Win-Win Cooperation for Low Carbon and Sustainable Future

Transcription

1 Win-Win Cooperation for Low Carbon and Sustainable Future 国家核电

2 Intellectual Property Rights Statement This document is the property of and contains proprietary information owned by SPIC and/or its related proprietor. You agree to treat this document in strict accordance with the terms and conditions of the agreement under which it was provided to you. No disclosure or copy of this document is permitted without the prior written permission of SPIC.

3 I. SPIC/SNPTC Profile II. Introduction of CAP1400 III. Cooperation with Africa

4 SPIC Overview A Fortune Global 500 list corporation, with a revenue of USD 30 billion 2016 Total electric power installation capacity 117GW 1 The one and only integrated energy group with all types of electricity generation in China Overall power generation 2016: 500 billion kwh (about 8% of China) 140,000 employees, two companies listed in Hongkong and five A-share companies Business covers power, coal, aluminum, logistics, finance, environmental protection, high-tech industries, etc. Capable of R&D, planning, survey and design, construction, investment, O&M in electricity generation, power transmission and transformation

5 SPIC Overview 2 China s leading nuclear power company One of three China s authorized nuclear power developers and operators 4,480 MWe nuclear power in operation 7,540 MWe under construction more than 12 sites in preparation By 2020: 14 GWs in operation,10 GWs under construction Leading technology of Gen 3 nuclear power, CAP1000, CAP1400, CAP1700 A complete NP supply chain, including R&D, engineering, equipment, construction, operation and maintenance, as well as life cycle services

6 SPIC Overview 3 China s leading clean energy provider Clean energy accounts for 43% of SPIC s total installed capacity with target of 50% by 2020 The world s largest solar power provider as a single entity, with capacity of 7,260 MWe Hybrid energy system in development with renewable energy Integrated services to provide design, manufacturing, installation, commissioning, O&M for ultra-low emission coal-fired units With smart energy technology to provide integrated energy solution of power, heating, cooling, gas, water, etc.

7 SPIC Overview 4 Dedication to world energy development Overseas projects are distributed in 35 countries (regions) 3.5GW power plants in operation EPC projects: 10 power plants, 12GW Engineering and O&M services: 34 power projects

8 SPIC Overview EGYPT Coal-fired Thermal Plant IPP 2*660MW Ghana Coal-fired plant Consultancy WM ETHIOPIA Hydro Power IPP 398MW TANZANIA CCGT Thermal Plant IPP 300 MW Nuclear Power SOUTH AFRICA Gas to Power IPP Clean Coal Power IPP 9600MW 3600MW 2400 MW MOZAMBIQUE Coal-fired Thermal Plant IPP 2*150MW

9 SNPTC Overview Nuclear power business platform of SPIC To develop advanced NPP with independent IP-CAP1400/1700 by introducing AP1000 technology and realizing localization Be responsible for building the world s first 4 AP1000 units, and CAP1400 project Total asset over 15 billion USD,with more than 13,000 employees in 30+ subsidiaries R&D Manufacturing EPC Operation Lifetime Service

10 SNPTC Overview- Business Scope R&D Engineering Design Construction Management Qualified Supplier Seven Base Systems Five Platforms Plant Lifetime Service Plant Operation Nuclear Power Standard System V&V Software EQ Fuel Elements Feasibility Study

11 SNPTC Overview- Reactor Technology CAP1000 CAP1000+ CAP1400 GIV CAP Passive Series CAP-S onshore 2030 Small Module Reactor CAP-S offshore

12 SNPTC Overview- Engineering & EPC Engineering Qinshan Phase-I 300MWe Chashma 1#,2#,3#,4# (300MWe each) CAP1000 (1250MWe) for six units CAP1400(1500MWe) for 2 units EPC Integrated global supply chain for 6-8 sets a year Standardized project management Projects in Progress 4 AP1000 units in China 2 CAP1400 units

13 SNPTC Overview- I&C System "Nu Series" NPP Digital I&C Product Line NuPAC NuCON for Reactor Protection and Control System Platform: NNSA and NRC certified I&C DCS Simulator

14 SNPTC Overview- Nuclear Fuel Fuel R&D Fuel design and fabrication Manufacturing technology of fuel cladding R&D of SiC and other nonmetallic materials for fuel

15 SNPTC Overview- AP1000 Projects Four AP1000 units on two sites in progress Locations of Sanmen & Haiyang AP1000 Projects 15

16 SNPTC Overview- Sanmen AP1000 Milestones of Sanmen AP1000 project

17 SNPTC Overview- Sanmen AP1000 First AP1000 in the world: Unit 1 HFT Completed, fuel loading in June

18 SNPTC Overview- Haiyang AP1000 Unit 1 HFT Completed

19 I. SPIC/SNPTC Profile II. Introduction of CAP1400 III. Cooperation with Africa

20 China s Nuclear Power Program Total electricity installation: 1650 GWe, Nuclear : 33.64GWe(~2%) Xin Jiang Tibet Fangchenggang In operation: 35 Under construction:19 Planned: 40+ Gan Su Qing Hai Si Chuan Yun Nan Inner Mongolia Ning Xia Chong Qing Gui Zhou Shan Xi Shan Xi He Nan Guang Xi Hu Bei Hu Nan Bei Jing He Tian Bei Jin Shan Dong Guang Dong Jiang Xi Jiang An Su Hui Hei Longjiang Liao Ning Zhe Jiang Fu Jian Ji Lin Shang Hai Tai Wan Xudapu Hongyanhe Haiyang Shidaowan Tianwan Qinshan & Fangjiashan Qinshan 2 Qinshan 3 Sanmen Ningde Fuqing Lufeng DayaBay/LinAo Taishan TARGET By 2020: 58GWe in operation 30GWe under construction Hai Nan Yangjiang Changjiang

21 1. General Pictures of CAP1400 National key project Led by Chinese government (NEA), Performed by SNPTC Supported and participated by domestic and foreign entity CAP1400 Chinese Advanced passive PWR >1400MWe Fundamentals 40+ years of nuclear industry experience 20+ years of NPP sound operation AP1000 technology Competitive GIII Tec with Own Intellectual Property Excellent safety/economy environmental harmony NNSA&GRSR Review finished To be a World Brand

22 1. General Pictures of CAP1400 Adoption of the Latest Nuclear Safety Requirement Experiences Feedback From Fukushima Accident Simplified System and Proven Components Passive Safety Systems and Severe Accident Prevention and Mitigation Measures Full Digital Reactor Protection System Full Range Probabilistic Safety Analysis Modularization Design and Construction Technology

23 1. General Pictures of CAP1400 Parameters CAP1400 Core thermal power, MWt 4040 Electric power, MWe ~1500 RCS average temp, 304 RCS pressure, MPa(a) 15.5 Fuel assemblies 193 Average linear power, W/cm 181 SG type CDF LRF SNP E-7 5.1E-8 DNBR margin >15%

24 2. Design Features Safety Passive SF & comprehensive SA prevention and mitigation Low safety risk: CDF (Core Damage Freq.) : 4.02E-7/RY ; LRF (Large Release Freq.) : 5.16E-8/RY Enhanced margin for DBE: DNBR Margin > 15%; CV Pressure Margin > 10%; SSE (Safety Shutdown Earthquake), 0.3 g Sufficient margin against extreme external events: HCLPF for all safety-class SSCs 0.5g, plus Dry Site (Fukushima feedback) PXS PCS IVR

25 2. Design Features Passive Core Cooling System (PXS) Passive Residual Heat Removal Subsystem: PRHR-HX, IRWST Passive Safety Injection Subsystem: CMT, ACC, IRWST Automatic Depressurization Subsystem: ADS1-3, ADS4 Proven technology with verified capacity Maintain reactor core safety continuously (verified by ACME test)

26 2. Design Features Passive Containment Cooling System (PCS) Design Remove the heat through the steel containment wall by water spraying and natural air circulation Water source: PCCWST for 72 hr, PCCAWST for next 4 days Water film Cooling Long-term air Cooling Long-term cooling: Removable pump & alternative water source Verification TEST: Phenomena verified on PCS Test Facility (CERT Facility)

27 2. Design Features Economic 1 Self design with IPR ~1500MWe(gross) ~Systematic optimization for efficiency 2 Localization Key equipment and material localized Economy 3 Supply chain Mature and competitive equipment supply chain 4 Simplification and short construction period

28 2. Design Features Advantages Simplification: less welding seam, less spare parts, less waste generated MOX fuel capability RVI redesigned, the neutron shield pad eliminated Enhanced design margin and increased operation flexibility Design reliability assurance program implemented Utilize the latest safety design standards, As High As Reasonably Achievable Meet the most strict discharge standard, As Low As Reasonably Achievable Integration of human factors balanced PSA and D-RAP

29 3. Verification & Validation Systematic Verification Tests Completed Totally 887 cases performed for supporting the design, safety review, and software V&V Tests for Passive Safety Systems PXS performance test PCS performance test IVR test Tests for Key Equipment SG hot-stage performance test Core hydro-simulation test Reactor internal flowinduced vibration test Facility for Hydro- Simulation Facility for SG Steam-Water Separation Test ACME complex CERT Facility IVR Test Facility Facility for FIV Test

30 水位 (m) 3. Verification &Validation Key verification tests result shows the feasibility of CAP NOTRUMP 堆芯活性区高度试验 PCS Water Distribution 时间 (s) PXS RPV Mixture Water Level (CAP03 case) PCS Heat Removal (LOCA) IVR- Metal Heat Transfer

31 3. Verification &Validation Key verification tests result shows the feasibility of CAP1400 SG Separator System SG Tube Frictional Resistance Flow distribution of core inlet

32 4. CAP1400 Project Key Milestone Proposal prepared Conceptual Design completed Basic Design completed Feasibility Report approved PSAR review completed ~95% detailed design completed All technical, manufacturing and site preparations are ready, FCD pending for government approval

33 4. CAP1400 Projects 2 CAP1400 units in progress, site at Rongcheng, Shandong Province, China Shidao Bay 33

34 Key Equipments Procured Contracts for all long lead equipments have been signed Polar crane CV Steam Generator PRZ Turbine Generator RCP CMT ACCM RCL RPV MSR

35 Squib Valve Steam Generator Reactor Vessel Key Equipments Manufacturing

36 Reactor Internal Main Pipe Forging RUV RCP Canned RCP Key Equipments Manufacturing

37 Key Equipments Manufacturing Condensate Water Pump Turbine I & C Generator

38 Rongcheng CAP1400 Project Site CV module assembly building CA assembly area Nuclear island 2 Nuclear island 1 Conventional island 2 Conventional island 1 CV1 rings CR10 CV2 rings 38 Bird View of Unit1&2 of Rongcheng CAP1400 Plant

39 Follow-up CAP1400 Projects CAP1400 s follow-up projects are planned Liaoning Shidao Bay Shandong Rongcheng CAP1400 project Follow-up site Guangxi Guangdong Fujian 39

40 I. SPIC/SNPTC Profile II. CAP1400 Technology III. Cooperation with Africa

41 Cooperation with Africa Benefit from nuclear power project Long-term clean and sustainable power Job creation thousands of technical positions, labour Localization- major engine for economic and social development Promote overall industry through local participation Building knowledge economy and low carbon economy President Zuma and President Xi Jinping visiting SNPTC Stand SNPTC is willing to support nuclear development in Africa All-round communication with African energy industry to explore cooperation To provide Technology +Localization + Financing + Training one-stop solution to participate in nuclear power projects with CAP1400 technology ANC Delegation Visiting SNPTC Headquarter

42 Cooperation with Africa Cooperation with RSA for nuclear project Training agreement with NECSA SNPTC, ICBC and South Africa Standard Bank: Financing Frame Agreement Inter-government framework for nuclear project , President Xi Jinping and President Jacob Zuma Witness: Signing of CAP1400 Project Management Cooperation Agreement between SNPTC and NECSA 2017 Respond to RFI in progress DOE signed Agreement on Cooperation in the Field of Civil Nuclear Energy Projects with NEA SNPTC signed training cooperation Agreement with Necsa

43 Cooperation with Africa China-SA Nuclear Power Cooperation Seminar DTI delegation Visit SNPTC Headquarter Eskom delegation Visit SNPTC Headquarter NNR delegation visit CAP1400 NPP

44 Cooperation with Africa Training Program for SA Initiated from Feb, 2014, by basic training, professional training and on-the-job training, covering technologies and management of Gen III Nuclear Power Plant project design, procurement, manufacturing, construction, commissioning, operation and maintenance Training completed for more than 160 trainees from SA entities, including DOE, NNR, Eskom, Necsa, etc. An International Master Program in Nuclear Engineering and Management hosted by Tsinghua University, supported by Chinese government and SNPTC started from 2017

45 Cooperation with Africa Localization Support SNPTC has rich experiences of localization by introducing AP1000 Preliminary investigation to SA local manufacturer was conducted and localization plan was drafted Technology transfer can be realized by various way, such as cooperation, investment and joint venture etc., as required DTI delegation visited CAP1400 NPP and Chinese Equipment Manufacturers DOE delegation visited SNPEMC (CAP1400 CV Module Manufacturer ) SNPTC delegation visit ed SA local manufacturers

46 Fuel &spent fuel Infrastructure development HR development Grid Integrated supply chain Global experience sharing Cooperation With Africa Options for Project Realization 7 6 BOO with the vendor owning NPP asset BOT based on concession 5 Full scope EPC - Turnkey TT/Localization loan Joint venture IPP 4 Full scope EPC - Turnkey TT/Localization loan O&M equity 3 Consortium with local TT/Localization loan O&M equity 2 NI/CI EPC TT/Localization loan O&M service 1 NI EPC TT/Localization loan O&M service 46 Basic Value CAP1400 Value-added Local Industry Funding Reliable operation Value-extended Sustainability Leadership

47 Summary SNPTC is willing, and fully capable and confident to be the all-weather reliable partner with Africa s nuclear industry To support the safe development of Africa s nuclear power program based on thestate-of-art passive NP technology To support localization for realizing nuclear power industrial supply chain To provide comprehensive training covering engineering, construction, commissioning and O&M etc. To be ready for technology transfer as required SNPTC is looking forward to enhancing win-win cooperation and to making greater contribution to Africa nuclear industry for the beautiful, low carbon and sustainable future

48 Thank you for your attention!