INTEGRATED ENERGY DESIGN ASSIGNMENT 3 TEAM 2: Pablo Alarco Gonzalez, Isabelle Davoult ... ·...

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INTEGRATED ENERGY DESIGN ASSIGNMENT 3 TEAM 2: Pablo Alarco Gonzalez, Isabelle Davoult, Alise Plavina Table of contents Introduction 1. Final design 1.1 Heat loss number 1.2 Updated energy budget 1.3 Technologic solutions for delivered energy 2. Performance report according to PHPP 2.1 PHPP input data 2.2 PHPP results 3. Quality control plan 4. Commissioning and monitoring plan 5. Construction and operation strategies Conclusions Annex (PHPP calculation sheet) Introduction The aim of this report is to provide a more detailed energy performance analysis for the Linesoya environmental project, along with specifications of the systems used, quality contro plan and operation strategies for the building. In the final design part of the report, the main concepts and strategies used in the Linesoya design are summarized. These strategies have a direct impact on the energy efficiency of the building. For the energy performance of the building an updated, manually calculated energy budget is provided, as well as a more detailed calculation performed with the Passive House Planning Package (PHPP) program. The manual calculation corresponds with the Norwegian Passivhus standard NS3700, while the PHPP program is based on the requirements set by the Passivhaus centre in Germany. Thus the results of these two calculations can be seen as comparative to a certain degree, but not producing identical results. Due to the limited scope of this assignment, the quality control plan, commissioning and monitoring plan, as well as the construction and operation strategies are provided in a exemplary manner, providing some important aspects, but not a full report on all materials, components and systems included in the project. 1 of 9

Transcript of INTEGRATED ENERGY DESIGN ASSIGNMENT 3 TEAM 2: Pablo Alarco Gonzalez, Isabelle Davoult ... ·...

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INTEGRATED ENERGY DESIGN ASSIGNMENT 3TEAM 2: Pablo Alarco Gonzalez, Isabelle Davoult, Alise Plavina

Table of contents

Introduction 1. Final design

1.1 Heat loss number 1.2 Updated energy budget1.3 Technologic solutions for delivered energy

2. Performance report according to PHPP 2.1 PHPP input data 2.2 PHPP results

3. Quality control plan 4. Commissioning and monitoring plan 5. Construction and operation strategies

ConclusionsAnnex (PHPP calculation sheet)

Introduction

The aim of this report is to provide a more detailed energy performance analysis for the Linesoya environmental project, along with specif ications of the systems used, quality contro plan and operation strategies for the building.

In the final design part of the report, the main concepts and strategies used in the Linesoya design are summarized. These strategies have a direct impact on the energy efficiency of the building.

For the energy performance of the building an updated, manually calculated energy budget is provided, as well as a more detailed calculation performed with the Passive House Planning Package (PHPP) program. The manual calculation corresponds with the Norwegian Passivhus standard NS3700, while the PHPP program is based on the requirements set by the Passivhaus centre in Germany. Thus the results of these two calculations can be seen as comparative to a certain degree, but not producing identical results.

Due to the limited scope of this assignment, the quality control plan, commissioning and monitoring plan, as well as the construction and operation strategies are provided in a exemplary manner, providing some important aspects, but not a full report on all materials, components and systems included in the project.

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1. Final design

The Linesoya design was aiming at fulf illing the Norwegian Passive house (passivhus) standart NS3700 and also including energy production possibilities on site or integrated within the building to reach a net-zero energy balance on a yearly basis. The set aims have been reached by following a number of design and energy eff iciency strategies:

1. Compactness: in order to reduce the heat losses toward the exterior and optimize the functional use of the building 2. Buffer zone in the north: protect the primary living spaces and work as an extra insulation as the north facade receive less solar gain3. Reduced northern glazed area (for the added volume): according to Ecotect analysis for Assignment 2 – the most efficient strategy to reduce heat loss of the thermal envelope4. Thermal separation: double doors in the entrance + interior doors according to the functional layout5. Optimized glazing from south: an asset for the solar heat gains in winter and daylight for primary spaces, shading device protected from the weather impact6. Centralized service core: optimized and reduced ducts length and thus also thermal losses7. External insulation: better way to avoid thermal bridges, insulates both the living spaces and the buffer zone, U-values lower than required by the NS37008. Cross ventilation: to reduce overheating during summer 9. Production of electricity and DHW on site: production of electricity with wind turbines (peak efficiency in winter) and PV panels (peak efficiency in summer) and production of domestic hot water with solar thermal panels10. Minimized thermal bridges & airtightness

1.1 Heat loss factor

Since the design involves refurbishment of an existing building, special attention was paid to the methods of improving the existing thermal performance of the envelope. As the heat loss factor calculation shows, the thermal envelope performs within the limits set by the NS3700 (0,44 < 0,5 as set by the standard).

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1.2 Updated energy budget

a) Net energy demand

b) Delivered energy

c) Energy balance

The electricity production is more than the electricity demand for the house. It will be used for the electric cars. With 265, 36 kWh/a, an electric car can run 63 km during 6 months of the year. In case of an increased electric car use on Linesoya, additional electricity production can be considered.

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1.3 Technologic solutions for delivered energy:

a) Electricity production - PV - reference: Producer: SOLARWATT Type: Building Integrated PVProduct: M250-60 GET LK Black, dimension: 1674*954*5mm (1, 65 m²), Peak power: 250

Wp, 151Wp/m²Simulation of the average output in PVGIS Sunbird in Linesoya, facing south, 27° slope: 22m² of PV produce 2400 kWh/a

b) Electricity production - Wind turbine – reference:Producer: HELIX WINDType: Vertical axis wind turbineProduct: S322Average annual output (according to producer): 1573 kWh for an average wind speed of 6,5m/s.According to Orlandet weather station (nearest to Linesoya) the average wind speed in the region is 12 knots (see image below), which is comparable to the 6,5 m/s. 6 wind turbines, placed on the south east side of the site will produce 9438 kWh/a

c) DHW production Solar collectors-reference:Producer: SuntechType: Roof integratedProduct: MSZ-195J-D*, dimension: 1621*841*33 (1,36m²), Peak power: 195 Wp, 143, 4 Wp/m²Simulation: none. Reference taken: the Linesoya case study: 10m² of solar collectors to produce 4285, 7 kWh/a. Heat pump: The remaining domestic hot water will be produced by the heat pump, i.e. 3671, 26 kWh/a

d) Space heating and DHW production - Heat pump:Reference for the COP of 2, 34: lecture of Energy calculations, table B.9

The heat pump will produce most of the space heating, at the coldest periods, so approx. 6539, 55 kWh/a. A heat recovery ventilator will be used as space heater during the mid-periods (autumn and spring).

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2. Performance report according to PHPP

Our team decided to use PHPP for energy performance analysis of the Linesoya design according to standards and input value used in the program, and not trying to adjust to Norwegian NS 3700 to avoid the mix of different inputs and produce unreliable results. Some of the differences observed between the values in NS3700 and those required in PHPP are included in the “PHPP input data” section.

2.1 PHPP input data:

Climate data – N-Oslo, in-built climate data in PHPPInterior temperature - 20°C, according to PHPP requirements (NS3700 – 21°C)Overheating limit – 25°C (not regimented in the NS3700)Number of persons: 13,9 (calculated with min for PHPP verif ication - 35m2 /per person)

Treated floor area – calculated differently from Norwegian BRA - instead of 472 m 2, the floor are used in PHPP was calculated to be 486 m2 (excluding walls, some space underneath stairs etc). According to the calculation method, the 60% of the unheated attic area was also included in the treated floor area, since the attic is within the thermal envelope.Walls – separating the areas of walls open to the ambient air and those to the ground.U-values – using the roof, wall and floor layering as proposed in the details for the design, however the PHPP calculated U-values are 1-2% lower than the ones proposed in the design.Windows – windows with improved g-value given in the PHPP program were used (NorDan 0.370, PHPP Triple-low-e Kr12 – 0.500) and U-value (0.7 vs 0.58) that resulted in more balanced solar gains and losses on annual basis. The entrance doors are included in the windows schedule.

Thermal bridges – were not included to simplify the calculations, assuming careful detailing minimizing their impact on the thermal performance of the building.Air tightness – 0,5 h-1 (complying with both PHPP and NS3700 requirements < 0,6 h-1 )Room height – max advised room height to be used in the PHPP calculations is 2.5 m, that results in a smaller building volume, enclosed volume Ve = 1960 m3 , while the room ventilation volume that takes into account the room height is only Vv = 1215 m3

Internal heat gains – 2,1 W/ m2 (given in PHPP as the value for dwelling internal gains)

Electricity demand – mostly using the appliances proposed in the example, changing only “cooking with gas” to “cooking with electricity”Auxiliary electricity – mostly using the values provided in the example, changing only the position of pumps for heating and DHW to “within the thermal envelope”Heat pump – 100% covered fraction of heating demand, 45% of DHW (55% by solar thermal)Solar DHW – the area of solar thermal collectors was increased from 10 to 15 m 2 to cover the summer demand for DHW for the 13,9 people (min possible according to PHPP). The original design assumed a much smaller number of inhabitants, thus the 10 m2 solar thermal panel area was suff icient.Heating recovery efficiency – 90% (required in the NS3700 > 80%)!! On-site electricity production – the electricity produced by both 22 m2 of PV panels and the six wind turbines of the original design are used. Although PHPP provides the space to account only for solar electricity (no wind power), it was decided to include to wind turbines to evaluate the overall energy conservation value from renewable sources.

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2.2 PHPP results:

General verif ication

Areas and determination and U-values Total thermal envelope – 1054,06 m2

Average U-value for thermal envelope – 0,129 W/(m2K)Building components with largest fractions of transmission heat losses are south-facing windows – 19%, due to the large surface area (for comparison windows in north 6%, east 9%, west 2%).

Windows and solar radiationTransmission losses – 4654 kWh/aSolar radiation heat gains – 4712 kWh/aOnly south-facing windows show larger solar gains (3714 kWh/a) than transmission losses

(2428 kWh/a). The worst balance is for the north-facing windows – 171 kWh/a solar gains and 758 kWh/a transmission losses.

The double window casement system in the south with the possibility of pre-heating the incoming air was not considered in PHPP calculations, since without dynamic analysis its performance eff iciency cannot be evaluated. At the same time assuming a window with quadruple glazing lowers the g-value of the glazing system and results in lower solar gains, which are not compensated for with the improved U-value. Thus it was decided to use triple glazed windows for the PHPP calculation.

Specif ic space heating loadAnnual Heating demand: 15,1 kWh/(m2*a) used in PHPP verif icationMonthly heating demand: 15,3 kWh/(m2*a) according to EN 13790

Additional heating necessary – not enough with supply air heating. Heating load (clear, cold day, T= -13,5°C) PH = 5562 W, while heating load transportable by air PSupply Air,

Max = 4032 W. Without supplementary heating, supply air temperature would be 18,5°C. However, the specif ic heating load is 11,4 W/m2 (is slightly above the advised 10 W/m2) and will occur in very rare cases for which portable electric heating devices can be provided.

VentilationDesign air flow rate max – 474m3/hAverage air flow rate – 365 m3/hGuaranteed min air change rate – 0,30 1/h

To reach the required specif ic space heat demand, the air change rate at pressurizing test was changed from 0,6 to 0,5 1/h, and the heat recovery system eff iciency was increased from 83 to 90%.

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Summer overheating and shading Frequency of overheating, T > 25°C: 0 % (< 10%, acceptable without additional measures)Cooling demand: 0 kWh/(m2*a) (< 15, acceptable)Specific cooling load: 4,5 W/m2

The daily temperature swing due to solar load: 1,1 K (< 3K, acceptable)Single-sided ventilation for windows in the south, north-south cross ventilation during the night.Shading in summer; temporary shading reduction factor z: south windows 50%, all other windows 90%

Solar DHWSolar thermal collector area, covering 62% of DHW demand (reaching near 100% in

spring/summer), DHW requirements calculated for 13.9 persons: 15 m2

Household electricity demandSpecific household electricity demand: 12,7 kWh/(m2*a) (< 18, acceptable)Specific household primary energy demand: 35,7 kWh/(m2*a) (< 50, acceptable)

Primary energy values and CO2

Total primary energy (PE) value: 61,9 kWh/(m2*a) (< 120, acceptable)Total emissions CO2 – equivalent: 15,6 kg/(m2*a)PE value: conservation by solar electricity*: 48,7 kWh/(m2*a) CO2 – emissions avoided due to solar electricity: 4,3 kg/(m2*a)

*The electricity produced by wind turbines (as in the original design) is also included in this calculation.

3. Quality control plan

The quality control plan includes the requirements and values reached for the original design after the PHPP simulation according to reference building standards – Norwegian NS3700 and the German Passive House Standard.

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4. Commissioning and monitoring plan

Commissioning and monitoring plan includes a list of building elements and systems used to achieve the verif ication of the Linesoya design as a “passive house” according to PHPP. Using these values and system requirements as guidelines in the further development is advisable.

5. Construction and operation strategies

a) construction strategies:

− following the requirements and reference values provided by the design− using the materials and building elements specif ied in the design or analogous − ensuring thermal-bridge-free construction, minimizing the thermal bridge for foundations− ensuring air-tightness and performing blower-door test (repeating until the required air

change value is reached)

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b) operation strategies:

− decreasing overall heating demand by lowering the heating in the buffer zone, and ensuring set-back temperatures for the primary spaces, when not used or during night

− decreasing electricity demand by using A or higher class appliances− using energy saving lighting− using shading and natural ventilation (opening windows) during summer to avoid

overheating + avoiding using natural ventilation during the heating season

Conclusions

Due to the relatively large area, especially in south, the critical building element for the Linesoya building proved to be the windows – the U-values of glazing and frames and also their g-value, which had to be improved if compared to the original design. Other building elements remained as proposed by the design. South windows showed most transmission losses (19% of all), but the annual solar gains compensated for that. The signif icance of natural ventilation in summer proved to be more important than shading reduction factors in minimizing the cooling load and overheating.

Other important aspects that had a relatively huge impact on the energy consumption of the building were those linked to inf iltration air change rate (airtightness and site conditions in regard to ventilation – especially “wind protection coeff icient, e”, according to EN 13790).

Similarly as the manual calculations based on NS 3700, PHPP is based on several assumptions that do not necessarily comply with the specif icity of the Linesoya project. Calculating it fully as a dwelling for verif ication purposes 13.9 people have to used as the reference for the number of residents (max 35 m2 per person). This number is later used to estimate the requirements for DHW and supply air requirements, thus leading to overestimated demand if compared to the actual use of building.

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