Core Viewpoint - The article highlights the issue of high electricity costs and difficulties in electricity installation for over 400 residential buildings in the Xiaojin Village No. 8 Industrial Zone of Huizhou City, prompting government intervention to optimize the electricity installation process for residents [1][2][8]. Group 1: Background and Issues - The Xiaojin Village No. 8 Industrial Zone was originally designated for industrial use since 1994, but illegal residential constructions have emerged since 2010, leading to over 400 unauthorized buildings [2]. - Due to unclear land ownership and lack of proper planning, over 80% of residents have been relying on expensive industrial electricity, with rates fluctuating between 1.80 to 2.50 yuan per kWh from 2013 to 2017, and dropping to 1.50 yuan from 2018 to June 2024, with a further reduction to 1.30 yuan post-June 2024 [2]. Group 2: Government Actions - On May 22, seven government departments in Huizhou issued a joint notice aimed at optimizing the electricity installation process for users without property ownership proof [3][4]. - The notice includes measures to simplify application requirements and improve management efficiency, enhancing the overall electricity service environment in Huizhou [3][4]. Group 3: Progress and Implementation - As of September 4, over 90% of building owners in the industrial zone have received electricity application forms, and over 80% have completed the installation of new electricity meters [1][6]. - Residents have expressed satisfaction with the new procedures, although some face challenges due to the "one building, one meter" policy, which complicates installations for buildings with multiple units [6][7]. Group 4: Future Considerations - Local officials are working to address residents' requests for a "one household, one meter" system, allowing for individual metering and billing [7]. - The government is also monitoring compliance with installation requirements, ensuring that certain unauthorized constructions do not receive electricity [7].