The report stated that China will continue to lead the development of wind power in the world in the next five years. By the end of 2015, the cumulative capacity of wind power in China will reach 100 to 150 GW, and the amount of electricity generated will be 200 to 300 TWh. Among them, 3 to 5 GW of installed capacity at sea and 7.5 to 10 TWh of electricity are generated, accounting for about 3% of all installed wind power and 4% of electricity generation.
Despite the rapid development, the China Resources Comprehensive Utilization Association also stated that the difficulty in connecting and absorbing the Internet is the biggest obstacle to the development of renewable energy in China.
The report shows that China's wind farms are currently mainly distributed in areas far from the load center, and the power grid structure is relatively weak. The construction of power grids has certain restrictions on wind power development. In the centralized areas of wind power bases in northwest, north, and northeast China, wind power cannot be properly connected to the grid, which has become the biggest problem in the future development of wind power.
FLK3D printing formed microreactors can be used in chemical acid, gas, oxygen, steel, pharmaceutical, fine chemical industry catalytic microreaction, heat exchange and other components to meet the microreactor of high efficiency, corrosion resistance high temperature, high thermal conductivity, low cost batching and other needs.
High thermal conductivity: >150W/(mK can realize more refined flow channel design and integrated structure design resistant to normal temperature acid and alkali corrosion, high temperature acid corrosion resistance, oxidation resistance easy to manufacture complex structure resistant high pressure vessel.
Microchemical,3D Microstructured Reactor,3D Microreactor For Microchemical,Microchemical 3D Microchannel Reactor
Ningbo FLK Technology Co., Ltd. , https://www.flk-global.com