GE Provides Control Technology for New Biomass Power Plants in China
GE Energy is providing distributed control systems for 50 new biomass-fueled power plants that are being built in China as the country works to rapidly develop new renewable energy sources to meet its pressing energy and environmental goals. The biomass plants will provide much-needed electricity to support local grid networks at a time when China’s demand for power is projected to grow by about 13.5% in 2008, with the country’s total annual demand currently exceeding 3.7 trillion kilowatt hours (kWh). The 50 plants will each feature two, 12MW power blocks that will generate a total of 7.2 billion kWh per year, which is enough to support an average of 70,000 families in China. GE is providing its distributed controls technology to Wuhan Kaidi Electric Power Engineering Co., Ltd., which is building the biomass plants in the Hubei, Hunan, Anhui, Shanxi, Fujian, Jiangsu and Jiangxi regions. Rice husk, straw and animal manure will be used as the biomass stock. The projects will mark the global debut of GE Energy’s OC 4000™ distributed control systems (DCS) for biomass power generation applications. The integrated controls platform will link all plant operations, data acquisition and performance analysis to control and protect the biomass plants’ steam turbine, boiler and auxiliary devices. A simulation system will be provided for operating and maintenance training. The DCS technology will optimize the performance of the plants, making the projects more economically viable for developer Wuhan Kaidi. The first 2x12MW biomass power block is scheduled to enter commercial service at the end of August 2008. All 50 plants will be operational by December 2010. GE’s equipment will be built in Shanghai, China. The equipment for the first two project contracts will be delivered in May 2008, with three additional shipments scheduled in June, July and August 2008. Local suppliers in China are providing the steam turbines and boilers for the biomass plants, while seven engineering institutes are also involved with the design of this project. For more information, visit the company’s Web site at www.ge.com.
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