Group 1 - The event aims to promote innovation and collaboration between large and small enterprises, leveraging leading companies to support small businesses in key industrial supply chains [1][2] - The competition adopts a model where leading enterprises "post challenges" and small enterprises "respond," focusing on cutting-edge fields to enhance resource sharing and precise matching of supply and demand [2][3] Group 2 - The organizing bodies include the Beijing Municipal Bureau of Economy and Information Technology, Beijing Municipal Finance Bureau, and the Chaoyang District People's Government [3] - Eligibility for participation requires companies to be registered in China, meet the criteria for small and micro enterprises, have completed R&D or prototype development, possess clear application scenarios, own intellectual property rights, and have no negative records [4] Group 3 - The competition seeks AI solutions for industrial applications in energy storage, including health diagnostics, predictive maintenance, performance analysis, and intelligent control algorithms [4] - Registration for the competition is free, and participants must register through the official competition website [5] Group 4 - The competition timeline includes project recruitment from June 30, preliminary rounds from July 1 to July 31, and finals from August 1 to August 31 [6][7] - Awards include one special prize and ten excellence awards, with monetary rewards, certificates, and trophies for winners [8][9]

Core Viewpoint - The article emphasizes the launch of "Smart Energy Storage Solutions" by the company at the ESIE2025 conference, focusing on the integration of AI and energy storage technologies to enhance efficiency and sustainability in energy management [1][4][10]. Group 1: Product Offerings - The company showcased a range of products including an 8MWh all-liquid cooling energy storage system, energy storage inverters, liquid cooling battery packs, and integrated solar-storage units, addressing diverse market needs for safety, efficiency, reliability, and longevity [3][7]. - New series of prefabricated energy storage products were introduced, such as HyperBlock M 3.2MWh, HyperBlock IV 8MWh, and HyperBlock IV Plus 9.6MWh, compatible with 1500V and 2250V voltage platforms [7]. Group 2: Technological Integration - The integration of AI into the entire lifecycle of energy storage systems is highlighted, with AI driving innovations in project planning, equipment design, predictive maintenance, intelligent scheduling, and safety monitoring [10]. - The company's AI cloud platform utilizes advanced IoT and edge computing technologies to achieve seamless connectivity and human-machine interaction, transforming traditional energy storage devices into intelligent asset operation services [10]. Group 3: Market Trends and Policy Impact - The article discusses the impact of the 136 document, indicating a new development phase for the energy storage industry, shifting from price competition to value competition, which is essential for high-quality market engagement [13]. - The company is exploring various commercial applications in charging, oil fields, mining, data centers, and communication bases, focusing on auxiliary services and green electricity trading [13]. Group 4: Economic Viability - Current energy storage systems are commercially viable, with a lifespan of 15 to 20 years, and the company's integrated model addresses renewable energy consumption and grid connection issues, enhancing overall project returns [15]. - The company’s AI-based comprehensive factor assessment model accurately measures the scale of renewable energy and storage configuration, improving the consumption ratio of renewable energy and providing competitive electricity pricing [16]. Group 5: Industry Recognition - The company received two prestigious awards at the ESIE2025 conference, recognizing its technological prowess and innovative products, including the award for the Beijing charging station project and the HyperBlock II Plus 1500V high-pressure liquid cooling energy storage system [18].