On May 3rd, it was reported from State Grid Hebei Electric Power Company that the company is following the principles of unified planning, unified standards, safety, reliability, and durability to accelerate the new round of rural power grid transformation and upgrading work and accelerate the pace of rural power grid transformation and upgrading. State Grid Hebei Electric Power will invest 12.6 billion yuan in the construction of power grids in poverty-stricken areas, ensuring the construction of poverty alleviation power grids in 19 national level poverty-stricken counties such as Fuping and 15 provincial-level poverty-stricken counties such as Wuqiang in the southern region of Hebei Province; In 2017, all central villages completed the renovation and upgrading of the power grid, the power supply project for motor wells, and the power supply project for villages and villages; In 2018, the rural power grid in poverty-stricken areas achieved the goals of the 13th Five Year Plan two years ahead of schedule; By 2020, a modern rural power grid with reasonable structure, advanced technology, safety, reliability, and durability will be built.

　　With the rapid development of the county economy and the further improvement of urbanization level, issues such as rural power grid overload, weak grid structures in some areas, and limited access to power loads have become prominent. Faced with problems and challenges, State Grid Hebei Electric Power focuses on scientific planning, improving services, and strengthening construction, continuously optimizing the structure of rural power grids, improving energy quality, and improving automation levels to assist in poverty alleviation. The company focuses on the coordinated development of rural power grid planning and new city urbanization construction, and reasonably conducts substation site selection and line corridor planning; Continuously strengthen the construction of rural power grid structures, adopt typical designs, and gradually form a new type of rural power grid with "reasonable layout, technical applicability, high power supply quality, and low power loss"; By comprehensively applying new technologies, we will significantly enhance the ability of rural distribution networks to accept new energy. At the same time, we will explore using distribution networks as a support platform to build a comprehensive energy supply system that optimizes and complements multiple energy sources, achieving bidirectional flow of energy and information.