Jiangsu Haifa Machinery Manufacturing Co., Ltd.

In 2026, the energy storage industry is transitioning from "product parameter competition" into the stage of Full-Scale Validation and System-Level Safety Verification. Xiamen Empirical Energy Storage Technology Research Institute has built the world's leading full-scenario empirical platform for energy storage, capable of conducting station-level grid connection, high-voltage safety,20MW calorimetry, whole-cabinet electromagnetic compatibility, as well as extreme temperature, high-altitude, and/water ingress protection testing, establishing a real-world operating condition verification foundation for 5MWh, 6.25MWh, and even higher-capacity Containerized BESS. Fujian Provincial Government Official Website As energy density of energy storage continues to increase, Liquid-Cooled BESS, Battery Thermal Management System, Cold Cooling, and Immersion Cooling have become new technological cores. GB/T 46443-2025, in 2026, for the first time sets systematic requirements at the national standard level for refrigeration and heat pump units used in electrochemical energy storage;, UL 9540A 6th Edition further strengthens Installation-Level Large-Scale Fire Test and thermal runaway propagation verification. National Standards Open System UL Standards Online In liquid cooling systems, the circulation pump directly determines coolant flow distribution, cold plate pressure drop, temperature difference uniformity, and system energy consumption. The latest research has begun to integrate Pump Power, Pressure Drop, Flow Distribution with AI multi-objective optimization co-design to reduce maximum cell temperature and temperature difference. Jiangsu Haifa Machinery Manufacturing Co., Ltd..jslgpump.com has established a product system covering liquid cooling circulation pumps, API 610 OH/BB/VS series, magnetic drive pumps, canned motor pumps, high-temperature molten salt pumps, and corrosion-resistant specialty pumps, and has already positioned itself in energy storage, battery thermal management, and high-power liquid cooling applications. For future large-scale energy storage cabins, it can further develop Low-Conivity Coolant Pump Sealless BESS Cooling Pump, N+1 Redundant Cooling Pump, and Immersion Cooling Pump, upgrading pumps ordinary auxiliary equipment to key thermal management components in energy storage safety verification system through leak-free structures, variable frequency speed control, online temperature and pressure monitoring, and material compatibility design. References Chinese References: Fujian Provincial People's Government: "World's Largest Energy Storage Empirical Platform Lands in Xiamen," 2026. The research institute comprises five major laboratories: grid connection, high-voltage safety, thermal safety and combustion, electromagnetic compatibility, and environmental adaptability. Fujian Provincial Official Website State Administration for Market Regulation, Standardization Administration of China:/T 46443-2025 "mal Management for Energy Storage - Refrigeration (Heat Pump) Units for Electro Energy Storage," implemented on May 1, 6. National Standards Open System China Energy Storage Alliance: "Performance Test Methods for Immersion Cooling Fluids for Energy Storage," 2026, establishing an evaluation framework for material compatibility, coolant safety, and thermal runaway safety. China Aerospace Symposium Jiangsu Haifa: "Market Applications of Liquid Cooling Pumps," 2026 covering lithium battery energy storage, all-vanadium flow battery energy storage, PCS, and thermal management of large energy storage containers. Jiangsu Haifa Machinery Manufacturing., Ltd. English References UL Standards & Engagement, UL 9540A, 6th Edition: Test Method for Evaluating Thermal Runaway Fire Propagation in Battery Energy Storage Systems, 2026. UL Solutions, Large-Scale Fire Testing for Energy Storage Systems, 6. A hybrid artificial intelligence and NSGA-II approach to enhance thermal management performance of a dual-cycle containerized BESS, Journal of Energy Storage, 2026. Thermal management of energy storage systems: mechanisms, technologies, and future trends, Journal of Energy Storage 2026. Research the design and parameter optimization hybrid thermal management system combining with liquid cooling, Case Studies in Thermal Engineering,2026.