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SOLARIS FACILITY OPERATIONAL STATUS · 2018. 11. 21. · SOLARIS FACILITY OPERATIONAL STATUS A.I....
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SOLARIS FACILITY OPERATIONAL STATUS A.I. Wawrzyniak, P. Bulira, M. Młynarczyk, M.J. Stankiewicz SOLARIS OVERVIEW OPERATIONAL BUDGET STATUS OF ELECTRICAL SYSTEMS MACHINE STATUS MONITORING AND STATISTICS Table 1: Solaris storage ring parameters designed and measured. TEAM STRUCTURE TOOLS FOR EFFECTIVE MAINTENACE & RELIABILITY MEUR/YEAR % OF THE INVESTMENT Maintenance 2.70 5.40% Spare parts and continuous improvements 0.76 1.52% TOTAL OPERATION 3.46 6.92% OPERATIONAL BUDGET STRUCTURE (kEUR, %) 1.5 GeV Storage Ring 12 DBA magnet blocks 100 MHz RF system 300 MHz Landau cavities Injection dipole kicker In operation since May 2015 600 MeV Injector Thermionic RF Gun 6 accelerating structures Transfer line with DC septum In operation since November 2014 PEEM/XAS beamline Energy : 200 -2000 eV Resolving power: ≥ 4000 Source: bending magnet Commissioning since April 2017 UARPES beamline Energy: 8-100 eV Resolving power: ≥ 20 000 Source: APPLE II EPU λ =120 mm Commissioning since April 2016 Solaris is a third generation light source recently constructed at the Jagiellonian University in Krakow, Poland based on the MAXIV 1.5 GeV storage ring design and tight co-operation during the design, installation and commissioning phases. TIME SCHEDULE April 2010 – project start January 2012 – start of the building construction) May 2014 – building handover & machine installation May 2015 –end of installation and start of commissioning December 2015 – end of the project March 2016 – CERIC ERIC collaboration & operational funds (5y) May 2016 – PHELIX beamline project approval and funded May 2017 – XMCD (MAXII I1011) beamline project funded September 2018 –USER OPERATION Marek Stankiewicz General Director Marek Stankiewicz General Director Michał Młynarczyk Administration & Finance Director Michał Młynarczyk Administration & Finance Director Agnieszka Jelonek Secretary Agnieszka Jelonek Secretary Ewa Musiał Financial documents Ewa Musiał Financial documents Katarzyna Tokarz Planning & Reporting Katarzyna Tokarz Planning & Reporting Marcin Moras Legal Advisor Marcin Moras Legal Advisor Wojciech Soroka Procurement Wojciech Soroka Procurement Agata Chrześcijanek PR & communication Agata Chrześcijanek PR & communication Emilia Król PR & communication Emilia Król PR & communication Alicja Górkiewicz User Office Coordinator Alicja Górkiewicz User Office Coordinator Mateusz Wojtaszek Industrial Liaison Office Mateusz Wojtaszek Industrial Liaison Office Adriana Wawrzyniak Machine Director RF Group RF Group Paweł Borowiec RF Senior specialist Paweł Borowiec RF Senior specialist Marcin Knafel RF specialist Marcin Knafel RF specialist Marek Madura RF technician Vacuum Group Vacuum Group Andrzej Marendziak Vacuum engineer Vacuum Engineer (Beamlines) Marcin Rozwadowski Vacuum Technician Marcin Rozwadowski Vacuum Technician Magnets & PS Magnets & PS Szymon Piela Magnets & PS Engineer Szymon Piela Magnets & PS Engineer TBA Magnets specialist Diagnostics & Operation Diagnostics & Operation Arkadiusz Kisiel Operation/Acc. Physics & diagnostics Paulina Klimczyk Operation & Linac development Paulina Klimczyk Operation & Linac development Maciej Kopeć Instrumentation & electronics Maciej Kopeć Instrumentation & electronics Tomasz Zbylut Electronics technician Accelerator physicists & operator Tadeusz Szymocha Control and IT Director IT IT Michał Ostoja-Gajewski Network Administrator Michał Ostoja-Gajewski Network Administrator Piotr Kurdziel IT System Administrator Piotr Kurdziel IT System Administrator Mirosław Burzyński IT Support Engineer Mirosław Burzyński IT Support Engineer Control System Control System Łukasz Dudek Control System Engineer Łukasz Dudek Control System Engineer Wojciech Kitka Control System Engineer Wojciech Kitka Control System Engineer Krystian Kędroń Control System Engineer Krystian Kędroń Control System Engineer Grzegorz Kowalski Control System Engineer Grzegorz Kowalski Control System Engineer Michał Fałowski Control System Engineer Michał Fałowski Control System Engineer Software Software Ireneusz Zadworny Software Engineer Ireneusz Zadworny Software Engineer Przemysław Peterman Software Engineer Przemysław Peterman Software Engineer Julia Szota-Pachowicz Software Development Specialist Julia Szota-Pachowicz Software Development Specialist Data Management Data Management Przemysław Sagało Data Management Specialist Przemysław Sagało Data Management Specialist Łukasz Żytniak Control Systems Specialist Łukasz Żytniak Control Systems Specialist Paweł Bulira Technical Director Electrical Team Electrical Team Konrad Kubal Head of Electrical Facilities Konrad Kubal Head of Electrical Facilities Łukasz Szabat Electrical Engineer Stanisław Witkowski Electrical Technician Stanisław Witkowski Electrical Technician HVAC Team HVAC Team Paweł Czernecki Head of HVAC Paweł Czernecki Head of HVAC Paweł Gębala HVAC Engineer Paweł Klimecki HVAC Technician Mechanical Team Mechanical Team Mateusz Boruchowski Alignment Marcin Nowak Mechanical Designer & Vibration Marcin Nowak Mechanical Designer & Vibration Piotr Gęboliś Mechanical Designer Piotr Gęboliś Mechanical Designer TBA Mechanical Technician PLC Control & BMS Krzysztof Wawrzyniak PLC & BMS Engineer Krzysztof Wawrzyniak PLC & BMS Engineer Piotr Gałuszka PLC & BMS Engineer Piotr Gałuszka PLC & BMS Engineer Paweł Furgał PLC Control & BMS Technician Paweł Furgał PLC Control & BMS Technician Building Administration Building Administration Magdalena Janiga Assistant, Building & Systems Administrator Magdalena Janiga Assistant, Building & Systems Administrator Barbara Bała Cleaning Operative Barbara Bała Cleaning Operative Barbara Nowotarska Cleaning Operative Barbara Nowotarska Cleaning Operative Leszek Kapłoniak Keeper Leszek Kapłoniak Keeper External building services Outsourcing External building services Outsourcing Scientific Director Jacek Szade Future bealines coordinator/PHELIX Beamline Menager Jacek Szade Future bealines coordinator/PHELIX Beamline Menager Marcin Zając PEEM/XAS Beamline Menager Marcin Zając PEEM/XAS Beamline Menager Jacek Kołodziej UARPES Beamline Manager Jacek Kołodziej UARPES Beamline Manager Natalia Olszowska UARPES Beamline Coordinator Natalia Olszowska UARPES Beamline Coordinator Tomasz Sobol UARPES Beamline Technican Tomasz Sobol UARPES Beamline Technican Magdalena Szczepanik- Ciba PHELIX Beamline Coordinator Magdalena Szczepanik- Ciba PHELIX Beamline Coordinator Justyna Wikłacz Radiation Officer Justyna Wikłacz Radiation Officer Magdalena Jaglarz Radiation Officer Magdalena Jaglarz Radiation Officer Maximum power consumption in 2017: Main low voltage switchgear for: Service Gallery , Storage Ring: 576 kW Building A , C and Beamlines: 391 kW Technological Tunnel and Injector: 248 kW Cooling and Office Building B : 656 kW Maximum total active power : 1.87 MW Average power consumption: 989 kW Possible upgrades of electrical systems: 1.Diesel generator with 15m3 fuel tank – to eliminate maintenance periods, another redundant. 2.Redundant UPS for IT with switchgear – to eliminate power shortages during maintenance. Water system for HVAC MACHINE AND AUXILIARY EQUIPMENT (one chiller dedicated for this purpose). Total cooling power on Solaris start-up: 260 kW (present consumption: 40% ). The installation is done for the future expansion (additional chiller) with total cooling power of 660 kW. BUILDING HEATING (main energy source is Machine – heat from cooling demi water is used in a chiller with heat pump to produce hot water for heating system in winter time). Nominal power: 300kW. Present power: 212kW -> 30% spare. COOLING (main energy source is the chiller with heat pump to produce cooling water in summer time). Nominal power: 350kW. Present consumption: 280kW -> 20% spare. Demineralized cooling water system for machine and auxiliary equipment. Total demi cooling water power on start-up: 712 kW ( present consumption: 54% ) The installation is done for the future expansion with total cooling water power of 1 321 kW. 1520 h of operation 600 h for beamlines commissioning OPERATION 40 hours / week (5 days / 8h) by September 2018 Since September 2018 24h/7d Shudown - 14 weeks 27% Machine days 23 weeks 44% Beamlines commissioning - 15weeks 29% FORSEEN OPERATION IN 2017 Shutdown 14 weeks 27% Machine days 11 weeks 21% Beamline commissionin g 16 weeks 31% User Operation 11 weeks 21% FORSEEN OPERATION IN 2018 2664 h of operation 640 h for beamlines commissioning 1584 h for Users Reliability of UPS with maintenance periods : 99,88% Reliability of electrical system with maintenance periods: 98,6% Actual total power balance: Total rated power for building and machine: 3500 kW Reserve active power: 1629 kW Total rated power for all beamlines: 516 kW Reserve active power for four beamlines : 120 kW Reserve active power for new beamlines : 369 kW STATUS OF COOLING SYSTEMS Klystron tunnel Demi water: 84 kW (199kW) HVAC: 65 kW (130kW) Power suppliers for magnets room: Demi water: 11 kW HVAC: 36 kW Service Gallery Demi water: 607 kW (644 kW) Municipal water: 4 kW (40kW) HVAC: 120 kW (200kW) Experimental Hall: Demi water: 10 kW (60kW) HVAC: 40 kW (240 kW) Machine state counter and GUI for statistics is under development. STORAGE RING STATUS A good performance of the Solaris light source has been achieved. The beam ramping from 525 MeV to 1.5 GeV is done without losses. The injection efficiency is 30%. The optics was corrected close to the design one. However some adjustments are still needed. The beta functions measurements revealed a beta beating of several % in both planes. Tuning of the Landau cavities improved the Touschek lifetime by factor of 3 and cured some instabilities. The closed orbit can be restored from injection to injection with tens of microns range. Temperature oscillations in the range of 1.5 o C in the storage ring have impact on beam stability. Parameter Designed Measured Electron energy 1.5 GeV 1.45 ±0.5 GeV Max. current 500 mA 409 mA Number of circulating bunches 32 30 Natural bunch length σ z /w. Landau Cavities 14.2 /60 mm - Natural emittance (bare lattice) 5.982 nmrad - Coupling 1% - Energy spread (bare lattice) 0.000745 - Tunes ν x , ν y 11.22, 3.15 11.22, 3.15 Natural chromaticities ξ x , ξ y -22.96, -17.14 - Corrected chromaticities ξ x , ξ y +2,+2 ; +1, +1 +1.4, +1.6;+0.9,+0.9 Momentum compaction 3.055 x 10 -3 - Energy loss/turn 114.1 keV 103.7 ±12.3 keV Momentum acceptance 4% 3.7± (0.3)% Synchronous phase 168 o 167.4 o ± 2.7 o Synchrotron tune 0.00239 0.00228 Physical acceptance h/v 18 /4 mmrad 15.68/3.77 mmrad Total lifetime 13 h 8 h Closed Orbit uncorrected corrected After BBA x rms 701 μm 200 μm 160 (66.51) μm y rms 1090 μm 170 μm 55.42 μm Table 2: Closed orbit measurements. Table 3: Operational budget per year. Total flow: 3 660 l/min Nominal pressure: 6 bar Temp. in/out: 25/35 o C Current*Lifetime product vs. integrated current.
Transcript of SOLARIS FACILITY OPERATIONAL STATUS · 2018. 11. 21. · SOLARIS FACILITY OPERATIONAL STATUS A.I....
SOLARIS FACILITY OPERATIONAL STATUS
A.I. Wawrzyniak, P. Bulira, M. Młynarczyk, M.J. Stankiewicz
SOLARIS OVERVIEW
OPERATIONAL BUDGET
STATUS OF ELECTRICAL SYSTEMS
MACHINE STATUS MONITORING AND STATISTICS
Table 1: Solaris storage ring parameters designed and measured.
TEAM STRUCTURE
TOOLS FOR EFFECTIVE MAINTENACE & RELIABILITY
MEUR/YEAR% OF THE
INVESTMENT
Maintenance 2.70 5.40%
Spare parts and
continuous improvements
0.76 1.52%
TOTAL OPERATION 3.46 6.92%
OPERATIONAL BUDGET STRUCTURE (kEUR, %)
1.5 GeV Storage Ring
12 DBA magnet blocks
100 MHz RF system
300 MHz Landau cavities
Injection dipole kicker
In operation since May 2015
600 MeV Injector
Thermionic RF Gun
6 accelerating structures
Transfer line with DC septum
In operation since November
2014
PEEM/XAS beamline
Energy : 200 -2000 eV
Resolving power: ≥ 4000
Source: bending magnet
Commissioning since April
2017
UARPES beamline
Energy: 8-100 eV
Resolving power: ≥ 20 000
Source: APPLE II EPU λ =120 mm
Commissioning since April 2016
Solaris is a third generation light source recently constructed at the Jagiellonian University in Krakow,
Poland based on the MAXIV 1.5 GeV storage ring design and tight co-operation during the design,
installation and commissioning phases.
TIME SCHEDULE
April 2010 – project start
January 2012 – start of the building construction)
May 2014 – building handover & machine installation
May 2015 –end of installation and start of commissioning
December 2015 – end of the project
March 2016 – CERIC ERIC collaboration & operational funds (5y)
May 2016 – PHELIX beamline project approval and funded
May 2017 – XMCD (MAXII I1011) beamline project funded
September 2018 –USER OPERATION
Marek Stankiewicz
General Director
Marek Stankiewicz
General Director
Michał Młynarczyk
Administration & Finance Director
Michał Młynarczyk
Administration & Finance Director
Agnieszka Jelonek
Secretary
Agnieszka Jelonek
Secretary
Ewa Musiał
Financial documents
Ewa Musiał
Financial documents
Katarzyna Tokarz
Planning & Reporting
Katarzyna Tokarz
Planning & Reporting
Marcin Moras
Legal Advisor
Marcin Moras
Legal Advisor
Wojciech Soroka Procurement
Wojciech Soroka Procurement
Agata Chrześcijanek
PR & communication
Agata Chrześcijanek
PR & communication
Emilia Król
PR & communication
Emilia Król
PR & communication
Alicja Górkiewicz
User Office Coordinator
Alicja Górkiewicz
User Office Coordinator
Mateusz Wojtaszek
Industrial Liaison Office
Mateusz Wojtaszek
Industrial Liaison Office
Adriana Wawrzyniak
Machine Director
RF GroupRF Group
Paweł Borowiec
RF Senior specialist
Paweł Borowiec
RF Senior specialist
Marcin Knafel
RF specialist
Marcin Knafel
RF specialist
Marek Madura
RF technician
Vacuum GroupVacuum Group
Andrzej Marendziak
Vacuum engineer
Vacuum Engineer (Beamlines)
Marcin Rozwadowski
Vacuum Technician
Marcin Rozwadowski
Vacuum Technician
Magnets & PSMagnets & PS
Szymon Piela
Magnets & PS Engineer
Szymon Piela
Magnets & PS Engineer
TBA
Magnets specialist
Diagnostics & Operation
Diagnostics & Operation
Arkadiusz Kisiel
Operation/Acc. Physics & diagnostics
Paulina Klimczyk
Operation & Linac development
Paulina Klimczyk
Operation & Linac development
Maciej Kopeć
Instrumentation & electronics
Maciej Kopeć
Instrumentation & electronics
Tomasz Zbylut
Electronics technician
Accelerator physicists & operator
Tadeusz Szymocha
Control and IT Director
ITIT
Michał Ostoja-Gajewski
Network Administrator
Michał Ostoja-Gajewski
Network Administrator
Piotr Kurdziel
IT System Administrator
Piotr Kurdziel
IT System Administrator
Mirosław Burzyński
IT Support Engineer
Mirosław Burzyński
IT Support Engineer
Control SystemControl System
Łukasz Dudek
Control System Engineer
Łukasz Dudek
Control System Engineer
Wojciech Kitka
Control System Engineer
Wojciech Kitka
Control System Engineer
Krystian Kędroń
Control System Engineer
Krystian Kędroń
Control System Engineer
Grzegorz Kowalski
Control System Engineer
Grzegorz Kowalski
Control System Engineer
Michał Fałowski
Control System Engineer
Michał Fałowski
Control System Engineer
SoftwareSoftware
Ireneusz Zadworny
Software Engineer
Ireneusz Zadworny
Software Engineer
Przemysław Peterman
Software Engineer
Przemysław Peterman
Software Engineer
Julia Szota-Pachowicz
Software Development Specialist
Julia Szota-Pachowicz
Software Development Specialist
Data ManagementData Management
Przemysław Sagało
Data Management Specialist
Przemysław Sagało
Data Management Specialist
Łukasz Żytniak
Control Systems Specialist
Łukasz Żytniak
Control Systems Specialist
Paweł Bulira
Technical Director
Electrical TeamElectrical Team
Konrad Kubal
Head of Electrical Facilities
Konrad Kubal
Head of Electrical Facilities
Łukasz Szabat
Electrical Engineer
Stanisław Witkowski
Electrical Technician
Stanisław Witkowski
Electrical Technician
HVAC TeamHVAC Team
Paweł Czernecki
Head of HVAC
Paweł Czernecki
Head of HVAC
Paweł Gębala
HVAC Engineer
Paweł Klimecki
HVAC Technician
Mechanical TeamMechanical Team
Mateusz Boruchowski Alignment
Marcin Nowak Mechanical Designer &
Vibration
Marcin Nowak Mechanical Designer &
Vibration
Piotr Gęboliś Mechanical Designer
Piotr Gęboliś Mechanical Designer
TBA
Mechanical Technician
PLC Control & BMS
Krzysztof Wawrzyniak
PLC & BMS Engineer
Krzysztof Wawrzyniak
PLC & BMS Engineer
Piotr Gałuszka
PLC & BMS Engineer
Piotr Gałuszka
PLC & BMS Engineer
Paweł Furgał
PLC Control & BMS Technician
Paweł Furgał
PLC Control & BMS Technician
Building AdministrationBuilding Administration
Magdalena Janiga
Assistant, Building & Systems Administrator
Magdalena Janiga
Assistant, Building & Systems Administrator
Barbara Bała
Cleaning Operative
Barbara Bała
Cleaning Operative
Barbara NowotarskaCleaning Operative
Barbara NowotarskaCleaning Operative
Leszek Kapłoniak
Keeper
Leszek Kapłoniak
Keeper
External building services
Outsourcing
External building services
Outsourcing
Scientific Director
Jacek Szade Futurebealines
coordinator/PHELIX Beamline Menager
Jacek Szade Futurebealines
coordinator/PHELIX Beamline Menager
Marcin Zając PEEM/XAS Beamline Menager
Marcin Zając PEEM/XAS Beamline Menager
Jacek Kołodziej
UARPES Beamline Manager
Jacek Kołodziej
UARPES Beamline Manager
Natalia Olszowska UARPES Beamline
Coordinator
Natalia Olszowska UARPES Beamline
Coordinator
Tomasz Sobol UARPES Beamline Technican
Tomasz Sobol UARPES Beamline Technican
Magdalena Szczepanik-Ciba PHELIX Beamline
Coordinator
Magdalena Szczepanik-Ciba PHELIX Beamline
Coordinator
Justyna Wikłacz
Radiation Officer
Justyna Wikłacz
Radiation Officer
Magdalena Jaglarz
Radiation Officer
Magdalena Jaglarz
Radiation Officer
Maximum power consumption in 2017:
Main low voltage switchgear for:
Service Gallery , Storage Ring: 576 kW
Building A , C and Beamlines: 391 kW
Technological Tunnel and Injector: 248 kW
Cooling and Office Building B : 656 kW
Maximum total active power : 1.87 MW
Average power consumption: 989 kW
Possible upgrades of electrical systems:
1.Diesel generator with 15m3 fuel tank – to eliminate maintenance periods, another redundant.
2.Redundant UPS for IT with switchgear – to eliminate power shortages during maintenance.
Water system for HVAC
MACHINE AND AUXILIARY EQUIPMENT (one chiller dedicated for this purpose).
Total cooling power on Solaris start-up: 260 kW (present consumption: 40% ).
The installation is done for the future expansion (additional chiller) with total cooling power of 660 kW.
BUILDING
HEATING (main energy source is Machine – heat from cooling demi water is used in a chiller with heat pump to
produce hot water for heating system in winter time).
Nominal power: 300kW. Present power: 212kW -> 30% spare.
COOLING (main energy source is the chiller with heat pump to produce cooling water in summer time).
Nominal power: 350kW. Present consumption: 280kW -> 20% spare.
Demineralized cooling water system for machine and auxiliary equipment.
Total demi cooling water power on start-up: 712 kW ( present consumption: 54% )
The installation is done for the future expansion with total cooling water power of 1 321 kW.
1520 h of operation
600 h for beamlines commissioning
OPERATION 40 hours / week (5 days / 8h) by September 2018
Since September 2018 24h/7d
Shudown -
14 weeks
27%
Machine
days 23
weeks
44%
Beamlines
commissioning -
15weeks
29%
FORSEEN OPERATION IN 2017
Shutdown
14 weeks
27%
Machine days
11 weeks
21%
Beamline
commissionin
g 16 weeks
31%
User Operation
11 weeks
21%
FORSEEN OPERATION IN 2018
2664 h of operation
640 h for beamlines commissioning
1584 h for Users
Reliability of UPS with maintenance periods : 99,88%
Reliability of electrical system with maintenance periods: 98,6%
Actual total power balance:
Total rated power for building and machine: 3500 kW
Reserve active power: 1629 kW
Total rated power for all beamlines: 516 kW
Reserve active power for four beamlines : 120 kW
Reserve active power for new beamlines : 369 kW
STATUS OF COOLING SYSTEMS
Klystron tunnel
Demi water: 84 kW (199kW)
HVAC: 65 kW (130kW)
Power suppliers for magnets room:
Demi water: 11 kW
HVAC: 36 kW
Service Gallery
Demi water: 607 kW (644 kW)
Municipal water: 4 kW (40kW)
HVAC: 120 kW (200kW)
Experimental Hall:
Demi water: 10 kW (60kW)
HVAC: 40 kW (240 kW)
Machine state counter and GUI for statistics is under development.
STORAGE RING STATUS
� A good performance of the Solaris light source has been achieved.
� The beam ramping from 525 MeV to 1.5 GeV is done without losses.
� The injection efficiency is 30%.
� The optics was corrected close to the design one. However some adjustments are still needed.
� The beta functions measurements revealed a beta beating of several % in both planes.
� Tuning of the Landau cavities improved the Touschek lifetime by factor of 3 and cured some instabilities.
� The closed orbit can be restored from injection to injection with tens of microns range.
� Temperature oscillations in the range of 1.5oC in the storage ring have impact on beam stability.
Parameter Designed Measured
Electron energy 1.5 GeV 1.45 ±0.5 GeV
Max. current 500 mA 409 mA
Number of circulating bunches 32 30
Natural bunch length σz /w. Landau Cavities 14.2 /60 mm -
Natural emittance (bare lattice) 5.982 nmrad -
Coupling 1 % -
Energy spread (bare lattice) 0.000745 -
Tunes νx, νy 11.22, 3.15 11.22, 3.15
Natural chromaticities ξx, ξy -22.96, -17.14 -
Corrected chromaticities ξx, ξy +2,+2 ; +1, +1 +1.4, +1.6;+0.9,+0.9
Momentum compaction 3.055 x 10-3 -
Energy loss/turn 114.1 keV 103.7 ±12.3 keV
Momentum acceptance 4% 3.7± (0.3)%
Synchronous phase 168o 167.4o ± 2.7o
Synchrotron tune 0.00239 0.00228
Physical acceptance h/v 18 /4 mmrad 15.68/3.77 mmrad
Total lifetime 13 h 8 hClosed Orbit uncorrected corrected After BBA
xrms 701 μm 200 μm 160 (66.51) μm
yrms 1090 μm 170 μm 55.42 μm
Table 2: Closed orbit measurements.
Table 3: Operational budget per year.
Total flow: 3 660 l/min
Nominal pressure: 6 bar
Temp. in/out: 25/35oC
Current*Lifetime product vs. integrated current.
