“十五五”时期，农网高质量发展，让绿水青山成为造福百姓的“金山银山”

Core Viewpoint - The article emphasizes the transformation of rural power grids in China during the "14th Five-Year Plan" period, highlighting the shift from merely providing electricity to ensuring high-quality power supply, which is essential for rural revitalization and economic development [3][4][10]. Group 1: Rural Power Grid Development - Over the past decade, investment in rural power grid upgrades has exceeded 430 billion yuan, with power supply reliability reaching 99.8% [5]. - The focus has shifted from "access to electricity" to "quality of electricity," as rural electricity demand increases due to higher living standards and the adoption of electric heating, air conditioning, and agricultural electrification [5][10]. - Various regions are implementing unique strategies for rural power grid development, such as Shandong's integration of power grid construction into rural planning and ecological restoration projects [5][6]. Group 2: Technological Innovations and New Models - Zhejiang province is enhancing its power grid's resilience through infrastructure improvements, achieving a power supply reliability rate of 99.988% and reducing average outage time to 1.05 hours [6]. - Innovative models like "new energy + storage" and "multi-energy complementarity" are being explored to meet the diverse energy needs of rural areas [8][9]. - In Hubei's土店子村, a distributed biomass energy model has been successfully implemented, leading to a 100% green electricity consumption rate [9]. Group 3: Future Directions and Goals - The future rural power grid aims to be a comprehensive energy platform that not only transmits electricity but also integrates distributed energy sources and supports electrification in agriculture and smart living [13]. - Plans for 2026 include significant investments in rural power infrastructure, focusing on enhancing supply reliability and accommodating renewable energy projects [13]. - The ongoing development of smart power grids will address the challenges of low visibility and management in remote areas, ensuring efficient energy distribution and consumption [12].