First estimation of high-resolution solar photovoltaic resource maps

Abstract Fengyun-4A (FY-4A), which is the latest-generation Chinese geostationary meteorological satellite, measures solar reflection and thermal emission with high temporal, spatial,

FY-2 (FengYun-2)

FY-2 (Fengyun-2) - Geostationary Satellite SeriesBackgroundSpacecraftFy-2AFy-2BFY-2CDCSSemFY-2FFY-2GThe second Chinese GEO satellite, FY-2B, was launched on June 26, 2000 from the Xichang launch center with the Long March 3 (LM-3) vehicle. The FY-2B S/C is identical to the previous FY-2A satellite and carries the same payload (S-VISSR, and DCS). The S/C is spin-stabilized with a spin rate of 100 rpm. The on-orbit dry mass is 600 kg, the launch ma...在eoportal 上查看更多信息booksci.cn

Autonomous solar resourcing in China with Fengyun-2 - Book学术

A series of analysis as to quantifying the interannual and spatial variability of solar irradiance and assessing photovoltaic potential in China, which has rarely been done before, confirm that the current

RSER: 新数据结合新方法提供太阳能资源新产品----大气

碳中和目标背景下,中国未来将显著增加光伏等新能源在能源结构中的占比。太阳能资源评估是高效利用光伏资源的重要前提,迫切需要高时空分

Fengyun Radiation Services for Solar Energy Meteorology: Status and

Satellite remote sensing is essential for solar energy meteorology. The 14-channel Advanced Geostationary Radiation Imager of the Fengyun-4 series of satellites performs a full-disc

Autonomous solar resourcing in China with Fengyun-2

Abstract Almost all solar resource assessment and forecasting endeavors require gridded surface irradiance retrieved from geostationary satellites. China''s solar industry has hitherto been relying

科研进展 | 新数据结合新方法提供太阳能资源新产品

太阳能资源评估是高效利用光伏资源的重要前提,迫切需要高时空分辨率太阳辐射数据。地面站点可提供长期且精度较高的观测数据,但站点分布稀疏,空间覆盖严重欠缺；再分析资料可提供时空覆盖完整

科研进展丨夏祥鳌等-AAS: 风云卫星承载我国太阳能气

FY-4系列卫星搭载的成像仪 (AGRI)在光谱分辨和时空分辨等方面较FY-2均有显著提升,而新增的红外高光谱（GIIRS）和闪电成像仪（LMI）也为大气探测、天气

Fengyun Radiation Services for Solar Energy Meteorology: Status and

Then, from the perspective of solar resource assessment and forecasting, three fundamental characteristics of the kind of irradiance products that are most serviceable to the solar energy sector

Autonomous solar resourcing in China with Fengyun-2,Solar Energy

A series of analysis as to quantifying the interannual and spatial variability of solar irradiance and assessing photovoltaic potential in China, which has rarely been done before, confirm

科研进展 | 新数据结合新方法提供太阳能资源新产品

近日, 中国科学院大气物理研究所 施红蓉博士等联合 哈尔滨工业大学 能源科学与工程学院和 中国气象局 卫星气象中心合作者,利用风云四号A星（FY-4A）光谱成

Solar Power Containers: A Sustainable Solution for Energy

As the world increasingly shifts towards renewable energy, innovative solutions are emerging to meet the growing demand for clean, sustainable power sources. One such solution that

科研进展 | 新数据结合新方法提供太阳能资源新产品

太阳能资源评估是高效利用光伏资源的重要前提,迫切需要高时空分辨率太阳辐射数据。地面站点可提供长期且精度较高的观测数据,但站点分布稀疏,空间覆盖严