深能songor项目机组发电量报告

工程用户工程用户GoldwindInternationalHoldings(HK)No.8BoxingYiRoadBeijingEconomic&TechnologicalDev.ZoneCN-BEIJING100176maruochu/计算值2018/3/22PARK-主要结计算SongorAepdk尾流模 N.O.Jensen计算设空气密度计算模 各台风机单独设WTG轮毂海拔高度的结果1.155kg/m³1.156空气密度相对标准 94.3%到94.3轮毂海拔高度（海拔高）130.0m134.2轮毂高度处的年平均温度25.4°C25.5风机处的压 990.0hPa到990.5尾流模型参地形类型尾流衰减常数 Discementheightsfrom尾流计算设角 风速开始结束步长开始结束步长0.5360.01.00.5 风能资源文 新建风

比例E:\projects\Ghana\songor\1.Wind风电场年发电量计算值特定结果WTG组 结 结果-9.4%总量（无损失）Park容量系数平均 满 平均风 [%] [MWh/y][小时数/每年] 风电 194,764.1 196,561.3 ¤)-计算的年发电量16台新装风电机组，总容量为51.2风机类功率曲年发电风电有效制造类型-发生额定功风轮直轮毂高结结果-效1 136-3200-136-3200-2 136-3200-136-3200-3 136-3200-136-3200-4 136-3200-136-3200-5 136-3200-136-3200-6 136-3200-136-3200-7 136-3200-136-3200-8 136-3200-136-3200-9 136-3200-136-3200-10 136-3200-136-3200-11 136-3200-136-3200-12 136-3200-136-3200-13 136-3200-136-3200-14 136-3200-136-3200-15 136-3200-136-3200-16 136-3200-136-3200-WTGUTM(north)-WGS84区域:Easting Z原始数据/描1新建213,912642,9240.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)(2新建213,613643,1160.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)(转到下一页...

UTM(north)-WGS84区域:Easting Z原始数据/描3新0.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)4新0.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)5新0.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)6新0.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)7新0.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)8新0.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)9新0.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)10新0.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)11新0.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)12新0.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)13新0.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)14新0.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)15新4.2Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)16新0.0Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)工程用工程用户GoldwindInternationalHoldings(HK)No.8BoxingYiRoadBeijingEconomic&TechnologicalDev.ZoneCN-BEIJING100176maruochu/计算值2018/3/22dkPARK-发电量分计算SongorAepLM风电机组全部新建风电机组1.155按风扇 0 1NNE2NE3ENE4E5ESE6SE7南南 8 9 10SW11WSW12W13WNW14NW15 全620.41,204.4565.8317.1297.7879.01,846.612,725.360,853.586,993.025,503.1481.1571.8 5.016.1 67.0 结果发电606.31,198.4565.1312.1281.6812.01,742.412,460.660,548.986,879.025,018.9414.2537.5 134.6 6685vs.扇发电发电[MWh/年NESW0NESW扇年发电年发电 阵列损PARK-功率曲线分计算SongorAepLM风电机组1Goldwind136-3200320068.0!O136-3200-130mHH,轮毂高度130.0Name:136-3200-源 源/数 创建 创 编 停机风速功率控制CT曲线类型GeneratortypeSpecific 2018/3/22USER2018/3/22 变 用户自定 56789HPPitchvariablespeed000000Goldwind56789HPPitchvariablespeed000000Goldwind136-3200320068.0!O!136-3200-校验000000详细信息，请查询丹麦能源局的项目报告J.nr.51171/00-0016或见WindPRO用户手册3.5.2该方法在EMD报告“20DetailedCaseStudiescomparingProjectDesignCalculationsandactualEnergyProductionsforWindEnergyProjectsworldwide”2003年1月，中得到完善。功率Windcat的原始数据,空气密度:1.225风速功率Ce风速Ct[m/s] 34.50.99 85.91.43 163.41.71 261.51.84 381.51.88 525.51.89 700.41.89 908.81.89 6.51,152.91.89 7.01,436.81.88 7.51,755.21.87 8.02,101.41.85 8.52,448.11.79 9.02,745.31.69 9.52,975.41.56 10.03,115.21.40 10.53,177.31.23 11.03,200.01.08 11.53,200.00.95 12.03,200.00.83 12.53,200.00.74 13.03,200.00.65 13.53,200.00.58 14.03,200.00.52 14.53,200.00.47 15.03,200.00.43 15.53,200.00.39 16.03,200.00.35 16.53,200.00.32 17.03,200.00.29 17.53,200.00.27 18.03,200.00.25 18.53,200.00.23 19.03,200.00.21 19.53,200.00.19 20.03,200.00.18

功率、效率和发电量vs.数据用于计算,空气密度:1.156新WinPO方法（“上半部分”用IC风速缩放方法，“下半部分”用空气密度缩放（按千瓦）<推荐>风 间发电量累计发电 0.00.50- 0.01.50- 79.82.50- 245.93.50- 496.84.50- 859.0 5.50-6.50 2,089.77.01,357.6 6.50-7.50 3,871.78.01,990.2 7.50-8.50 6,084.09.02,630.2 8.50-9.50 8,241.410.03,046.41.459.50-10.50 9,842.811.03,185.51.1410.50- 10,747.512.03,200.00.8811.50- 11,145.413.03,200.00.6912.50- 11,284.814.03,200.00.5613.50- 11,324.515.03,200.00.4514.50- 11,334.716.03,200.00.3715.50- 11,337.817.03,200.00.3116.50- 11,339.218.03,200.00.2617.50- 11,340.019.03,200.00.2218.50- 11,340.520.03,200.00.1919.50- 11,340.821.03,200.00.1620.50- 11,340.922.03,200.00.1421.50- 11,341.023.03,200.00.1322.50- 11,341.124.03,200.00.1123.50- 11,341.125.03,200.00.1024.50- 11,341.1

CeCt曲

工程用工程用户GoldwindInternationalHoldings(HK)No.8BoxingYiRoadBeijingEconomic&TechnologicalDev.ZoneCN-BEIJING100176maruochu/计算值2018/3/22PARK-风数据分计算SongorAepLM风数据AResourcefile(s轮毂高度场址坐UTM(north)-WGS84区域:东经:213,912北纬:Goldwind136-3200320068.0!O!hub:130.0m(TOT:164.0m)威布扇 风速k-参频RSF文01234567南南89101112131415全N威布尔分 风能玫瑰(kWh/m²/年N00-5-10-15-20-

SSNN平均风速 频率NN SSdkSS工程用工程用户GoldwindInternationalHoldings(HK)No.8BoxingYiRoadBeijingEconomic&TechnologicalDev.ZoneCN-BEIJING100176maruochu/计算值2018/3/22dkPARK-风电场功率曲线计算SongorAep功风速自由风电机组风电场中风电机组 NNE ENE ESE [kW][kW]000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000描述风电场的功率曲线与风电机组的功率曲线类似，意味着给定的风电场上风向的风速与整个风电场区域（受风电场影响前）得。另一种说法是：风电场的功率曲线包括阵列损失，但不包括在风电场区域内由地形引起的风速变化。风电场功率曲线的测量比风电机组功率曲线测量复杂得多，因为风电场的功率曲线与风向有关，而且通常同一时刻整个风电场的风速并不相同（除了非常平坦的非复杂地形）本风电场功率曲线并不是用来验证测量结果。测量结果的验证要求至少需要2测风塔，分别位于风电场两端，除非只需要测量少数几个扇区，而且是非复杂地形（通常只适用于海上风电场）。WindPRO还有另外一个适用于复杂地形的风电场功率版本。风电场功率曲线可用于对于基于较粗（近似）风数据的预测系统