Implementation Prospects and Technical Barriers of c-gis in Renewable Energy Applications

With the increasing scale of new energy power generation, higher demands are being placed on the reliability, compactness, and environmental adaptability of high-voltage switchgear in power systems. c-gis (Compact Gas-Insulated Switchgear), characterized by its compact structure, excellent insulation performance, and low maintenance costs, has shown significant advantages in the new energy field. This paper, based on the background of new energy power system requirements, analyzes the technical characteristics of c-gis and its compatibility with new energy scenarios, and explores its application potential and challenges in the fields of wind and solar energy. Through theoretical analysis and case studies, this paper proposes technical optimization directions and policy recommendations for the further promotion of c-gis in the new energy field. Therefore, the study of c-gis applications in the new energy field holds profound significance for technological innovation in energy transition, breakthroughs in key technologies, and economic and social benefits.