Our Technical Capability
A research team consists of experts from six CPECC subsidiary design
institutes is working on ultra-high voltage power delivery technology
CPECC, as an integral part of the whole, has very strong technical
forces. It has advanced technical equipments, a matured research and
innovation system and an united and cooperative technical team and has
been being in a leading pasition in the field of scientific research
and standardization for survey and engineering of power industry of
China. CPECC has more than 60 scientific research results which won
the Award issued by tne Chinese Science Congress, more than 100 items
of achievements won the State Science and Technology Progress Award.
It has invented more than 50 items of patent technologies, and over
100 items of "the first" of making use of new technology in
the electric power development history of China.
In recent years, electric power technologies developed quickly. In order
to follow this trend, CPECC has set up its strategy of developing and making
use of new technologies of "Ultra-High Voltage Power Delivery",
"Ultra-Supercritical Unit", "Advanced Nuclear Power Plant",
"Information Technology " and "Renewable Energy" etc..
We belive that CPECC will be able to provide you with better and better
services with high value.
Qingshan nuclear power station phase I & II (1x300MW+2x600MW) of which
the conventional island is designed by CPECC
Our Generation Technologies
- CPECC has the matured engineering technologies for:
- Various types of coal-fired power plant with subcritical or supercritical
unit(s).
- Coal-fired power plant with 600MW or 1,000MW unit(s) of ultra-supercritical
parameters.
- Cogeneration power plant.
- Coal-fired power plant with 300MW unit(s) using CFB boiler(s).
- Coal-fired power plant with 600MW unit(s) using air-cooling technology.
- Conbined cycle power plant with class 9F and below gas-turbine(s).
- Various types envionmental protection technologies of dedusting, desulfurization
and denitration.
- Various design technologies of economizing on water and desalinization
of seawater.
- General arrangement design for nuclear power station with 300MW, 600MW
or 1,000MW unit(s) and the whole engineering for its conventional island.
- Geothermal power plant.
Our Generation Technologies
- New Technologies under Development by CPECC
- Integrated gasification conbined cycle (IGCC) power plant.
- High-temperature and air-cooling reactor (HTR) for nuclear power station.
- Biological material fired power plant.
- Solar energy power plant.
- Application of circulatory economy in power plant.
Power Grid Technologies
CPECC has the matured engineering technologies for:
- 330kV, 500kV AC transmission line.
- 750kV AC transmission line.
- Compact type 330kV AC transmission line.
- Compact type 500kV AC transmission line.
- ¡À 500kV DC transmission line.
- 500kV AC and ¡À500kV DC large-span transmission line.
- 330kV, 500kV and 750kV AC substation.
- Series compensation for 500kV AC power delivery system.
- Static var compensation for substation.
- ¡À 500kV DC converter station.
New Technologies under Development by CPECC
- ¡À800kV DC ultra-high voltage transmission line.
- Large-span ¡À800kV DC ultra-high voltage transmission line.
- ¡À800kV DC ultra-high voltage converter station.
- Design and operation technologies for multi-converter stations using
a common earthing pole.
- 1,000kV AC ultra-high transmission line.
- Large-span 1,000kV AC ultra-high transmission line.
- 1,000kV AC ultra-high voltage substation.
Information Technology
CPECC pays great attention to the information technology and makes
it use in upgrading our survey and engineering. We have built up an
integrated 3D computer-aided engineering system which takes network
as its basis, power engineering database as its center and project management
as its main stem. This system greatly improve the efficiency and quality
of our survey and engineering. For example, we use optimization software
and advanced Digital Photomap System (DPS) and Global Positioning System
(GPS) to optimize transmission line routing and resulted in 3-5% cost
saving and a shorter schedule.
CPECC has developed hundreds of softwares for servey and engineering,
among them dozens won the State Award for Excellent Survey & Engineering
Software.
Standardization Establishment
- Integrated gasification conbined cycle (IGCC) power plant.
- High-temperature and air-cooling reactor (HTR) for nuclear power station.
- Biological material fired power plant.
- Solar energy power plant.
- Application of circulatory economy in power plant. CPECC has been
for a long time in charge of the standardization of the electric power
survey & engineering industry in China. More than 200 national standards
and industrial standards were prepared by CPECC.
New Technologies under Development by CPECC
- Fire-fighting Code for Fossil-Fuel Power Plant and Substation.
- Aseismatic Design Code for Electric Power Facilities.
- Design Code for Power Cable.
- Technical Code for Designing Parallel-Capacitor Installation.
- Design Code for Relay Protection and Automation of Electric Power Installation.
- Design Code for Industrial Circulating Cooling Water.
- Design Code for Industrial Water Demineralisation.
- Design Code for 35kV-110kV Substation.
- Design Code for 35kV-110KV High-Voltage Power Distribution Installation.
- Technical Code for Designing Fossil-Fuel Power Plant.
- Design Regulation for Gas-Steam Conbined Cycle Power Plant.
- Design Code for 220kV-500kV Substation.
- Technical Regulation for Designing High-Voltage DC Converter Station.
- Technical Code for Designing 110kV-500kV Overhead Transmission Line.
- Technical Regulation for Designing Compact Type 220kV-500kV Overhead Transmission Line.
- Technical Regulation for Designing Power System.
- Technical Regulation for Designing Fossil-Fuel Power Plant General Layout and Transpotation.
- Technical Regulation for Designing Fossil-Fuel Power Plant Civil Structure.
- Technical Regulation for Designing Fossil-Fuel Power Plant Steam & Water Pipeline.
- Technical Regulation for Designing Fossil-Fuel Power Plant Hydraulic Structure.
- Technical Regulation for Designing Fossil-Fuel Power Plant Coal-handling System.
- Technical Regulation for Designing Fossil-Fuel Power Plant Chemical System.
- Technical Regulation for Designing Fossil-Fuel Power Plant I&C System.
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