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©SPIC 2017. All Rights Reserved.

国家核电 www.snptc.com

2017.3

Win-Win Cooperation for

Low Carbon and Sustainable Future


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without the prior written permission of SPIC.


I. SPIC/SNPTC Profile

II. Introduction of CAP1400

III. Cooperation with Africa


A Fortune Global 500 list corporation, with a revenue of USD 30 billion 2016

Total electric power installation capacity 117GW

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

1

SPIC Overview


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

2

SPIC Overview


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.

3

SPIC Overview


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

SPIC Overview

Dedication to world energy development 4


SOUTH AFRICA

Nuclear

Power

Gas to

Power IPP

Clean Coal

Power IPP

9600MW 3600MW 2400 MW

TANZANIA

CCGT Thermal Plant IPP

300 MW

EGYPT

Coal-fired Thermal Plant

IPP

2*660MW

MOZAMBIQUE

Coal-fired Thermal Plant

IPP

2*150MW

ETHIOPIA

Hydro Power IPP

398MW

Ghana

Coal-fired plant

Consultancy

2×350 WM

SPIC 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

SNPTC Overview

R&D Manufacturing EPC Operation Lifetime Service


Sev

en B

ase System

s F

ive P

latform

s

R&D Engineering Design Construction Management Qualified Supplier

Plant Lifetime Service Plant Operation Nuclear Power Standard System

V&V Software EQ Fuel Elements Feasibility Study

SNPTC Overview- Business Scope

https://www.asme.org/


CAP1000+ CAP1400

CAP-S onshore

GIV 4

2017 2019

2020

2030

CAP1000

CAP Passive Series

CAP-S offshore

Small Module Reactor

SNPTC Overview- Reactor Technology


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

Engineering

Qinshan Phase-I 300MWe

Chashma 1#,2#,3#,4# (300MWe each)

CAP1000 (1250MWe) for six units

CAP1400(1500MWe) for 2 units

SNPTC Overview- Engineering & EPC


SNPTC Overview- I&C System

NuPAC、 NuCON for Reactor

Protection and Control System Platform：

NNSA and NRC certified

I&C

DCS

Simulator

"Nu Series" NPP Digital I&C Product Line


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


Four AP1000 units on two sites in progress

Locations of Sanmen & Haiyang AP1000 Projects

15

SNPTC Overview- AP1000 Projects


2014

2013

2012

2011

2010

2009

2008

2015

SNPTC Overview- Sanmen AP1000

Milestones of Sanmen AP1000 project


SNPTC Overview- Sanmen AP1000

First AP1000 in the world： Unit 1 HFT Completed, fuel loading in June

2017.03


SNPTC Overview- Haiyang AP1000

Unit 1 HFT Completed

2017.03



II. Introduction of CAP1400 III. Cooperation with Africa


Total electricity installation: 1650 GWe , Nuclear : 33.64GWe(~2%)

China’s Nuclear Power Program

By 2020:

58GWe in operation

30GWe under construction

TARGET

Xin Jiang

Tibet

Qing Hai

Gan Su Inner Mongolia

Si Chuan

Yun Nan

Gui Zhou

Shan

Xi

Chong

Qing

Shan Xi

Hu Bei

Hu

Nan

Guang Xi Guang

Dong

Jiang

Xi

An

Hui

He Nan

Shan

Dong

He

Bei

Bei

Jing

Liao

Ning

Ji Lin

Hei Longjiang

Jiang

Su

Zhe

Jiang

Fu

Jian

Tai Wan

Hai Nan

Shang

Hai

Tian

Jin Ning

Xia

Hongyanhe

Xudapu

Haiyang

Shidaowan

Tianwan

Qinshan & Fangjiashan

Qinshan 2

Qinshan 3

Sanmen

Ningde

Fuqing

Lufeng

DayaBay/LinAo

Taishan

Yangjiang

Fangchenggang

Changjiang

In operation: 35

Under construction:19

Planned: 40+


1. General Pictures of CAP1400

Chinese Advanced passive

PWR

>1400MWe

CAP1400

Competitive GIII Tec with Own

Intellectual Property

Excellent safety/economy

environmental harmony

NNSA&GRSR Review finished

To be a World Brand

National key project

Led by Chinese government

(NEA), Performed by SNPTC

Supported and participated by

domestic and foreign entity

Fundamentals

40+ years of nuclear

industry experience

20+ years of NPP sound

operation

AP1000 technology


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



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 SNP140

CDF 4.0E-7

LRF 5.1E-8

DNBR margin >15%



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

2. Design Features


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)


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

Long-term cooling: Removable

pump & alternative water

source

Verification TEST: Phenomena

verified on PCS Test Facility

(CERT Facility)

Water film Cooling Long-term air Cooling


Economic

Economy

~1500MWe(gross)

~Systematic optimization for efficiency

Self design with IPR 1

Key equipment and

material localized

2 Localization

Mature and competitive

equipment supply chain

3 Supply chain

Simplification and short construction period 4

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

2. Design Features


3. Verification & Validation

Systematic Verification Tests Completed

Totally 887 cases performed for supporting the design, safety

review, and software V&V

ACME complex CERT Facility Facility for FIV Test IVR Test Facility

Facility for Hydro-

Simulation

Facility for SG Steam-Water

Separation Test

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 flow-

induced vibration test


3. Verification &Validation

IVR- Metal Heat Transfer

PCS Water Distribution

PCS Heat Removal (LOCA)

0.0

1.2

2.4

3.6

4.8

0 600 1200 1800 2400 3000

时间(s)

水位(m)

NOTRUMP

堆芯活性区高度

试验

PXS – RPV Mixture Water Level

(CAP03 case)

Key verification tests result shows the feasibility of CAP1400


3. Verification &Validation

Flow distribution of core inlet

SG Separator System

SG Tube Frictional Resistance

Key verification tests result shows the feasibility of CAP1400


4. CAP1400 Project

Key Milestone

2010.6

Conceptual

Design

completed

2011.12

Basic Design

completed

2014.7

Feasibility

Report

approved

2016.04

~95% detailed

design

completed

2007

Proposal

prepared

2016.2

PSAR review

completed

All technical, manufacturing and

site preparations are ready, FCD

pending for government approval

1 2 3 4 5 6


33

Shidao Bay

2 CAP1400 units in progress, site at Rongcheng, Shandong Province, China

4. CAP1400 Projects


Contracts for all long lead equipments have been signed

Polar crane

Steam Generator

PRZ

Turbine

Generator

MSR

RCP

RPV ACCM CMT

CV

RCL

Key Equipments Procured


Key Equipments Manufacturing

R

eact

or

Ves

sel

S

team

Gen

era

tor

Sq

uib

Va

lve


Key Equipments Manufacturing C

an

ned

RC

P

R

UV

RC

P

R

eact

or

Inte

rna

l

Ma

in P

ipe

Fo

rgin

g


Turbine

Generator

Condensate Water Pump

I & C

Key Equipments Manufacturing


Rongcheng CAP1400 Project Site

Nuclear island 1

Conventional island 1

Nuclear island 2

Conventional island 2

CA assembly area

CV2 rings

CV1 rings

CV module assembly building

CR10

38

Bird View of Unit1&2 of Rongcheng CAP1400 Plant


CAP1400’s follow-up projects are planned

Rongcheng CAP1400 project

Follow-up site

Shidao Bay

Liaoning

Guangdong

Guangxi

Shandong

Fujian

39

Follow-up CAP1400 Projects



II. CAP1400 Technology

III. 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

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

Cooperation with Africa

President Zuma and President Xi Jinping

visiting SNPTC Stand

ANC Delegation Visiting

SNPTC Headquarter


Cooperation with RSA for nuclear project

2014-02

Training agreement with NECSA

2014-04

SNPTC, ICBC and South Africa Standard

Bank: Financing Frame Agreement

2014-11

Inter-government framework for nuclear

project

2015-12, 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



DTI delegation Visit SNPTC Headquarter

Eskom delegation Visit SNPTC Headquarter NNR delegation visit CAP1400 NPP

China-SA Nuclear Power Cooperation Seminar



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



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

Consortium with local

Full scope EPC - Turnkey

NI EPC

NI/CI EPC

BOO with the vendor owning NPP asset

BOT based on concession

Full scope EPC - Turnkey □TT/Localization □ loan □ Joint venture IPP

□ G

lob

al e

xp

erie

nce

sh

arin

g

□ G

rid

□ I

nte

gra

ted

su

pp

ly c

hai

n

□ I

nfr

astr

uct

ure

dev

elo

pm

ent

□ F

uel

&sp

ent

fuel

□ H

R

dev

elo

pm

ent

1

2

3

4

5

6

7

Basic Value

CAP1400

Value-added

Local Industry Funding Reliable operation

Value-extended

Sustainability Leadership

□TT/Localization □ loan □O&M □ equity

□TT/Localization □ loan □O&M service

□TT/Localization □ loan □ O&M service

□TT/Localization □ loan □O&M □ equity

46

Options for Project Realization

Cooperation With Africa


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 the-

state-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

Summary


Thank you for your attention!

win-win cooperation for low carbon and sustainable future xiaohang... · win-win cooperation for...

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