국제핵융합실험로(ITER) (ITER) …• 블랭킷등핵융합로공학기술개발착수 • 핵융합에너지개발추진체계구축 • KSTAR장치의성능향상 • 2016년부터ITER
US Steady State Electrical Network · The US-procured 400 kV high voltage transformers were...
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The US-procured 400 kV high voltage transformers were installed at the ITER site in 2015. Photo: ITER Organization US Contribution The US contributes 75% of the equipment required for the steady state electrical network (SSEN), excluding cables and emergency power. The European Union contributes the remaining equipment and is also responsible for the design and installation of the system. Overview The steady state electrical network is an AC power substation and distribution system that supplies electrical power to all ITER conventional systems and facilities. A separate system delivers power to the pulsed systems, including the magnet and heating power supplies. The SSEN is rated at 120 MW and is similar to the auxiliary power distribution system in a nuclear fission power plant, except that it is about twice the size. The equipment to be contributed by the US is typical of a large AC power distribution system, consisting of transformers and switchgear at the high-voltage (400 kV) and medium- voltage (22 kV) levels. 1 st Plasma Scope The US will complete testing, procurement and delivery of components and systems for 75% of SSEN hardware. The SSEN will provide power to conventional systems and facilities that are essential for first plasma operation. Status The US completed delivery of all components in 2017. A wide view of the installed HV transformers and the electrical gantry train. Photo: ITER Organization Switchyard design. Image: US ITER Steady State Electrical Network US ITER Project Office • 1055 Commerce Park • Oak Ridge, Tennessee 37830-6483 US www.usiter.org
Transcript of US Steady State Electrical Network · The US-procured 400 kV high voltage transformers were...
The US-procured 400 kV high voltage transformers were installed at the ITER site in 2015. Photo: ITER Organization
US Contribution The US contributes 75% of the equipment required for the steady state electrical network (SSEN), excluding cables and emergency power. The European Union contributes the remaining equipment and is also responsible for the design and installation of the system.
OverviewThe steady state electrical network is an AC power substation and distribution system that supplies electrical power to all ITER conventional systems and facilities. A separate system delivers power to the pulsed systems, including the magnet and heating power supplies.
The SSEN is rated at 120 MW and is similar to the auxiliary power distribution system in a nuclear fission power plant, except that it is about twice the size. The equipment to be contributed by the US is typical of a large AC power distribution system, consisting of transformers and switchgear at the high-voltage (400 kV) and medium-voltage (22 kV) levels.
1st Plasma ScopeThe US will complete testing, procurement and delivery of components and systems for 75% of SSEN hardware. The SSEN will provide power to conventional systems and facilities that are essential for first plasma operation.
StatusThe US completed delivery of all components in 2017.
A wide view of the installed HV transformers and the electrical gantry train. Photo: ITER Organization
Switchyard design. Image: US ITER
Steady State Electrical Network
US ITER Project Office • 1055 Commerce Park • Oak Ridge, Tennessee 37830-6483
US
www.usiter.org
US
Key Vendors• ABB (Raleigh, NC)
• Eaton (Cleveland, OH)
• Hyundai (Houston, TX)
• Schneider (Palatine, IL)
• Siemens (Raleigh, NC)
• Alstom (Saint-Ouen, France)
Technical DescriptionStandards: International Electrotechnical Commission standards for 50 Hz operation
Power feeds: 4
• 2 feeds: 400 kV substation transformer, 22 kV distribution to load centers, 6.6 kV distribution
• 2 feeds: 400 kV substation transformer, 22 kV distribution to load centers, 22 kV distribution
Equipment includes:
• High voltage (HV) Disconnect Switches
• HV Circuit Breakers
• HV Current Transformers
• HV Potential Transformers
• HV Surge Arresters
• HV Substation Transformers
• HV Substation Hardware
• HV Control & Protection
• Earthing Resistors
• 22 kV Switchgear
• 6.6 kV Switchgear
• Reactive Power Compensators
• Power Transformers
• Uninterruptible Power Supply
• LV Distribution & Subdistribution Panels
• DC Distribution
Steady State Electric Network
High voltage switchgear during factory acceptance testing. Photo: US ITER
Earthing resistors during factory acceptance testing. Photo: US ITER
Installation of bushings for HV transformers. Photo: ITER Organization
www.usiter.org • www.iter.org • www.doe.gov • www.science.doe.gov
Hutch Neilson US ITER Project Office Steady State Electric Network Team Leader (Acting)
Princeton Plasma Physics Laboratory [email protected] | 609-243-2726
