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超170MWh!多个工商储项目密集落子

Core Viewpoint - The article highlights the recent advancements in energy storage projects, particularly focusing on the initiatives by TianNeng and other companies in the commercial and industrial energy storage sector, emphasizing their potential environmental benefits and technological innovations [2][3][5]. Group 1: TianNeng Projects - TianNeng has initiated three user-side energy storage projects with a total scale of 110.18 MWh, which are expected to be operational by the end of 2025 [3][5]. - The projects utilize TianNeng's self-produced 314Ah cells and proprietary energy storage battery cabins, aiming to reduce traditional energy consumption and lower carbon emissions by approximately 48,000 tons annually, equivalent to planting 2.6 million trees [5]. Group 2: Jiangsu Zero-Carbon Microgrid - The largest user-side zero-carbon microgrid in Jiangsu, the Suqian Canal Port Zero-Carbon Smart Microgrid, has commenced operations with a photovoltaic capacity of 5.15 MW and an energy storage scale of 10 MW/20 MWh [7][8]. - This microgrid integrates with a virtual power plant system, utilizing big data and AI algorithms for real-time optimization, enhancing the stability and flexibility of regional power supply [10]. Group 3: East China Region Developments - The first user-side energy storage project in East China, a 4 MW/16 MWh system at the Kunshan LianTao Electronics facility, has successfully connected to the grid [11][13]. - The project employs OPzV nano-silicon solid-state lead batteries, significantly improving safety by mitigating fire risks [13]. Group 4: Other Notable Projects - The Chongqing BOE 7.5 MW/15.047 MWh user-side energy storage project has been connected to the grid, showcasing a high-quality application for large-scale energy storage in the Southwest region [14][16]. - The Chengdu Xinjing Zero-Carbon Park 10 MWh energy storage project has been delivered, designed to enhance power stability and reduce peak electricity costs through a "low valley charging, high peak discharging" strategy [17].