Trina Storage Earns the World's First UL Verified Mark Certificate for Thermal Performance in Its Elementa 2 Liquid-Cooled BESS Cabinets
Trina Storage Earns the World's First UL Verified Mark Certificate for Thermal Performance in Its Elementa 2 Liquid-Cooled BESS Cabinets
MUNICH, Sept. 17, 2024 /PRNewswire/ -- On September 3, Trina Storage proudly achieved the world's first UL Verified Mark certificate for thermal performance of its liquid-cooled energy storage containers, issued by UL Solutions, a renowned global certification authority. This accolade highlights Trina Storage's innovative prowess and the global recognition of its product quality in the energy storage industry.
2024年9月17日慕尼黑电/PRNewswire/--特娜储能于9月3日荣幸获得了由全球知名认证机构UL Solutions颁发的世界首张热性能UL Verified Mark证书。这一荣誉突显了特娜储能在能源储存行业中的创新实力和全球产品质量认可。
UL Solutions conducted comprehensive testing on Trina Storage's liquid-cooled containers, evaluating factors such as temperature control precision, heat exchange efficiency, system stability, and durability. Trina Storage's containers excelled across all tests, showcasing exceptional efficiency and stability even under extreme conditions. Leveraging cutting-edge liquid cooling technology, Elementa liquid-cooled containers effectively manage the heat generation during energy storage operations, ensuring stable and safe battery performance.
UL Solutions对特娜储能的液冷容器进行了全面测试,评估了温度控制精度、热交换效率、系统稳定性和耐久性等因素。特娜储能的容器在所有测试中表现优异,在极端条件下展现出了异常的效率和稳定性。利用尖端液冷技术,Elementa液冷容器有效管理能量储存运作中的热量生成,确保电池性能的稳定和安全。
In terms of technological implementation, Trina Storage integrates advanced design features into its flagship product, Elementa 2, including multi-modal chillers, heat transfer and conduction structures, pipeline flow topologies, and dynamic temperature control strategies.
在技术实施方面,特娜储能将先进的设计特色融入旗舰产品Elementa 2,包括多模式冷却器、热传递和传导结构、管道流拓扑以及动态温控策略。
NTC temperature sensors are strategically placed across the entire battery cell surface, ensuring comprehensive and precise temperature monitoring. During the temperature control performance verification, battery surface temperatures were monitored throughout the charging, discharging, and resting phases. Real-time monitoring of these processes revealed a temperature variation of less than 2.5°C, achieving consistent compartment temperature and system thermal stability.
NTC温度传感器被战略性地放置在整个电池表面,确保全面和精准的温度监测。在温度控制性能验证期间,电池表面温度在充电、放电和休息阶段均有监测。这些过程的实时监测显示温度变化小于2.5°C,实现了一致的隔室温度和系统热稳定性。
Furthermore, the thermal management technology demonstrated outstanding performance in pipeline flow uniformity and liquid cooling plate consistency, with all test results meeting design standards. Compared to traditional cooling methods, Trina's thermal management strategy extends cell lifecycle by 10%, providing strong assurance for the long-term stability of energy storage systems.
此外,热管理技术在管道流均匀性和液冷板一致性方面表现出色,所有测试结果均符合设计标准。与传统冷却方法相比,特娜的热管理策略将电池寿命延长了10%,为能源存储系统的长期稳定性提供了可靠保障。
The Verified Mark certificate awarded to Trina Storage was granted after UL Solutions' stringent testing and verification processes, ensuring the authenticity and reliability of the thermal performance of Trina's liquid-cooled containers.
Trina Storage获得的Verified Mark证书是在UL Solutions严格的测试和验证过程之后授予的,这确保了Trina液冷集装箱的热性能的真实性和可靠性。
Trina prioritizes technological innovation and product reliability, with multiple products certificated by UL. This latest temperature control performance verification by UL Solutions further underscores Trina Storage's expertise and dedication to maintaining high standards in energy storage technology.
Trina优先考虑技术创新和产品可靠性,并通过UL获得了多种产品的认证。UL Solutions进行的最新温控性能验证进一步突显了Trina Storage对高标准的能源存储技术的专业知识和奉献精神。
Trina Storage, as a global leader in energy storage products and solutions, is dedicated to transforming the way we provide energy. Going forward, Trina Storage will continue to adhere to an innovation-driven development philosophy, consistently exploring and developing more efficient energy storage solutions.
作为全球能源存储产品和解决方案的领导者,Trina Storage致力于改变能源供应的方式。未来,Trina Storage将继续遵循以创新驱动的发展理念,不断探索和开发更高效的能源存储解决方案。
SOURCE Trina Storage
资料来源:卓能储能