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简要介绍可用于近期互连的资源
Lassen Lodge水力发电720 4.5 EO HY DRO 4.5 TEHAMA WRIGHT SOLAR 779 80.0 fc PHOTOV OLTAIC 200.0存储80.0 Merced第五标准Solar 954 150.0 PC PCHOV OLTAIC 150.0存储150.0储物储存117.0 Fresno Lassno Lassno lablasthiir thamblamblabliar 0.5 0.5 0.5 0.5 0.5 0.5 0.5 2 1002 2 1002 2 1002 2 1002 2 1002 2 1002 212 1027 20.0 FC Storage 20.0 FRESNO ALTAMONT MIDWAY LTD 1096 5.0 EO Wind Turbine 5.0 ALAMEDA BEAR CANYON ENERGY STORAGE 1097 13.0 FC Storage 13.3 LAKE NORTH CENTRAL VALLEY 1109 132.0 FC Storage 150.0 SAN JOAQUIN ULTRAPOWER CHINESE STATION BESS 1116 10.0 FC Storage 10.0 TUOLUMNE WESTLANDS ALMOND 1136 19.9 EO Photov oltaic 20.0 KINGS MEDEIROS SOLAR 1239 26.5 EO Photov oltaic 28.4 MERCED PAULSELL SOLAR ENERGY CENTER 1350 20.0 PC Photov oltaic 20.0 Storage 20.0 STANISLAUS WEST FORD FLAT ENERGY STORAGE 1367 25.0 FC Storage 26.3 LAKE GONZAGA WIND FARM 1378 76.4 FC Wind Turbine 80.0 Storage 50.0 MERCED LAS CAMAS 1 1382 100.0 FC Photov oltaic 102.5 MERCED LAS CAMAS 3 1456 100.0 FC Photov oltaic 102.5 MERCED MILPA POWER BANK 1457 3.0 FC Storage 3.0 SANTA CLARA TEPONA OFF-SHORE WIND 1491 156.0 EO Wind Turbine 161.9 HUMBOLDT HYDASPES 1558 40.0 EO Storage 41.4 Photov oltaic 40.6 stanislaus denali能源存储1690 101.2 PC存储102.0 San Joaquin Oakland ES单元3 1830 55.0 FC存储55.7 Alameda Cascade cascade储备存储膨胀1835 20.0 FC存储20.3 San Joaaquin Brix soptry Stoceri
固体氧化物燃料电池的最佳性能分析 -
thermal emissivity Subscript a anode A ambient b boiling point c cathode C collector e electrolyte E emitter F fuel cell i H 2 , O 2 , H 2 O L limit I internal j in, out, R, E, C act activation overpotential con concentration overpotential lb low bound leak leakage resistance max maximum ohm ohmic overpotential P maximum power density point ub up bound R radiative Rev reversible voltage T热离子缩写GTEC石墨烯热能转换器FC燃料电池FFTC远场嗜热伏oltaic细胞NFTC NFTC近场嗜热伏oltaic Cell RD Richardson-Dushman Sofc Solid氧化物燃料电池TEC热能转换器
小型航天器技术状况：Power Chapter
（AFRL）空军研究实验室（BMS）电池管理系统（BOL）生命开始（CFRPS）复合纤维增强板（CIGS）CU（CIGS）CU（CIGS）SE2 SE2（ga）SE2（cots）商业 - 商业 - 货架（EOL）遗产（EOL）终端（EPS）终端（EPS）电力系统（ESA）电气系统（ESA）欧洲空间（ESA）欧洲空间（GAN）nitride（GAN）nitriide（ka）niTriede（GRC）NASNY ny nyy n. (Li-ion) Lithium-ion (LiCF x ) Lithium carbon monofluoride (LiPo) Lithium polymer (LiSO 2 ) Lithium sulfur dioxide (LiSOCl 2 ) Lithium thionyl chloride (MIL) Military (QML) Qualified Manufacturers List (NiCd) Nickel-cadmium (NiH 2 ) Nickel-hydrogen (OPV) Organic Photovoltaic （奥斯卡）基于碳材料（PCB）印刷电路板（PEASSS）的光传感器（sp）特定功率（交换）尺寸，重量和功率（TPV）热伏oltaic（TR）热辐射（TRL）技术准备水平（WH kg -1）瓦特小时每公斤瓦特小时
SOA Power第2023章
（AFRL）空军研究实验室（BMS）电池管理系统（BOL）生命开始（CFRPS）复合纤维增强板（CIGS）CU（CIGS）CU（CIGS）SE2 SE2（ga）SE2（cots）商业 - 商业 - 货架（EOL）遗产（EOL）终端（EPS）终端（EPS）电力系统（ESA）电气系统（ESA）欧洲空间（ESA）欧洲空间（GAN）nitride（GAN）nitriide（ka）niTriede（GRC）NASNY ny nyy n. (Li-ion) Lithium-ion (LiCF x ) Lithium carbon monofluoride (LiPo) Lithium polymer (LiSO 2 ) Lithium sulfur dioxide (LiSOCl 2 ) Lithium thionyl chloride (MIL) Military (QML) Qualified Manufacturers List (NiCd) Nickel-cadmium (NiH 2 ) Nickel-hydrogen (OPV) Organic Photovoltaic （奥斯卡）基于碳材料（PCB）印刷电路板（PEASSS）的光传感器（sp）特定功率（交换）尺寸，重量和功率（TPV）热伏oltaic（TR）热辐射（TRL）技术准备水平（WH kg -1）瓦特小时每公斤瓦特小时