Core Viewpoint - The article discusses the transition of the energy storage industry from mandatory storage requirements to market-driven models following the release of the "Document 136" in 2025, highlighting both challenges and opportunities for new energy storage development [2]. Group 1: Event Overview - The "Future Science City: Collaborative Innovation Development of New Energy and Energy Storage" salon was held on November 28, focusing on policy implementation and market changes post "Document 136" [2]. - The event aimed to facilitate deep discussions among grid companies, energy generation groups, and energy storage enterprises to promote the successful transition of the energy storage industry from "mandatory storage" to "market-driven" models [2]. Group 2: Key Initiatives - Three initiatives were proposed by Cui Chao, Deputy Director of the Advanced Energy Industry Department of the Beijing Future Science City Management Committee: 1. Establishing a talent cultivation base in collaboration with universities to align training with market needs [4]. 2. Building a technology innovation platform to address critical issues in energy storage safety and enhance collaboration between industry and academia [4]. 3. Fostering a cluster of energy storage industry development by inviting quality enterprises and research teams to settle in Changping [4]. Group 3: Technological Insights - The State Grid Energy Research Institute emphasized the shift of new energy storage from "mandatory" to "market-driven," identifying long-duration and grid-forming storage technologies as key development areas [9]. - The National Energy Group presented advancements in molten salt storage technology coupled with coal power, addressing challenges in flexible transformation [12]. - Huawei introduced intelligent solutions for integrating solar and storage systems, aimed at overcoming large-scale grid connection challenges [13]. - JinFeng Zero Carbon showcased its achievements in smart storage and carbon-neutral projects, delivering over 15 GWh of storage products [15]. - ChuNeng New Energy discussed breakthroughs in lithium supplementation technology to extend the lifecycle of energy storage cells [17]. - XiQing Energy highlighted the use of AI for enhancing safety operations in energy storage stations, focusing on early fault warning systems [19]. Group 4: Collaborative Efforts - The salon provided a platform for industry leaders and enterprises to share insights on technological breakthroughs, market progress, and safety practices in the new energy and storage sectors [25]. - The Zhongguancun Energy Storage Industry Technology Alliance aims to strengthen resource connections and empower the energy storage industry for high-quality development, contributing to the achievement of carbon neutrality goals [25].