Core Viewpoint - The article highlights the significant advancements in energy transformation for high-energy-consuming enterprises under the "dual carbon" goals, particularly through the collaboration between Inner Mongolia Chuangyuan Metal Co., Ltd. and Guangzhou Zhiguang Energy Storage Technology Co., Ltd. This partnership has led to the signing of a third-phase cooperation contract for an integrated energy storage project, achieving a cumulative capacity of over 1 GWh, setting a new industry record for user-side energy storage systems [5][9]. Group 1: Policy-Driven Collaboration - The third-phase project, located in the industrial park of Hohhot, Inner Mongolia, utilizes Zhiguang Energy Storage's self-developed grid-type cascade high-voltage energy storage system, coinciding with the release of national guidelines promoting the integration of renewable energy [6][9]. - The first phase of the project achieved the world's first black start test of a grid-type cascade high-voltage energy storage system in conjunction with a coal-fired unit, recognized as an exemplary energy storage demonstration project in Inner Mongolia [6]. - The second phase included 72 battery containers and 4 grid connection cabins, providing comprehensive power services such as frequency regulation and peak shaving [6]. Group 2: Technological Breakthroughs for Green Power Supply - The grid-type cascade high-voltage energy storage system developed by Zhiguang Energy Storage addresses the challenges posed by extreme weather and the intermittent nature of renewable energy, ensuring stable and efficient direct supply of renewable energy to high-load enterprises like Chuangyuan Metal [12][14]. - The system acts as an "energy buffer" and "emergency power supply," significantly improving the absorption rate of green electricity and preventing production interruptions due to fluctuations in wind and solar power [14]. Group 3: Benchmarking Effect for Industrial Decarbonization - The collaboration between Zhiguang Energy Storage and Chuangyuan Metal exemplifies a new path for the synergy of green low-carbon development and efficient production, maximizing clean energy absorption while reducing electricity costs and enhancing supply reliability [17]. - This model sets an innovative benchmark for high-energy-consuming enterprises nationwide, particularly in sectors like steel and aluminum, where the demand for green electricity substitution is urgent [17]. - The third-phase cooperation is a crucial step for the enterprise in practicing green development, aiming to transform the regional energy structure towards a clean and low-carbon model [19].