China - Renewable Energy Scale-Up Program (CRESP) Project : environmental assessment (Vol. 1 of 5) : Changjiang'ao Wind Power Field in Pingtan of Fujian

Global Environmental Fund( GEF) /The World Bank The Commercialized Development of Chinese Regenerated Energy Project Phase? Project of Changjiang'ao Wind Power Field in Pingtan of Fujian Environmental Impact Assessment East China Investigation and Design Institution June, 2004 Hangzhou  Project Name: Phase?Project of Changjiang'ao Wind Power Field in Pingtan of Fujian Document:: Environmental Impact Assessment Report Participated by: Yang Jin Master of Science Yu lan Engineer Li jiapei Seniorengineer Checked by: Yu lan Engineer Reviewed by: Wang yinlong Senior engineer Approved by: Rui Bingliang Senior engineer, chief engineer EIA Organization: East China Investigation and Design Institute EIA Certificate: Guohuanping Class A No. 2001 Entrusted by: The Arrangement Office of Phase? of Changjiang'ao Wind Power Field -1-  Executive Summary 1. Preface Entrusted by `the Arrangement Office of Phase? of Changjiang'ao Wind Power Field', ECIDIcompleted "Environmental Impact Assessmentof Phase II Project of Changjiang'ao Wind Power Field" (EIA) report on June 2004. This paper based on EIA is just a summary of main project impact, environmental management plan, and environmental monitoring plan for Phase? Project of Changjiang'ao Wind Power Field. 2. Project Descriptions Changjiang'ao Wind Power Field lies in inland of bay at the northeast of Pingtan County, 10km away from the downtown of Pingtan. Fig.1 shows its Ilocation. Phase?Project of Changjiang'ao Wind Power Field completed construction, and went into operation in Oct. 2000. The total capacity is 6000kW with 10 units of wind turbine manufactured at BAZAN Company of Spain, all of which were BAZAN-BONUS 600kW MK-IV fix-distance blades. It's planned that total installed capacity will be 100.5MW with 67 units of 1.5MW wind turbines of Phase? Project of Changjiang'ao. By theoretical calculation, the yearly output of wind power will be 273.286GWh, power utilization of 2719h and power to the net of 259.622GWh, utilization by selling power of 2583h, and capacity coefficient of 0.295. Wind turbine units were arranged perpendicular to northeast, the prevail wind direction, whereas the 67 turbine units arranged as plum-like shape which distances of row/column are 8D(560m)