风光互补路灯技术方案

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1、东莞蒋经理风光互补路灯设计方案珠海兴业新能源科技有限公司2011年01月门日目录1设计依据21.1气候状况21.2参照标准31.3设计原则32方案设计43系统的构成54系统主要部件介绍64.1灯杆和相关配件64.2控制器64.3所用铅酸蓄电池技术特点74.4风力发电机和太阳电池组件84.5灯具105兴业太阳能路灯优势106部分工程案例错误！未定义书签。1设计依据1.1气候状况根据加拿大绿色软件RETSCREEN查询出当地的气候及辐射量的条件情况，可知广东风能和太阳能资源：年平均辐射量为4756MJ/m2（属于太阳能资源较丰富地区）。UnitClimatedat

2、alocationLatitude°N30.324LongitudeCE113.501Elevationm32HeatingdesigntemperatureCC0.61Coolingdesigntemperature°C3039EarthtemperatureanqjlitudeeC16.36Frostdaysatsiteday13MonthAirtemperatureRelatnehumidityDaihsolarradiation・horizontalAtmosphericpressureWindspeedEarthtemperatureHeatingd

3、egree-daysCoolingdegree-days°C%kWhn?dkPams°C°C-dcC-dJanuary5.170.7%2.53101.32.44.93921February7.0705%2.77101.12.57.33059March10.773.2%3.18100.72.511.422753April16$74.2%3.98100.12.417.865200May21.174.9%4.4299.72.222.29342June24.4785%4649922.22550433July26.384.0%4.919912.327.30512Augu

4、st25.584.4%4.6699.32.226.404S8September22.576.6%4.01100.02.323.20382October17.9700%3.10100.72.21&437252November12.2695%2.81101.12.312.416792December7.069.1%2.45101.42.46.73349Annual16.474.6%3.6210032.317.015362773Measuredat(tn)10.00.01.2参照标准CCJ45-2006《城市道路照明设计标准》GB7000.1-2002《灯具一般安全

5、要求与试验》GB7000.5—2005《道路与街路照明灯具安全要求》IEC61215—2005《地面用晶体硅光伏组件(PV)——设计鉴定和定型》GB/T18210-2000《晶体硅光伏(PV)方阵I-V特性的现场测量》1.3设计原则1)满足照度要求和照明时间要求；2)稳定耐用，满足当地抗风能力；3)灯型设计优雅美观与和周围环境和谐统一;1)耐腐蚀，适合当地环境使用。2方案设计所设计的风光互补路灯系统采用独立风光互补供电方式，光控开关控制，定时关，全自动智能控制。MontbkAveragedRadiationIncidentOnAnEquator-Pointed

6、TiltedSurfaceLat30.324Lon113.501JanFebMarAprMayJunJulAugSepOctNovDecAnnualAverageSSEHRZ2.522.773.183.984.424.634.914.664.013.102.812.453.62K0.430.380.360.380390.400.430.440.430.400.450.440.41Diffuse1.151.441.802.18]2.432.532.482.271.951.561.211.051.84Direct3.052.542.302.74]2.923.073

7、.553.573.302.793.393.233.04TfltO2.482.753.143.89丁4.404.614.884.643.953.072.742.413.5STih152.92_3.053.313.96[4.344.504.784.654.133.37_3.211913.76Tflt303.223.213.333.85丁4.104.194.47—4.464.1F3.50「3.523.273.77Tilt453.363.223.213.58]3.693.723.974.073.933.4$3.653.463.61Tih902.752.392.102.

8、03]1.911.851.942.14