太陽能發電項目-4-6-對照(編輯修改稿)

　

【文章內容簡介】 ................. 95 Drawing 4 Equipment room layout plan for 250kWoffgrid power generation system ..... 95 圖紙 5 500kW離網發電系統太陽能陣列布置示意圖 ................................................... 95 Drawing 5 Schematic diagram of solar array layout for 500Kw offgrid power generation system ......................................................................................................................... 95 圖紙 6 500kW離網發電系統設備間平面布置圖 .......................................................... 95 Drawing 6 Equipment room layout plan for 500kWoffgrid power generation system ..... 95 圖紙 7 1MW 離網發電系統太陽能陣列布置示意圖 ..................................................... 96 Drawing 7 Schematic diagram of solar array layout for 1MW offgrid power generation system ......................................................................................................................... 96 圖紙 8 1MW 離網發電系統設備間布置平面示意圖 .................................................... 97 Drawing 8 Schematic diagram of equipment room layout 1MW offgrid power generation system ......................................................................................................................... 97 圖紙 9 太陽能路燈基礎圖 ............................................................................................ 99 Drawing 9 Solar street lamp foundation ........................................................................ 99 附件 1 毛方提供備選電站安裝地點分布圖 .................................................................... 99 Attachment 1 Distribution figure of power station installation site for selection provided by Mauritania side ............................................................................................................ 99 附件 2 直流配電柜正反面效果圖 ................................................................................ 100 Attachment 2 Figure of effect of positive and reverse sides of DC power distribution cabi ....................................................................................................................... 100 設計單位：保利深遠（北京）新能源科技有限公司 Design anization: Poly Shenyuan (Beijing) New Energy Technology Co., Ltd. 項目：毛里塔尼亞太陽能電站發電及路燈項 目 Project: Power Generation and Street Lamp of Mauritania Solar Power Station 5 附件 3 監控界面效果圖 .............................................................................................. 100 Attachment 3 Figure of effect of monitoring interface .................................................. 100 附件 4 充電、防雷控制一體柜效果圖 ......................................................................... 100 Attachment 4 Figure of effect of charge and lightningproof control integration cabi 100 附件 5 逆變器主機及配電柜示意圖 ............................................................................ 101 Attachment 5 Schematic diagram of inverter main unit and power distribution cabi 101 附件 6 太陽能路燈外觀示意圖 ................................................................................... 101 Attachment 6 Schematic diagram of solar street lamp appearance................................ 101 設計單位：保利深遠（北京）新能源科技有限公司 Design anization: Poly Shenyuan (Beijing) New Energy Technology Co., Ltd. 項目：毛里塔尼亞太陽能電站發電及路燈項目 Project: Power Generation and Street Lamp of Mauritania Solar Power Station 6 第一章 總論 Chapter I. General Information 一、 背景情況 I. Background 在毛里塔尼亞與保利 深遠（北京） 太陽能 科技能源有限公司雙方共同合作框架下，雙方計劃利用太陽能為毛里塔尼亞境內的部分城市提供太陽能發電及解決部分道路照明問題。 Under the cooperative framework, Mauritania and Poly Shenyuan (Beijing) New Energy Technology Co., Ltd. plan to use solar energy to provide solar power generation and solve the problem of lighting of some roads in some cities in Mauritania. 鑒于毛里塔尼亞目前大部分 地區供電設備短缺，電力供應及電力輸電不穩定，電力無法覆蓋毛塔的大部分地區，同時 供電系統仍然采用柴油發電，發電成本較高，無法滿足用電需求，邊遠地區還沒有電力供應的狀況，我們根據不同地區的供電及用電狀態，經過 初步 調查，提出解決方案。目的是既盡可能 利用太陽能資源，又經濟利用原有設備。 At present, most regions in Mauritania are short of power supply unit. The power supply and power transmission are unstable. The electric power cannot cover most regions in Mauritania. Meanwhile, the power supply system steel adopts diesel generation which cannot meet the demand since the cost is high. The remote areas have no access to power supply. Therefore, we make preliminary investigation and raise the solution according to the power supply and consumption of different regions with the aim utilizing solar energy as much as possible and using prior units economically. 二、毛里塔尼亞地區的太陽能資源情況 II. Solar Energy of Mauritania 毛里塔尼亞國土面積 103 萬平方公里，高溫少雨。年平均氣溫約 25℃ 。 境內太陽 設計單位：保利深遠（北京）新能源科技有限公司 Design anization: Poly Shenyuan (Beijing) New Energy Technology Co., Ltd. 項目：毛里塔尼亞太陽能電站發電及路燈項目 Project: Power Generation and Street Lamp of Mauritania Solar Power Station 7 總輻射 84009200 兆焦 /米 2*年，全年日照時數約 3500 小時，根據 NASA 宇航局的近十年氣象資料 ，毛里塔尼亞平均標準日照時數為 6 小時， 屬于 太陽能較為豐富地區 。 NASA氣象資料見表 11。 With territory of million m2, Mauritania has hightemperature and little rainfall. The mean annual temperature is about 25℃ . The total solar radiation in Mauritania is 84009200MJ/m2*year. The sunshine hours throughout the year are about 3500. According to meteorological data of NASA in recent ten years, Mauritania has mean standard sunshine hours of 6, belonging to region rich in solar energy. Please see Table 11 for NASA meteorological data. 表 11. NASA 宇航局十年平均氣象資料 Table 11 Average Meteorological Data of NASA in Recent Ten Years 月 Month 各月水平面上的平均日輻射 Daily average radiation of each month on the horizontal plane (kWh/m178。/日 ) (kWh/m178。/day) 月平均溫度 (176。C) Mean monthly temperature 各月光伏陣列水平面上的平均日輻射 (kWh/m178。/日 ) Daily average radiation of each month on the solar array horizontal plane (kWh/m178。/day) 一月 January 二月 February 三月 March 四月 April 五月 May 六月 June 七月 July 八月