Scenarios for low carbon transition and RE development in China

In cooperation with China National Renewable Energy Centre (CNREC), the Japanese National Institute of Environmental Studies and the Danish Energy Agency, Ea Energy Analyses has developed energy scenarios for extension of renewable energy and reduction the of CO2 emission in China.

 

At a summit in Beijing the 24th of June the scenarios were discussed among others between the Danish Minister for Climate, Energy and Buildings Martin Lidegaard and the Deputy Director General Mr Liu Qi of NEA (National Energy Administration)l. The scenarios have highlighted where the largest challenges lie in obtaining a Chinese energy system with a large amount of RE and where the challenges lie in preparing RE scenarios for China.

 

It was agreed to keep working on the scenarios, that the scenarios are to be used as inspiration to the next Chinese five-year plan, and that the scenarios provide a framework and a common vision for the other activities in the Danish-Chinese energy cooperation.

 

The results form a basis for a more detailed energy planning at national and provincial level, securing that the planning carried out in the provinces does not conflict with the overall national planning of energy supply and energy transport.

 

Development of an analysis model

Ea Energy Analyses has throughout 1 ½ years worked closely with CNREC on training and development of their electricity and district heating optimisation model CREAM-EDO (China National Renewable Energy Analysis Model - Electricity and District heating Optimisation) based on theBalmorel model (www.balmorel.com).

 

The model represents China's electricity and district heating sectors at the provincial level, based on detailed plant data, technology catalogue, etc. The CREAM-EDO model is now a key element of CNRECs analysis platform and is now used for planning and analysis projects of the overall energy system, technology development, and analysis of e.g. integration of RE in a single city or province.

 

Read more about Ea Energy Analyses’ activities in China

 

Last update 04-Sep-2015

Further information:

 

 

 

Contact:

Lars Møllenbach Bregnbæk

 

 

Helge Ørsted Pedersen

 

 

Ea Energy Analyses Frederiksholms Kanal 4, 3. th.1220 Copenhagen KDenmark Tel work+45 88 70 70 83 Fax +45 33 32 16 61

GEO: 55.675932, 12.575096