Research Method for Assessing the Potential of Solar Energy Source: Case Study in Thanh Hoa Province

Pham Anh Hung, Nguyen Quoc Viet, Nguyen Ngoc Huyen, Tran Thien Cuong, Le Sy Chung, Le Xuan Thai, Le Sy Chinh
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Abstract

  This research uses the GHI (Global Horizontal Irradiation Index) raster data source of solar radiation potential map developed by The World Bank Group and the land use map data, infrastructure in 2019 of Thanh Hoa province to calculate the solar radiation technical potential in Thanh Hoa province. In addition, GIS techniques are also applied to overlay thematic maps to determine the available solar energy development area according to the method of the Institute of Energy. The results show that the available solar energy development area is 54,621.15 ha, accounting for 5% of the province's natural area, the technical potential is 21,848.46 MWp. The well-developed regions are concentrated in the lowland and midland districts due to favorable conditions of land scale and infrastructure, less affected by natural disasters such as storms, floods and landslides. Regarding the method of determining technical potential, it is required to be more specific to identify available and exclusion areas with some types of land such as water surface, forest and paddy rice land.  
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太阳能潜力评估的研究方法——以清化省为例
本研究利用世界银行集团开发的GHI(全球水平辐射指数)栅格数据源太阳辐射潜力图和清化省2019年土地利用图数据、基础设施数据,计算了清化省的太阳辐射技术潜力。此外,还根据能源研究所的方法,应用GIS技术叠加专题地图,确定太阳能可利用开发区域。结果表明,可开发太阳能面积为54,621.15 ha,占全省自然面积的5%,技术潜力为21,848.46 MWp。由于土地规模和基础设施条件较好,发达地区集中在低地和中部地区,受风暴、洪水、滑坡等自然灾害的影响较小。关于确定技术潜力的方法,需要更具体地确定具有某些类型的土地,如水面、森林和水稻地的可用区和禁区。
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