1. Page 1J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization Electricity Supply Contract: For the ITER Site. Joel Hourtoule Electrical Engineering Division Disclaimer: The views and opinions expressed herein do not necessarily reflect those of the ITER Organization. Saint Paul lez Durance, 16 July 2015

2. Page 2J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization Outline 1.Key facts & figures of the electricity supply contract. 2.Present and future delivery points. 3.Forecasted electrical consumption. 4.Forecasting accuracy. 5.Routine forecasting, anticipated changes and peak power shaving Important remark: The information and data reported in this presentation are preliminary and could be subject to change in the call for tender package.

3. Page 3J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization To supply the agreed electrical demand to the ITER Organisation’s construction site. To provide the service of Balance Responsibility Entity for the ITER Organization’s electrical load. The initial contract will be for 1 year with two options to extend the contract by a further year, giving a maximum total of 3 years for the duration of the contract. Key facts and figures of the electricity supply contract Year Maximum power demand (averaged over 10 min period) (MW) Energy consumption (GWh/year) 20160.34 2017415 20182085

4. Page 4J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization Present delivery point: from CEA Cadarache Active power consumption (10 min averaged) during 1 st semester 2014.

5. Page 5J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization Present delivery point: from CEA Cadarache Active power consumption (10 min averaged) in March 2014. Mon Tue Wed Thu Fri

6. Page 6J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization Present delivery point: from CEA Cadarache Daily, monthly and cumulated energy consumption during 1 st semester 2014.

7. Page 7J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization It will take about 3 years to implement the full transition form the present (CEA Cadarache) to the future point of delivery (400 kV grid). Therefore, the historical consumption data cannot be used to forecast the consumption during the coming 2 years. Transition from present to future point of delivery

8. Page 8J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization Future delivery point: from 400kV Prionnet

9. Page 9J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization March-September 2016 Test and commissioning of 400 KW substation and main transformers.

10. Page 10J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization March-September 2016

11. Page 11J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization September 2016 – March 2017 Start the fabrication of the large Poloidal Field Coils.

12. Page 12J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization September 2016 – March 2017

13. Page 13J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization March 2017 – September 2017 Disconnection from CEA Cadarache. Transition to 400 kV supply completed

14. Page 14J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization March 2017 – September 2017

15. Page 15J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization September 2017 – March 2018 Start-up of building facilities

16. Page 16J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization September 2017 – January 2018

17. Page 17J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization From Jan to March 2018

18. Page 18J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization After March 2018 Start the Cryoplant test and commissioning.

19. Page 19J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization After March 2018

20. Page 20J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization Electrical Distribution: outline diagram Pulsed Power Electrical Network about 500 MW peak pulse Main consumers: Coil power converters Radio Freq. and Neutral Beam systems Includes large Static Var Compensators Steady State Electrical Network about 120 MW continuous power Main consumers: Cooling Water System Cryoplant Building services ITER AC Power System consists of a continuous [steady state] and a pulsed parts: Steady State Electrical Network (SSEN) and Pulsed Power Electrical Network (PPEN)

21. Page 21J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization Planning of maximum power demand:2016-2026 20162017 2018 201920202021 2022 2023 202420252026 First Plasma Construction Operation SSEN MAX ABSORBED POWER (MW) ITER ASSEMBLY AND OPERATION Assembly phase 2 Vessel Assembly PPEN MAX ABSORBED POWER (MW) Tokamak basic machine assembly Start machine assembly Integrated commissioning 100 60 0 350 60 ~ 60 ~ 100 ~ 200 ~ 50 First Plasma 20

22. Page 22J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization 20252026 2027 202820292030 2031 2032 203320342035 First Plasma Operation SSEN MAX ABSORBED POWER (MW) ITER ASSEMBLY AND OPERATION Shutdown 60 PPEN MAX ABSORBED POWER (MW) Integrated commissioning 100 60 120 350 450 500 Assembly phase 2 Short shutdown H-He Operation Deuterium-Tritium operation Shutdown Long pulses 60 Nominal Plasma Hydrogen-Helium Complete Start DTQ = 10 Long Pulse Achieved ~ 50 First Plasma Nominal Plasma Hydrogen-Helium Complete Start DTQ = 10 Long Pulse Achieved ~ 50 H-He Operation Planning of maximum power demand:2025-2035

23. Page 23J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization Total Power/Energy demands at max performances (after 2030) Pulsed Power Electrical Network (PPEN) Net Q from the grid is limited by reactive power compensation systems installed on both the SSEN and PPEN (750 Mvar installed power) Estimated total (PPEN + SSEN) energy consumption 0.6 TWh/year TOTAL: Pmax ~ 500 MW, Qmax ~ 950 Mvar; QGRID max ~ 250 Mvar time (s)

24. Page 24J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization During the ITER Project construction phase, the consumption will increase. The variation of power (and energy) demand can be reasonable predicted. Vice versa, there are significant uncertainties on the start-up date of each main consumer. Forecasting accuracy: main uncertainty

25. Page 25J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization The test and commissioning of the Cryoplant implies the 24h/day, 7days/week operation of some high power (5 MW) compressors. The starting date for the test will be planned some months in advance. But, the actual scenario will be quite different. Forecasting accuracy: example

26. Page 26J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization In case it is economically viable for the ITER Organization: The ITER Organization can regularly communicate to the electricity supplier (example every month) the forecasted consumption. However, during the testing and commissioning phase, there could be up to 2-4 months uncertainty on the actual starting date of the consumption. The ITER Organization can promptly communicate to the electricity supplier any unexpected event (example a plant fault), which has a significant impact on the forecasted electricity consumption. The ITER Organization is interested in reward schemes for peak shaving capacity. Routine forecasting, anticipated changes and peak power shaving

27. Page 27J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization Contracts scope includes both the supply of electricity and the service of Balance Responsibility Entity. The initial contract will be for 1 year with two options to extend the contract by a further year, giving a maximum total of 3 years for the duration of the contract. Although the forecasted consumption is relatively low (0.3 MW, 4 GWh/year), in 2018 is expected to increase up to (20 MW, 80 GWh/year). The electricity consumption will further increase during the following years (new call for tender will be launched). The variation of power (and energy) demand can be reasonably predicted. Vice versa, there are significant uncertainties on the start-up date of each main consumer. The ITER Organization can communicate to the electricity supplier (example every month) the forecasted consumption. There could be up to 3-4 months uncertainty on the actual starting date of the consumption. The ITER Organization is interested in reward schemes for peak shaving capacity. Conclusions

28. Page 28J. Hourtoule, Electricity contract: scope and forecasted consumption, 16/07/2015 © ITER Organization Thank you for your attention