50 15/09 258 30 06:20 06:50 16/09 259 30 06:20 06:50 17/09 260 30 06:20 06:50 18/09 261 30 06:20 06:50 19/09 262 20 06:30 06:50 20/09 263 20 06:30 06:50 21/09 264 20 06:30 06:50 22/09 265 10 06:30 06:40 23/09 266 10 06:30 06:40 24/09 267 10 06:30 06:40








Receptor ID:7 Shadow receptor Height: 2m Easting: 437723m

GH WindFarmer


18


GH WindFarmer


19


28/04 118 20 05:30 05:50 29/04 119 20 05:30 05:50 30/04 120 20 05:30 05:50 01/05 121 20 05:30 05:50 02/05 122 20 05:30 05:50 03/05 123 20 05:30 05:50 04/05 124 20 05:30 05:50 05/05 125 30 05:30 06:00 06/05 126 40 05:20 06:00 07/05 127 40 05:20 06:00 08/05 128 40 05:20 06:00 09/05 129 40 05:20 06:00 10/05 130 40 05:20 06:00 11/05 131 40 05:20 06:00 12/05 132 40 05:20 06:00 13/05 133 40 05:20 06:00 14/05 134 40 05:20 06:00 15/05 135 40 05:20 06:00 16/05 136 40 05:20 06:00 17/05 137 40 05:20 06:00 18/05 138 40 05:20 06:00 19/05 139 40 05:20 06:00 20/05 140 40 05:20 06:00 21/05 141 40 05:20 06:00 22/05 142 30 05:20 05:50 23/05 143 30 05:20 05:50 24/05 144 30 05:20 05:50 25/05 145 30 05:20 05:50 26/05 146 30 05:20 05:50 27/05 147 30 05:20 05:50 28/05 148 30 05:20 05:50 29/05 149 30 05:20 05:50 30/05 150 30 05:20 05:50 31/05 151 20 05:30 05:50 01/06 152 20 05:30 05:50 02/06 153 20 05:30 05:50 03/06 154 20 05:30 05:50 04/06 155 20 05:30 05:50 05/06 156 20 05:30 05:50 06/06 157 10 05:30 05:40 07/06 158 10 05:30 05:40 05/07 186 10 05:40 05:50 06/07 187 10 05:40 05:50 07/07 188 10 05:40 05:50 08/07 189 10 05:40 05:50 09/07 190 10 05:40 05:50 10/07 191 30 05:30 06:00 11/07 192 30 05:30 06:00 12/07 193 30 05:30 06:00 13/07 194 30 05:30 06:00 14/07 195 30 05:30 06:00 15/07 196 30 05:30 06:00 16/07 197 30 05:30 06:00 17/07 198 30 05:30 06:00 18/07 199 30 05:30 06:00 19/07 200 30 05:30 06:00 20/07 201 30 05:30 06:00 21/07 202 30 05:30 06:00 22/07 203 30 05:30 06:00 23/07 204 30 05:30 06:00 24/07 205 30 05:30 06:00 25/07 206 30 05:30 06:00 26/07 207 40 05:30 06:10 27/07 208 40 05:30 06:10 28/07 209 40 05:30 06:10 29/07 210 40 05:30 06:10 30/07 211 40 05:30 06:10 31/07 212 40 05:30 06:10

GH WindFarmer


20

01/08 213 40 05:30 06:10 02/08 214 40 05:30 06:10 03/08 215 40 05:30 06:10 04/08 216 40 05:30 06:10 05/08 217 30 05:30 06:00 06/08 218 30 05:30 06:00 07/08 219 30 05:30 06:00 08/08 220 30 05:30 06:00 09/08 221 30 05:30 06:00 10/08 222 20 05:40 06:00 11/08 223 20 05:40 06:00 12/08 224 20 05:40 06:00 13/08 225 20 05:40 06:00 14/08 226 20 05:40 06:00 15/08 227 10 05:40 05:50 16/08 228 10 05:40 05:50 17/08 229 10 05:40 05:50






GH WindFarmer


21


09/05 129 10 05:20 05:30 10/05 130 10 05:20 05:30 11/05 131 10 05:20 05:30 12/05 132 10 05:20 05:30 13/05 133 20 05:10 05:30 14/05 134 20 05:10 05:30 15/05 135 20 05:10 05:30 16/05 136 20 05:10 05:30 17/05 137 20 05:10 05:30 18/05 138 20 05:10 05:30 19/05 139 20 05:10 05:30 20/05 140 20 05:10 05:30 21/05 141 20 05:10 05:30 22/05 142 30 05:00 05:30 23/05 143 30 05:00 05:30 24/05 144 30 05:00 05:30 25/05 145 20 05:10 05:30 26/05 146 20 05:10 05:30 27/05 147 10 05:10 05:20 28/05 148 10 05:10 05:20 29/05 149 10 05:10 05:20 30/05 150 10 05:10 05:20 31/05 151 10 05:10 05:20 13/07 194 10 05:20 05:30 14/07 195 10 05:20 05:30 15/07 196 10 05:20 05:30 16/07 197 10 05:20 05:30 17/07 198 10 05:20 05:30 18/07 199 10 05:20 05:30 19/07 200 20 05:10 05:30 20/07 201 20 05:10 05:30 21/07 202 30 05:10 05:40 22/07 203 30 05:10 05:40 23/07 204 20 05:20 05:40 24/07 205 20 05:20 05:40 25/07 206 20 05:20 05:40 26/07 207 20 05:20 05:40 27/07 208 20 05:20 05:40 28/07 209 20 05:20 05:40 29/07 210 20 05:20 05:40 30/07 211 20 05:20 05:40 31/07 212 10 05:30 05:40 01/08 213 10 05:30 05:40 02/08 214 10 05:30 05:40 03/08 215 10 05:30 05:40


GH WindFarmer


22


30/04 120 10 05:30 05:40 01/05 121 20 05:30 05:50 02/05 122 20 05:30 05:50 03/05 123 20 05:30 05:50 04/05 124 20 05:30 05:50 05/05 125 20 05:30 05:50 06/05 126 30 05:20 05:50 07/05 127 40 05:20 06:00 08/05 128 40 05:20 06:00 09/05 129 40 05:20 06:00 10/05 130 40 05:20 06:00 11/05 131 40 05:20 06:00 12/05 132 40 05:20 06:00 13/05 133 50 05:10 06:00 14/05 134 50 05:10 06:00 15/05 135 50 05:10 06:00 16/05 136 50 05:10 06:00 17/05 137 50 05:10 06:00 18/05 138 50 05:10 06:00 19/05 139 50 05:10 06:00 20/05 140 50 05:10 06:00 21/05 141 50 05:10 06:00 22/05 142 50 05:10 06:00 23/05 143 50 05:10 06:00 24/05 144 50 05:10 06:00 25/05 145 50 05:10 06:00 26/05 146 50 05:10 06:00 27/05 147 50 05:10 06:00 28/05 148 50 05:10 06:00 29/05 149 50 05:10 06:00 30/05 150 40 05:20 06:00 31/05 151 40 05:20 06:00 01/06 152 40 05:20 06:00 02/06 153 40 05:20 06:00 03/06 154 40 05:20 06:00 04/06 155 40 05:20 06:00 05/06 156 40 05:20 06:00 06/06 157 40 05:20 06:00 07/06 158 40 05:20 06:00 08/06 159 40 05:20 06:00 09/06 160 40 05:20 06:00 10/06 161 40 05:20 06:00 11/06 162 40 05:20 06:00 12/06 163 40 05:20 06:00 13/06 164 40 05:20 06:00 14/06 165 40 05:20 06:00 15/06 166 40 05:20 06:00 16/06 167 40 05:20 06:00 17/06 168 40 05:20 06:00 18/06 169 40 05:20 06:00 19/06 170 40 05:20 06:00 20/06 171 30 05:30 06:00 21/06 172 30 05:30 06:00 22/06 173 30 05:30 06:00 23/06 174 30 05:30 06:00 24/06 175 30 05:30 06:00 25/06 176 30 05:30 06:00 26/06 177 30 05:30 06:00 27/06 178 30 05:30 06:00 28/06 179 30 05:30 06:00 29/06 180 30 05:30 06:00 30/06 181 30 05:30 06:00 01/07 182 30 05:30 06:00 02/07 183 30 05:30 06:00 03/07 184 30 05:30 06:00 04/07 185 30 05:30 06:00 05/07 186 30 05:30 06:00 06/07 187 30 05:30 06:00

GH WindFarmer


23

07/07 188 30 05:30 06:00 08/07 189 30 05:30 06:00 09/07 190 30 05:30 06:00 10/07 191 30 05:30 06:00 11/07 192 30 05:30 06:00 12/07 193 40 05:20 06:00 13/07 194 50 05:20 06:10 14/07 195 50 05:20 06:10 15/07 196 50 05:20 06:10 16/07 197 50 05:20 06:10 17/07 198 50 05:20 06:10 18/07 199 50 05:20 06:10 19/07 200 50 05:20 06:10 20/07 201 50 05:20 06:10 21/07 202 50 05:20 06:10 22/07 203 50 05:20 06:10 23/07 204 50 05:20 06:10 24/07 205 50 05:20 06:10 25/07 206 50 05:20 06:10 26/07 207 50 05:20 06:10 27/07 208 50 05:20 06:10 28/07 209 50 05:20 06:10 29/07 210 50 05:20 06:10 30/07 211 50 05:20 06:10 31/07 212 40 05:30 06:10 01/08 213 40 05:30 06:10 02/08 214 40 05:30 06:10 03/08 215 40 05:30 06:10 04/08 216 30 05:30 06:00 05/08 217 30 05:30 06:00 06/08 218 30 05:30 06:00 07/08 219 30 05:30 06:00 08/08 220 30 05:30 06:00 09/08 221 30 05:30 06:00 10/08 222 20 05:40 06:00 11/08 223 20 05:40 06:00 12/08 224 20 05:40 06:00 13/08 225 10 05:40 05:50



09/04 99 10 06:10 06:20 10/04 100 10 06:10 06:20 11/04 101 20 06:00 06:20 12/04 102 20 06:00 06:20 13/04 103 20 06:00 06:20 14/04 104 20 06:00 06:20 15/04 105 20 06:00 06:20 16/04 106 10 06:00 06:10 17/04 107 20 05:50 06:10 18/04 108 20 05:50 06:10 19/04 109 10 06:00 06:10 20/04 110 10 06:00 06:10 23/08 235 10 06:00 06:10 24/08 236 10 06:00 06:10 25/08 237 10 06:00 06:10 26/08 238 20 06:00 06:20 27/08 239 20 06:00 06:20 28/08 240 20 06:00 06:20 29/08 241 20 06:00 06:20 30/08 242 20 06:00 06:20 31/08 243 20 06:00 06:20 01/09 244 20 06:00 06:20 02/09 245 10 06:00 06:10 03/09 246 10 06:00 06:10


GH WindFarmer


24

Turbine ID:3 Hours per year 0

Day: dd/mm index Maximum minutes Start time hh:mm Stop time hh:mm Worst Day !: 1 0 00:00 00:00


GH WindFarmer


25


13/05 133 10 05:10 05:20 14/05 134 20 05:10 05:30 15/05 135 20 05:10 05:30 16/05 136 20 05:10 05:30 17/05 137 20 05:10 05:30 18/05 138 20 05:10 05:30 19/05 139 20 05:10 05:30 20/05 140 20 05:10 05:30 21/05 141 20 05:10 05:30 22/05 142 30 05:00 05:30 23/05 143 30 05:00 05:30 24/05 144 30 05:00 05:30 25/05 145 30 05:00 05:30 26/05 146 30 05:00 05:30 27/05 147 30 05:00 05:30 28/05 148 30 05:00 05:30 29/05 149 30 05:00 05:30 30/05 150 30 05:00 05:30 31/05 151 30 05:00 05:30 01/06 152 20 05:00 05:20 02/06 153 20 05:00 05:20 03/06 154 20 05:00 05:20 04/06 155 10 05:10 05:20 05/06 156 10 05:10 05:20 06/06 157 10 05:10 05:20 07/06 158 10 05:10 05:20 08/06 159 10 05:10 05:20 09/06 160 10 05:10 05:20 10/06 161 10 05:10 05:20 11/06 162 10 05:10 05:20 12/06 163 10 05:10 05:20 03/07 184 10 05:20 05:30 04/07 185 20 05:10 05:30 05/07 186 20 05:10 05:30 06/07 187 20 05:10 05:30 07/07 188 20 05:10 05:30 08/07 189 20 05:10 05:30 09/07 190 20 05:10 05:30 10/07 191 20 05:10 05:30 11/07 192 20 05:10 05:30 12/07 193 20 05:10 05:30 13/07 194 20 05:10 05:30 14/07 195 20 05:10 05:30 15/07 196 20 05:10 05:30 16/07 197 20 05:10 05:30 17/07 198 20 05:10 05:30 18/07 199 20 05:10 05:30 19/07 200 30 05:10 05:40 20/07 201 30 05:10 05:40 21/07 202 30 05:10 05:40 22/07 203 30 05:10 05:40 23/07 204 20 05:20 05:40 24/07 205 20 05:20 05:40 25/07 206 20 05:20 05:40 26/07 207 20 05:20 05:40 27/07 208 20 05:20 05:40 28/07 209 20 05:20 05:40 29/07 210 10 05:20 05:30 30/07 211 10 05:20 05:30

Table 27 - Project: Summerside - Shadow Flicker Data - Turbine ID:4 Receptor ID:9 Shadow receptor Height: 2m Easting: 437946m

GH WindFarmer


26



28/05 148 10 05:10 05:20 29/05 149 20 05:10 05:30 30/05 150 30 05:00 05:30 31/05 151 30 05:00 05:30 01/06 152 30 05:00 05:30 02/06 153 30 05:00 05:30 03/06 154 30 05:00 05:30 04/06 155 30 05:00 05:30 05/06 156 30 05:00 05:30 06/06 157 40 05:00 05:40 07/06 158 40 05:00 05:40 08/06 159 40 05:00 05:40 09/06 160 40 05:00 05:40 10/06 161 40 05:00 05:40 11/06 162 40 05:00 05:40 12/06 163 40 05:00 05:40 13/06 164 40 05:00 05:40 14/06 165 40 05:00 05:40 15/06 166 40 05:00 05:40 16/06 167 40 05:00 05:40 17/06 168 40 05:00 05:40 18/06 169 40 05:00 05:40 19/06 170 40 05:00 05:40 20/06 171 40 05:00 05:40 21/06 172 40 05:00 05:40 22/06 173 40 05:00 05:40 23/06 174 40 05:00 05:40 24/06 175 40 05:00 05:40 25/06 176 40 05:00 05:40 26/06 177 40 05:00 05:40 27/06 178 40 05:00 05:40 28/06 179 40 05:00 05:40 29/06 180 40 05:00 05:40 30/06 181 40 05:00 05:40 01/07 182 40 05:00 05:40 02/07 183 40 05:00 05:40 03/07 184 40 05:00 05:40 04/07 185 40 05:00 05:40 05/07 186 40 05:00 05:40 06/07 187 40 05:00 05:40 07/07 188 30 05:10 05:40 08/07 189 30 05:10 05:40 09/07 190 30 05:10 05:40 10/07 191 30 05:10 05:40 11/07 192 30 05:10 05:40 12/07 193 30 05:10 05:40 13/07 194 30 05:10 05:40 14/07 195 30 05:10 05:40 15/07 196 10 05:20 05:30 16/07 197 10 05:20 05:30


GH WindFarmer


27


11/04 101 10 06:00 06:10 12/04 102 10 06:00 06:10 13/04 103 10 06:00 06:10 14/04 104 10 06:00 06:10 15/04 105 10 06:00 06:10 16/04 106 10 06:00 06:10 17/04 107 20 05:50 06:10 18/04 108 20 05:50 06:10 19/04 109 20 05:50 06:10 20/04 110 20 05:50 06:10 21/04 111 20 05:50 06:10 22/04 112 20 05:50 06:10 23/04 113 20 05:50 06:10 24/04 114 20 05:50 06:10 25/04 115 20 05:50 06:10 26/04 116 20 05:50 06:10 27/04 117 20 05:50 06:10 28/04 118 10 05:50 06:00 14/08 226 10 06:00 06:10 15/08 227 10 06:00 06:10 16/08 228 10 06:00 06:10 17/08 229 10 06:00 06:10 18/08 230 20 05:50 06:10 19/08 231 30 05:50 06:20 20/08 232 30 05:50 06:20 21/08 233 30 05:50 06:20 22/08 234 30 05:50 06:20 23/08 235 30 05:50 06:20 24/08 236 30 05:50 06:20 25/08 237 30 05:50 06:20 26/08 238 20 06:00 06:20 27/08 239 10 06:00 06:10 28/08 240 10 06:00 06:10 29/08 241 10 06:00 06:10 30/08 242 10 06:00 06:10 31/08 243 10 06:00 06:10 01/09 244 10 06:00 06:10 02/09 245 10 06:00 06:10




GH WindFarmer


28


26/05 146 10 05:00 05:10 27/05 147 10 05:00 05:10 28/05 148 10 05:00 05:10 29/05 149 10 05:00 05:10 30/05 150 10 05:00 05:10 31/05 151 10 05:00 05:10 01/06 152 10 05:00 05:10 02/06 153 10 05:00 05:10 03/06 154 10 05:00 05:10 04/06 155 10 05:00 05:10 05/06 156 10 05:00 05:10 06/06 157 10 05:00 05:10 07/06 158 10 05:00 05:10 08/06 159 10 05:00 05:10 09/06 160 20 05:00 05:20 10/06 161 20 05:00 05:20 11/06 162 30 04:50 05:20 12/06 163 30 04:50 05:20 13/06 164 30 04:50 05:20 14/06 165 30 04:50 05:20 15/06 166 30 04:50 05:20 16/06 167 30 04:50 05:20 17/06 168 30 04:50 05:20 18/06 169 30 04:50 05:20 19/06 170 30 04:50 05:20 20/06 171 20 05:00 05:20 21/06 172 20 05:00 05:20 22/06 173 20 05:00 05:20 23/06 174 20 05:00 05:20 24/06 175 20 05:00 05:20 25/06 176 20 05:00 05:20 26/06 177 20 05:00 05:20 27/06 178 20 05:00 05:20 28/06 179 20 05:00 05:20 29/06 180 20 05:00 05:20 30/06 181 20 05:00 05:20 01/07 182 20 05:00 05:20 02/07 183 20 05:00 05:20 03/07 184 20 05:00 05:20 04/07 185 20 05:00 05:20 05/07 186 20 05:00 05:20 06/07 187 20 05:00 05:20 07/07 188 20 05:00 05:20 08/07 189 20 05:00 05:20 09/07 190 20 05:00 05:20 10/07 191 20 05:00 05:20 11/07 192 20 05:00 05:20 12/07 193 10 05:10 05:20 13/07 194 10 05:10 05:20 14/07 195 10 05:10 05:20 15/07 196 10 05:10 05:20 16/07 197 10 05:10 05:20 17/07 198 10 05:10 05:20 18/07 199 10 05:10 05:20


GH WindFarmer


29


13/05 133 10 05:10 05:20 14/05 134 10 05:10 05:20 15/05 135 10 05:10 05:20 16/05 136 10 05:10 05:20 17/05 137 20 05:10 05:30 18/05 138 20 05:10 05:30 19/05 139 20 05:10 05:30 20/05 140 20 05:10 05:30 21/05 141 20 05:10 05:30 22/05 142 30 05:00 05:30 23/05 143 30 05:00 05:30 24/05 144 30 05:00 05:30 25/05 145 30 05:00 05:30 26/05 146 30 05:00 05:30 27/05 147 30 05:00 05:30 28/05 148 30 05:00 05:30 29/05 149 30 05:00 05:30 30/05 150 30 05:00 05:30 31/05 151 30 05:00 05:30 01/06 152 30 05:00 05:30 02/06 153 30 05:00 05:30 03/06 154 30 05:00 05:30 04/06 155 30 05:00 05:30 05/06 156 30 05:00 05:30 06/06 157 30 05:00 05:30 07/06 158 30 05:00 05:30 08/06 159 30 05:00 05:30 09/06 160 30 05:00 05:30 10/06 161 30 05:00 05:30 11/06 162 30 05:00 05:30 12/06 163 30 05:00 05:30 13/06 164 30 05:00 05:30 14/06 165 30 05:00 05:30 15/06 166 30 05:00 05:30 16/06 167 30 05:00 05:30 17/06 168 30 05:00 05:30 18/06 169 30 05:00 05:30 19/06 170 30 05:00 05:30 20/06 171 30 05:00 05:30 21/06 172 40 05:00 05:40 22/06 173 40 05:00 05:40 23/06 174 40 05:00 05:40 24/06 175 40 05:00 05:40 25/06 176 40 05:00 05:40 26/06 177 40 05:00 05:40 27/06 178 40 05:00 05:40 28/06 179 40 05:00 05:40 29/06 180 40 05:00 05:40 30/06 181 40 05:00 05:40 01/07 182 40 05:00 05:40 02/07 183 40 05:00 05:40 03/07 184 40 05:00 05:40 04/07 185 40 05:00 05:40 05/07 186 40 05:00 05:40 06/07 187 40 05:00 05:40 07/07 188 40 05:00 05:40 08/07 189 40 05:00 05:40 09/07 190 40 05:00 05:40 10/07 191 40 05:00 05:40 11/07 192 40 05:00 05:40 12/07 193 30 05:10 05:40 13/07 194 30 05:10 05:40 14/07 195 30 05:10 05:40 15/07 196 30 05:10 05:40 16/07 197 30 05:10 05:40 17/07 198 30 05:10 05:40 18/07 199 30 05:10 05:40 19/07 200 30 05:10 05:40

GH WindFarmer


30

20/07 201 30 05:10 05:40 21/07 202 30 05:10 05:40 22/07 203 30 05:10 05:40 23/07 204 20 05:20 05:40 24/07 205 20 05:20 05:40 25/07 206 20 05:20 05:40 26/07 207 20 05:20 05:40 27/07 208 10 05:20 05:30 28/07 209 10 05:20 05:30 29/07 210 10 05:20 05:30 30/07 211 10 05:20 05:30

















GH WindFarmer


31





22/03 81 10 18:00 18:10 23/03 82 10 18:00 18:10 24/03 83 20 18:00 18:20 25/03 84 20 18:00 18:20 26/03 85 20 18:00 18:20 27/03 86 30 17:50 18:20 28/03 87 30 17:50 18:20 29/03 88 30 17:50 18:20 30/03 89 30 17:50 18:20 31/03 90 30 17:50 18:20 01/04 91 30 17:50 18:20 02/04 92 30 17:50 18:20 03/04 93 30 17:50 18:20 04/04 94 30 17:50 18:20 05/04 95 30 17:50 18:20 06/04 96 30 17:50 18:20 07/04 97 30 17:50 18:20 08/04 98 30 17:50 18:20 09/04 99 20 17:50 18:10

10/04 100 10 18:00 18:10 11/04 101 10 18:00 18:10 31/08 243 10 18:00 18:10 01/09 244 10 18:00 18:10 02/09 245 20 17:50 18:10 03/09 246 20 17:50 18:10 04/09 247 20 17:50 18:10 05/09 248 30 17:50 18:20 06/09 249 30 17:50 18:20 07/09 250 30 17:50 18:20 08/09 251 40 17:40 18:20 09/09 252 40 17:40 18:20 10/09 253 40 17:40 18:20 11/09 254 40 17:40 18:20 12/09 255 40 17:40 18:20 13/09 256 30 17:40 18:10 14/09 257 30 17:40 18:10 15/09 258 30 17:40 18:10 16/09 259 30 17:40 18:10 17/09 260 30 17:40 18:10 18/09 261 20 17:40 18:00 19/09 262 10 17:50 18:00 20/09 263 10 17:50 18:00 21/09 264 10 17:50 18:00


GH WindFarmer


32




18/04 108 10 18:40 18:50 19/04 109 10 18:40 18:50 20/04 110 10 18:40 18:50 21/04 111 10 18:40 18:50 22/04 112 10 18:40 18:50 23/04 113 20 18:40 19:00 24/04 114 20 18:40 19:00 25/04 115 30 18:30 19:00 26/04 116 30 18:30 19:00 27/04 117 30 18:30 19:00 28/04 118 30 18:30 19:00 29/04 119 30 18:30 19:00 30/04 120 30 18:30 19:00 01/05 121 20 18:40 19:00 02/05 122 20 18:40 19:00 03/05 123 20 18:40 19:00 04/05 124 20 18:40 19:00 05/05 125 20 18:40 19:00 06/05 126 10 18:40 18:50 07/05 127 10 18:40 18:50 05/08 217 10 18:50 19:00 06/08 218 10 18:50 19:00 07/08 219 10 18:50 19:00 08/08 220 20 18:50 19:10 09/08 221 20 18:50 19:10 10/08 222 30 18:40 19:10 11/08 223 30 18:40 19:10 12/08 224 30 18:40 19:10 13/08 225 30 18:40 19:10 14/08 226 30 18:40 19:10 15/08 227 30 18:40 19:10 16/08 228 30 18:40 19:10 17/08 229 20 18:40 19:00 18/08 230 20 18:40 19:00 19/08 231 20 18:40 19:00 20/08 232 20 18:40 19:00 21/08 233 20 18:40 19:00 22/08 234 20 18:40 19:00 23/08 235 10 18:40 18:50


GH WindFarmer


33


22/04 112 10 18:40 18:50 23/04 113 20 18:40 19:00 24/04 114 20 18:40 19:00 25/04 115 20 18:40 19:00 26/04 116 20 18:40 19:00 27/04 117 20 18:40 19:00 28/04 118 20 18:40 19:00 29/04 119 20 18:40 19:00 30/04 120 20 18:40 19:00 01/05 121 20 18:40 19:00 02/05 122 20 18:40 19:00 03/05 123 20 18:40 19:00 04/05 124 20 18:40 19:00 05/05 125 20 18:40 19:00 06/05 126 20 18:40 19:00 07/05 127 20 18:40 19:00 08/05 128 10 18:50 19:00 04/08 216 10 19:00 19:10 05/08 217 20 18:50 19:10 06/08 218 20 18:50 19:10 07/08 219 20 18:50 19:10 08/08 220 20 18:50 19:10 09/08 221 20 18:50 19:10 10/08 222 20 18:50 19:10 11/08 223 20 18:50 19:10 12/08 224 20 18:50 19:10 13/08 225 20 18:50 19:10 14/08 226 20 18:50 19:10 15/08 227 20 18:50 19:10 16/08 228 20 18:50 19:10 17/08 229 10 18:50 19:00 18/08 230 10 18:50 19:00 19/08 231 10 18:50 19:00 20/08 232 10 18:50 19:00 21/08 233 10 18:50 19:00 22/08 234 10 18:50 19:00


GH WindFarmer


34


22/05 142 20 19:10 19:30 23/05 143 20 19:10 19:30 24/05 144 20 19:10 19:30 25/05 145 20 19:10 19:30 26/05 146 20 19:10 19:30 27/05 147 30 19:00 19:30 28/05 148 30 19:00 19:30 29/05 149 40 19:00 19:40 30/05 150 40 19:00 19:40 31/05 151 40 19:00 19:40 01/06 152 40 19:00 19:40 02/06 153 40 19:00 19:40 03/06 154 40 19:00 19:40 04/06 155 40 19:00 19:40 05/06 156 40 19:00 19:40 06/06 157 40 19:00 19:40 07/06 158 40 19:00 19:40 08/06 159 40 19:00 19:40 09/06 160 40 19:00 19:40 10/06 161 40 19:00 19:40 11/06 162 40 19:00 19:40 12/06 163 40 19:00 19:40 13/06 164 40 19:00 19:40 14/06 165 40 19:00 19:40 15/06 166 40 19:00 19:40 16/06 167 40 19:00 19:40 17/06 168 40 19:00 19:40 18/06 169 40 19:00 19:40 19/06 170 50 19:00 19:50 20/06 171 50 19:00 19:50 21/06 172 50 19:00 19:50 22/06 173 50 19:00 19:50 23/06 174 50 19:00 19:50 24/06 175 50 19:00 19:50 25/06 176 50 19:00 19:50 26/06 177 50 19:00 19:50 27/06 178 50 19:00 19:50 28/06 179 50 19:00 19:50 29/06 180 50 19:00 19:50 30/06 181 50 19:00 19:50 01/07 182 50 19:00 19:50 02/07 183 40 19:10 19:50 03/07 184 40 19:10 19:50 04/07 185 40 19:10 19:50 05/07 186 40 19:10 19:50 06/07 187 40 19:10 19:50 07/07 188 40 19:10 19:50 08/07 189 40 19:10 19:50 09/07 190 40 19:10 19:50 10/07 191 40 19:10 19:50 11/07 192 40 19:10 19:50 12/07 193 30 19:10 19:40 13/07 194 30 19:10 19:40 14/07 195 30 19:10 19:40 15/07 196 30 19:10 19:40 16/07 197 30 19:10 19:40 17/07 198 30 19:10 19:40 18/07 199 20 19:20 19:40 19/07 200 20 19:20 19:40 20/07 201 20 19:20 19:40 21/07 202 10 19:20 19:30


GH WindFarmer


35







26/04 116 10 18:50 19:00 27/04 117 10 18:50 19:00 28/04 118 10 18:50 19:00 29/04 119 10 18:50 19:00 30/04 120 10 18:50 19:00 01/05 121 10 18:50 19:00 02/05 122 20 18:50 19:10 03/05 123 20 18:50 19:10 04/05 124 20 18:50 19:10 05/05 125 20 18:50 19:10 06/05 126 20 18:50 19:10 07/05 127 20 18:50 19:10 08/05 128 20 18:50 19:10 09/05 129 20 18:50 19:10 10/05 130 20 18:50 19:10 11/05 131 20 18:50 19:10 12/05 132 20 18:50 19:10 13/05 133 10 18:50 19:00 14/05 134 10 18:50 19:00 29/07 210 10 19:00 19:10 30/07 211 10 19:00 19:10 31/07 212 20 19:00 19:20 01/08 213 20 19:00 19:20 02/08 214 20 19:00 19:20 03/08 215 20 19:00 19:20 04/08 216 20 19:00 19:20 05/08 217 20 19:00 19:20 06/08 218 20 19:00 19:20 07/08 219 20 19:00 19:20 08/08 220 20 19:00 19:20 09/08 221 20 19:00 19:20 10/08 222 10 19:00 19:10 11/08 223 10 19:00 19:10 12/08 224 10 19:00 19:10 13/08 225 10 19:00 19:10 14/08 226 10 19:00 19:10 15/08 227 10 19:00 19:10 16/08 228 10 19:00 19:10


GH WindFarmer


36


09/06 160 10 19:30 19:40 10/06 161 10 19:30 19:40 11/06 162 10 19:30 19:40 12/06 163 10 19:30 19:40 13/06 164 20 19:30 19:50 14/06 165 20 19:30 19:50 15/06 166 20 19:30 19:50 16/06 167 20 19:30 19:50 17/06 168 20 19:30 19:50 18/06 169 20 19:30 19:50 19/06 170 20 19:30 19:50 20/06 171 20 19:30 19:50 21/06 172 20 19:30 19:50 22/06 173 20 19:30 19:50 23/06 174 20 19:30 19:50 24/06 175 20 19:30 19:50 25/06 176 20 19:30 19:50 26/06 177 20 19:30 19:50 27/06 178 20 19:30 19:50 28/06 179 20 19:30 19:50 29/06 180 20 19:30 19:50 30/06 181 20 19:30 19:50 01/07 182 20 19:30 19:50 02/07 183 10 19:40 19:50







GH WindFarmer


37


02/05 122 10 19:00 19:10 03/05 123 10 19:00 19:10 04/05 124 10 19:00 19:10 05/05 125 10 19:00 19:10 06/05 126 10 19:00 19:10 07/05 127 10 19:00 19:10 08/05 128 20 18:50 19:10 09/05 129 20 18:50 19:10 10/05 130 30 18:50 19:20 11/05 131 30 18:50 19:20 12/05 132 30 18:50 19:20 13/05 133 20 19:00 19:20 14/05 134 20 19:00 19:20 15/05 135 20 19:00 19:20 16/05 136 20 19:00 19:20 17/05 137 20 19:00 19:20 18/05 138 10 19:00 19:10 19/05 139 10 19:00 19:10 20/05 140 10 19:00 19:10 21/05 141 10 19:00 19:10 22/05 142 10 19:00 19:10 21/07 202 10 19:10 19:20 22/07 203 10 19:10 19:20 23/07 204 10 19:10 19:20 24/07 205 20 19:10 19:30 25/07 206 20 19:10 19:30 26/07 207 20 19:10 19:30 27/07 208 20 19:10 19:30 28/07 209 20 19:10 19:30 29/07 210 30 19:00 19:30 30/07 211 30 19:00 19:30 31/07 212 30 19:00 19:30 01/08 213 30 19:00 19:30 02/08 214 30 19:00 19:30 03/08 215 30 19:00 19:30 04/08 216 20 19:00 19:20 05/08 217 20 19:00 19:20 06/08 218 20 19:00 19:20 07/08 219 20 19:00 19:20 08/08 220 20 19:00 19:20 09/08 221 10 19:10 19:20








Receptor ID:16 Shadow receptor

GH WindFarmer


38

Height: 2m Easting: 439362m Northing: 5142245m Bearing: 180deg Tilt: 0deg



GH WindFarmer


39


23/05 143 10 19:20 19:30 24/05 144 10 19:20 19:30 25/05 145 10 19:20 19:30 26/05 146 10 19:20 19:30 27/05 147 10 19:20 19:30 28/05 148 20 19:20 19:40 29/05 149 20 19:20 19:40 30/05 150 20 19:20 19:40 31/05 151 20 19:20 19:40 01/06 152 20 19:20 19:40 02/06 153 20 19:20 19:40 03/06 154 20 19:20 19:40 04/06 155 20 19:20 19:40 05/06 156 20 19:20 19:40 06/06 157 20 19:20 19:40 07/06 158 20 19:20 19:40 08/06 159 20 19:20 19:40 09/06 160 20 19:20 19:40 10/06 161 30 19:20 19:50 11/06 162 30 19:20 19:50 12/06 163 30 19:20 19:50 13/06 164 30 19:20 19:50 14/06 165 30 19:20 19:50 15/06 166 30 19:20 19:50 16/06 167 30 19:20 19:50 17/06 168 30 19:20 19:50 18/06 169 30 19:20 19:50 19/06 170 30 19:20 19:50 20/06 171 30 19:20 19:50 21/06 172 30 19:20 19:50 22/06 173 30 19:20 19:50 23/06 174 30 19:20 19:50 24/06 175 30 19:20 19:50 25/06 176 30 19:20 19:50 26/06 177 30 19:20 19:50 27/06 178 30 19:20 19:50 28/06 179 30 19:20 19:50 29/06 180 30 19:20 19:50 30/06 181 30 19:20 19:50 01/07 182 30 19:20 19:50 02/07 183 30 19:20 19:50 03/07 184 30 19:20 19:50 04/07 185 30 19:20 19:50 05/07 186 30 19:20 19:50 06/07 187 30 19:20 19:50 07/07 188 30 19:20 19:50 08/07 189 30 19:20 19:50 09/07 190 30 19:20 19:50 10/07 191 30 19:20 19:50 11/07 192 20 19:30 19:50 12/07 193 20 19:30 19:50 13/07 194 10 19:30 19:40 14/07 195 10 19:30 19:40 15/07 196 10 19:30 19:40 16/07 197 10 19:30 19:40 17/07 198 10 19:30 19:40 18/07 199 10 19:30 19:40 19/07 200 10 19:30 19:40 20/07 201 10 19:30 19:40




GH WindFarmer


40

Turbine ID:4 Hours per year 0

Day: dd/mm index Maximum minutes Start time hh:mm Stop time hh:mm Worst Day !: 1 0 00:00 00:00















GH WindFarmer


41

















GH WindFarmer


42

















GH WindFarmer


43


















Receptor ID:24 Shadow receptor Height: 2m Easting: 437756m Northing: 5141696m

GH WindFarmer


44

Bearing: 180deg Tilt: 0deg










GH WindFarmer


45


24/03 83 10 06:40 06:50 25/03 84 10 06:40 06:50 26/03 85 20 06:30 06:50 27/03 86 20 06:30 06:50 28/03 87 20 06:30 06:50 29/03 88 20 06:30 06:50 30/03 89 20 06:30 06:50 31/03 90 20 06:30 06:50 01/04 91 30 06:20 06:50 02/04 92 30 06:20 06:50 03/04 93 30 06:20 06:50 04/04 94 30 06:20 06:50 05/04 95 30 06:20 06:50 06/04 96 30 06:20 06:50 07/04 97 30 06:20 06:50 08/04 98 30 06:20 06:50 09/04 99 30 06:20 06:50

10/04 100 30 06:20 06:50 11/04 101 10 06:30 06:40 12/04 102 10 06:30 06:40 13/04 103 10 06:30 06:40 30/08 242 10 06:30 06:40 31/08 243 10 06:30 06:40 01/09 244 10 06:30 06:40 02/09 245 20 06:20 06:40 03/09 246 30 06:20 06:50 04/09 247 30 06:20 06:50 05/09 248 30 06:20 06:50 06/09 249 30 06:20 06:50 07/09 250 30 06:20 06:50 08/09 251 30 06:20 06:50 09/09 252 40 06:10 06:50 10/09 253 40 06:10 06:50 11/09 254 40 06:10 06:50 12/09 255 30 06:20 06:50 13/09 256 20 06:20 06:40 14/09 257 20 06:20 06:40 15/09 258 20 06:20 06:40 16/09 259 20 06:20 06:40 17/09 260 20 06:20 06:40 18/09 261 20 06:20 06:40 19/09 262 10 06:30 06:40









GH WindFarmer


46



05/04 95 10 06:20 06:30 06/04 96 20 06:10 06:30 07/04 97 20 06:10 06:30 08/04 98 20 06:10 06:30 09/04 99 20 06:10 06:30

10/04 100 20 06:10 06:30 11/04 101 30 06:00 06:30 12/04 102 30 06:00 06:30 13/04 103 30 06:00 06:30 14/04 104 30 06:00 06:30 15/04 105 30 06:00 06:30 16/04 106 30 06:00 06:30 17/04 107 30 06:00 06:30 18/04 108 30 06:00 06:30 19/04 109 30 06:00 06:30 20/04 110 30 06:00 06:30 21/04 111 30 06:00 06:30 22/04 112 30 06:00 06:30 23/04 113 30 06:00 06:30 24/04 114 20 06:00 06:20 25/04 115 10 06:10 06:20 26/04 116 10 06:10 06:20 18/08 230 20 06:10 06:30 19/08 231 20 06:10 06:30 20/08 232 20 06:10 06:30 21/08 233 20 06:10 06:30 22/08 234 30 06:00 06:30 23/08 235 30 06:00 06:30 24/08 236 30 06:00 06:30 25/08 237 30 06:00 06:30 26/08 238 30 06:00 06:30 27/08 239 30 06:00 06:30 28/08 240 30 06:00 06:30 29/08 241 30 06:00 06:30 30/08 242 30 06:00 06:30 31/08 243 30 06:00 06:30 01/09 244 30 06:00 06:30 02/09 245 30 06:00 06:30 03/09 246 30 06:00 06:30 04/09 247 20 06:10 06:30 05/09 248 20 06:10 06:30 06/09 249 20 06:10 06:30 07/09 250 10 06:10 06:20 08/09 251 10 06:10 06:20




GH WindFarmer


47






GH WindFarmer


48


05/05 125 10 05:30 05:40 06/05 126 20 05:20 05:40 07/05 127 20 05:20 05:40 08/05 128 20 05:20 05:40 09/05 129 20 05:20 05:40 10/05 130 20 05:20 05:40 11/05 131 20 05:20 05:40 12/05 132 20 05:20 05:40 13/05 133 30 05:10 05:40 14/05 134 30 05:10 05:40 15/05 135 30 05:10 05:40 16/05 136 30 05:10 05:40 17/05 137 30 05:10 05:40 18/05 138 30 05:10 05:40 19/05 139 30 05:10 05:40 20/05 140 30 05:10 05:40 21/05 141 30 05:10 05:40 22/05 142 30 05:10 05:40 23/05 143 30 05:10 05:40 24/05 144 30 05:10 05:40 25/05 145 30 05:10 05:40 26/05 146 30 05:10 05:40 27/05 147 30 05:10 05:40 28/05 148 30 05:10 05:40 29/05 149 30 05:10 05:40 30/05 150 30 05:10 05:40 31/05 151 30 05:10 05:40 01/06 152 30 05:10 05:40 02/06 153 30 05:10 05:40 03/06 154 30 05:10 05:40 04/06 155 30 05:10 05:40 05/06 156 30 05:10 05:40 06/06 157 20 05:20 05:40 07/06 158 20 05:20 05:40 08/06 159 20 05:20 05:40 09/06 160 20 05:20 05:40 10/06 161 20 05:20 05:40 11/06 162 20 05:20 05:40 12/06 163 20 05:20 05:40 13/06 164 20 05:20 05:40 14/06 165 20 05:20 05:40 15/06 166 20 05:20 05:40 16/06 167 20 05:20 05:40 17/06 168 20 05:20 05:40 18/06 169 20 05:20 05:40 19/06 170 20 05:20 05:40 20/06 171 20 05:20 05:40 21/06 172 10 05:30 05:40 22/06 173 10 05:30 05:40 23/06 174 10 05:30 05:40 24/06 175 10 05:30 05:40 25/06 176 10 05:30 05:40 26/06 177 10 05:30 05:40 27/06 178 10 05:30 05:40 28/06 179 20 05:20 05:40 29/06 180 20 05:20 05:40 30/06 181 20 05:20 05:40 01/07 182 20 05:20 05:40 02/07 183 20 05:20 05:40 03/07 184 20 05:20 05:40 04/07 185 20 05:20 05:40 05/07 186 20 05:20 05:40 06/07 187 20 05:20 05:40 07/07 188 20 05:20 05:40 08/07 189 30 05:20 05:50 09/07 190 30 05:20 05:50 10/07 191 30 05:20 05:50 11/07 192 30 05:20 05:50

GH WindFarmer


49

12/07 193 30 05:20 05:50 13/07 194 30 05:20 05:50 14/07 195 30 05:20 05:50 15/07 196 30 05:20 05:50 16/07 197 30 05:20 05:50 17/07 198 30 05:20 05:50 18/07 199 30 05:20 05:50 19/07 200 30 05:20 05:50 20/07 201 30 05:20 05:50 21/07 202 30 05:20 05:50 22/07 203 30 05:20 05:50 23/07 204 30 05:20 05:50 24/07 205 30 05:20 05:50 25/07 206 30 05:20 05:50 26/07 207 30 05:20 05:50 27/07 208 30 05:20 05:50 28/07 209 30 05:20 05:50 29/07 210 30 05:20 05:50 30/07 211 30 05:20 05:50 31/07 212 20 05:30 05:50 01/08 213 20 05:30 05:50 02/08 214 20 05:30 05:50 03/08 215 20 05:30 05:50 04/08 216 20 05:30 05:50 05/08 217 20 05:30 05:50 06/08 218 20 05:30 05:50 07/08 219 20 05:30 05:50 08/08 220 10 05:30 05:40 09/08 221 10 05:30 05:40









GH WindFarmer


50


09/05 129 10 05:20 05:30 10/05 130 10 05:20 05:30 11/05 131 10 05:20 05:30 12/05 132 10 05:20 05:30 13/05 133 20 05:10 05:30 14/05 134 20 05:10 05:30 15/05 135 20 05:10 05:30 16/05 136 20 05:10 05:30 17/05 137 20 05:10 05:30 18/05 138 20 05:10 05:30 19/05 139 20 05:10 05:30 20/05 140 20 05:10 05:30 21/05 141 30 05:10 05:40 22/05 142 40 05:00 05:40 23/05 143 40 05:00 05:40 24/05 144 40 05:00 05:40 25/05 145 40 05:00 05:40 26/05 146 40 05:00 05:40 27/05 147 40 05:00 05:40 28/05 148 40 05:00 05:40 29/05 149 40 05:00 05:40 30/05 150 40 05:00 05:40 31/05 151 40 05:00 05:40 01/06 152 40 05:00 05:40 02/06 153 40 05:00 05:40 03/06 154 40 05:00 05:40 04/06 155 40 05:00 05:40 05/06 156 40 05:00 05:40 06/06 157 40 05:00 05:40 07/06 158 40 05:00 05:40 08/06 159 40 05:00 05:40 09/06 160 40 05:00 05:40 10/06 161 30 05:10 05:40 11/06 162 30 05:10 05:40 12/06 163 30 05:10 05:40 13/06 164 30 05:10 05:40 14/06 165 30 05:10 05:40 15/06 166 30 05:10 05:40 16/06 167 30 05:10 05:40 17/06 168 30 05:10 05:40 18/06 169 30 05:10 05:40 19/06 170 30 05:10 05:40 20/06 171 30 05:10 05:40 21/06 172 30 05:10 05:40 22/06 173 30 05:10 05:40 23/06 174 30 05:10 05:40 24/06 175 30 05:10 05:40 25/06 176 30 05:10 05:40 26/06 177 30 05:10 05:40 27/06 178 30 05:10 05:40 28/06 179 30 05:10 05:40 29/06 180 30 05:10 05:40 30/06 181 30 05:10 05:40 01/07 182 30 05:10 05:40 02/07 183 30 05:10 05:40 03/07 184 30 05:10 05:40 04/07 185 30 05:10 05:40 05/07 186 30 05:10 05:40 06/07 187 30 05:10 05:40 07/07 188 30 05:10 05:40 08/07 189 30 05:10 05:40 09/07 190 30 05:10 05:40 10/07 191 30 05:10 05:40 11/07 192 30 05:10 05:40 12/07 193 30 05:10 05:40 13/07 194 30 05:10 05:40 14/07 195 30 05:10 05:40 15/07 196 30 05:10 05:40

GH WindFarmer


51

16/07 197 30 05:10 05:40 17/07 198 40 05:10 05:50 18/07 199 40 05:10 05:50 19/07 200 40 05:10 05:50 20/07 201 40 05:10 05:50 21/07 202 40 05:10 05:50 22/07 203 40 05:10 05:50 23/07 204 30 05:20 05:50 24/07 205 20 05:20 05:40 25/07 206 20 05:20 05:40 26/07 207 20 05:20 05:40 27/07 208 20 05:20 05:40 28/07 209 20 05:20 05:40 29/07 210 20 05:20 05:40 30/07 211 20 05:20 05:40 31/07 212 10 05:30 05:40 01/08 213 10 05:30 05:40 02/08 214 10 05:30 05:40 03/08 215 10 05:30 05:40 04/08 216 10 05:30 05:40









GH WindFarmer


52


22/05 142 10 05:00 05:10 23/05 143 10 05:00 05:10 24/05 144 10 05:00 05:10 25/05 145 10 05:00 05:10 26/05 146 20 05:00 05:20 27/05 147 20 05:00 05:20 28/05 148 20 05:00 05:20 29/05 149 20 05:00 05:20 30/05 150 20 05:00 05:20 31/05 151 20 05:00 05:20 01/06 152 20 05:00 05:20 02/06 153 20 05:00 05:20 03/06 154 20 05:00 05:20 04/06 155 20 05:00 05:20 05/06 156 20 05:00 05:20 06/06 157 20 05:00 05:20 07/06 158 20 05:00 05:20 08/06 159 20 05:00 05:20 09/06 160 20 05:00 05:20 10/06 161 20 05:00 05:20 11/06 162 30 04:50 05:20 12/06 163 30 04:50 05:20 13/06 164 40 04:50 05:30 14/06 165 40 04:50 05:30 15/06 166 40 04:50 05:30 16/06 167 40 04:50 05:30 17/06 168 40 04:50 05:30 18/06 169 40 04:50 05:30 19/06 170 40 04:50 05:30 20/06 171 30 05:00 05:30 21/06 172 30 05:00 05:30 22/06 173 30 05:00 05:30 23/06 174 30 05:00 05:30 24/06 175 30 05:00 05:30 25/06 176 30 05:00 05:30 26/06 177 30 05:00 05:30 27/06 178 30 05:00 05:30 28/06 179 30 05:00 05:30 29/06 180 30 05:00 05:30 30/06 181 30 05:00 05:30 01/07 182 30 05:00 05:30 02/07 183 30 05:00 05:30 03/07 184 30 05:00 05:30 04/07 185 30 05:00 05:30 05/07 186 30 05:00 05:30 06/07 187 30 05:00 05:30 07/07 188 30 05:00 05:30 08/07 189 30 05:00 05:30 09/07 190 30 05:00 05:30 10/07 191 30 05:00 05:30 11/07 192 30 05:00 05:30 12/07 193 20 05:10 05:30 13/07 194 20 05:10 05:30 14/07 195 20 05:10 05:30 15/07 196 20 05:10 05:30 16/07 197 20 05:10 05:30 17/07 198 20 05:10 05:30 18/07 199 20 05:10 05:30 19/07 200 10 05:10 05:20 20/07 201 10 05:10 05:20 21/07 202 10 05:10 05:20 22/07 203 10 05:10 05:20


GH WindFarmer


53








GH WindFarmer


54


05/05 125 10 05:30 05:40 06/05 126 20 05:20 05:40 07/05 127 20 05:20 05:40 08/05 128 20 05:20 05:40 09/05 129 20 05:20 05:40 10/05 130 20 05:20 05:40 11/05 131 20 05:20 05:40 12/05 132 20 05:20 05:40 13/05 133 30 05:10 05:40 14/05 134 30 05:10 05:40 15/05 135 30 05:10 05:40 16/05 136 40 05:10 05:50 17/05 137 40 05:10 05:50 18/05 138 40 05:10 05:50 19/05 139 40 05:10 05:50 20/05 140 40 05:10 05:50 21/05 141 40 05:10 05:50 22/05 142 40 05:10 05:50 23/05 143 40 05:10 05:50 24/05 144 40 05:10 05:50 25/05 145 40 05:10 05:50 26/05 146 40 05:10 05:50 27/05 147 40 05:10 05:50 28/05 148 40 05:10 05:50 29/05 149 40 05:10 05:50 30/05 150 40 05:10 05:50 31/05 151 40 05:10 05:50 01/06 152 40 05:10 05:50 02/06 153 40 05:10 05:50 03/06 154 40 05:10 05:50 04/06 155 40 05:10 05:50 05/06 156 40 05:10 05:50 06/06 157 40 05:10 05:50 07/06 158 40 05:10 05:50 08/06 159 40 05:10 05:50 09/06 160 40 05:10 05:50 10/06 161 40 05:10 05:50 11/06 162 40 05:10 05:50 12/06 163 40 05:10 05:50 13/06 164 40 05:10 05:50 14/06 165 40 05:10 05:50 15/06 166 40 05:10 05:50 16/06 167 40 05:10 05:50 17/06 168 40 05:10 05:50 18/06 169 30 05:20 05:50 19/06 170 30 05:20 05:50 20/06 171 30 05:20 05:50 21/06 172 30 05:20 05:50 22/06 173 30 05:20 05:50 23/06 174 30 05:20 05:50 24/06 175 30 05:20 05:50 25/06 176 30 05:20 05:50 26/06 177 30 05:20 05:50 27/06 178 30 05:20 05:50 28/06 179 30 05:20 05:50 29/06 180 30 05:20 05:50 30/06 181 30 05:20 05:50 01/07 182 30 05:20 05:50 02/07 183 30 05:20 05:50 03/07 184 30 05:20 05:50 04/07 185 30 05:20 05:50 05/07 186 30 05:20 05:50 06/07 187 30 05:20 05:50 07/07 188 30 05:20 05:50 08/07 189 30 05:20 05:50 09/07 190 30 05:20 05:50 10/07 191 30 05:20 05:50 11/07 192 30 05:20 05:50

GH WindFarmer


55

12/07 193 40 05:20 06:00 13/07 194 40 05:20 06:00 14/07 195 40 05:20 06:00 15/07 196 40 05:20 06:00 16/07 197 40 05:20 06:00 17/07 198 40 05:20 06:00 18/07 199 40 05:20 06:00 19/07 200 40 05:20 06:00 20/07 201 40 05:20 06:00 21/07 202 40 05:20 06:00 22/07 203 40 05:20 06:00 23/07 204 40 05:20 06:00 24/07 205 40 05:20 06:00 25/07 206 40 05:20 06:00 26/07 207 40 05:20 06:00 27/07 208 40 05:20 06:00 28/07 209 40 05:20 06:00 29/07 210 40 05:20 06:00 30/07 211 40 05:20 06:00 31/07 212 20 05:30 05:50 01/08 213 20 05:30 05:50 02/08 214 20 05:30 05:50 03/08 215 20 05:30 05:50 04/08 216 20 05:30 05:50 05/08 217 20 05:30 05:50 06/08 218 20 05:30 05:50 07/08 219 20 05:30 05:50 08/08 220 10 05:30 05:40 09/08 221 10 05:30 05:40






GH WindFarmer


56


13/05 133 10 05:10 05:20 14/05 134 10 05:10 05:20 15/05 135 10 05:10 05:20 16/05 136 10 05:10 05:20 17/05 137 10 05:10 05:20 18/05 138 10 05:10 05:20 19/05 139 10 05:10 05:20 20/05 140 10 05:10 05:20 21/05 141 10 05:10 05:20 22/05 142 20 05:00 05:20 23/05 143 20 05:00 05:20 24/05 144 20 05:00 05:20 25/05 145 20 05:00 05:20 26/05 146 20 05:00 05:20 27/05 147 20 05:00 05:20 28/05 148 20 05:00 05:20 29/05 149 20 05:00 05:20 30/05 150 20 05:00 05:20 31/05 151 20 05:00 05:20 01/06 152 20 05:00 05:20 02/06 153 20 05:00 05:20 03/06 154 20 05:00 05:20 04/06 155 20 05:00 05:20 05/06 156 20 05:00 05:20 06/06 157 20 05:00 05:20 07/06 158 20 05:00 05:20 08/06 159 20 05:00 05:20 09/06 160 20 05:00 05:20 10/06 161 10 05:10 05:20 11/06 162 10 05:10 05:20 12/06 163 10 05:10 05:20 29/06 180 10 05:10 05:20 30/06 181 10 05:10 05:20 01/07 182 10 05:10 05:20 02/07 183 10 05:10 05:20 03/07 184 10 05:10 05:20 04/07 185 10 05:10 05:20 05/07 186 10 05:10 05:20 06/07 187 10 05:10 05:20 07/07 188 20 05:10 05:30 08/07 189 20 05:10 05:30 09/07 190 20 05:10 05:30 10/07 191 20 05:10 05:30 11/07 192 20 05:10 05:30 12/07 193 20 05:10 05:30 13/07 194 20 05:10 05:30 14/07 195 20 05:10 05:30 15/07 196 20 05:10 05:30 16/07 197 20 05:10 05:30 17/07 198 20 05:10 05:30 18/07 199 20 05:10 05:30 19/07 200 20 05:10 05:30 20/07 201 20 05:10 05:30 21/07 202 20 05:10 05:30 22/07 203 20 05:10 05:30 23/07 204 10 05:20 05:30 24/07 205 10 05:20 05:30 25/07 206 10 05:20 05:30 26/07 207 10 05:20 05:30 27/07 208 10 05:20 05:30 28/07 209 10 05:20 05:30 29/07 210 10 05:20 05:30 30/07 211 10 05:20 05:30

Table 115 - Project: Summerside - Shadow Flicker Data - Turbine ID:4 Receptor ID:31 Shadow receptor

GH WindFarmer


57

















GH WindFarmer


58

















GH WindFarmer


59

















GH WindFarmer


60

















GH WindFarmer


61



















GH WindFarmer


62




















GH WindFarmer


63



06/05 126 10 19:00 19:10 07/05 127 10 19:00 19:10 08/05 128 10 19:00 19:10 09/05 129 10 19:00 19:10 10/05 130 20 19:00 19:20 11/05 131 20 19:00 19:20 12/05 132 20 19:00 19:20 13/05 133 20 19:00 19:20 14/05 134 20 19:00 19:20 15/05 135 20 19:00 19:20 16/05 136 20 19:00 19:20 17/05 137 20 19:00 19:20 18/05 138 30 19:00 19:30 19/05 139 20 19:00 19:20 20/05 140 20 19:00 19:20 21/05 141 20 19:00 19:20 22/05 142 20 19:00 19:20 23/05 143 20 19:00 19:20 24/05 144 20 19:00 19:20 25/05 145 20 19:00 19:20 26/05 146 10 19:10 19:20 27/05 147 10 19:10 19:20 28/05 148 10 19:10 19:20 29/05 149 10 19:10 19:20 14/07 195 10 19:20 19:30 15/07 196 10 19:20 19:30 16/07 197 10 19:20 19:30 17/07 198 20 19:10 19:30 18/07 199 20 19:10 19:30 19/07 200 20 19:10 19:30 20/07 201 20 19:10 19:30 21/07 202 20 19:10 19:30 22/07 203 20 19:10 19:30 23/07 204 20 19:10 19:30 24/07 205 20 19:10 19:30 25/07 206 20 19:10 19:30 26/07 207 20 19:10 19:30 27/07 208 20 19:10 19:30 28/07 209 20 19:10 19:30 29/07 210 20 19:10 19:30 30/07 211 20 19:10 19:30 31/07 212 20 19:10 19:30 01/08 213 20 19:10 19:30 02/08 214 20 19:10 19:30 03/08 215 20 19:10 19:30 04/08 216 10 19:10 19:20 05/08 217 10 19:10 19:20 06/08 218 10 19:10 19:20




GH WindFarmer


64

















GH WindFarmer


65

















GH WindFarmer


66



















GH WindFarmer


67



















ATTACHMENT 4

ACCESS ROADS AND SITE LAYOUTS

Re: Project Design Addendum (Revised) for City of ...City of Summerside 94 Ottawa Street Summerside,...

Documents

Transcript of Re: Project Design Addendum (Revised) for City of ...City of Summerside 94 Ottawa Street Summerside,...