宁德时代首款9MWh储能系统解决方案问世

Core Viewpoint - CATL has launched the TENER Stack, a 9MWh large-capacity energy storage system, marking a significant advancement in energy storage technology and solutions [1]. Group 1: Capacity and Cost Efficiency - The TENER Stack utilizes CATL's high energy density cells, featuring a five-year zero degradation characteristic. It offers a 45% increase in volume utilization and a 50% enhancement in energy density compared to traditional 20-foot container systems. The system can charge approximately 150 electric vehicles or power a typical German household for six years [2]. - Deploying 800MWh of storage capacity with TENER Stack reduces the required number of containers by nearly one-third compared to traditional 6MWh systems, while improving land utilization efficiency by 40% and saving 20% on overall power station construction costs [2]. Group 2: Transportation and Regulatory Compliance - The TENER Stack is designed to meet the 36-ton weight limit for land transport in 99% of global markets, achieved through a "Two in One" modular design that keeps each half-height container's weight below 36 tons. This design also accommodates various standard transportation methods, significantly reducing waiting times and lowering special transport costs by 35% [3]. - The innovative low center of gravity design enhances flexibility, allowing the TENER Stack to navigate bridges and rural roads effectively, showcasing its structural advantages [3]. Group 3: Safety Standards - In response to increasing safety concerns in energy storage, the TENER Stack has improved gas sensor sensitivity by 40%, resulting in a 35% faster response time for suppression systems [4]. - The new three-layer insulation design enhances fire resistance to two hours, and the system complies with IEEE693 seismic standards, capable of withstanding a magnitude 9 earthquake and a category 5 hurricane [5]. - As of November last year, CATL's energy storage systems have been deployed in over 1,700 projects globally, covering diverse climates and operational environments. The TENER Stack aims to support global partners in accelerating energy transition while providing more power in a smaller footprint [5].