大型集装箱储能系统 / LST 500kW/2000kWh

产品介绍

       该产品应用于电力储能系统电量存储，采用全新高安全，高循环次数的磷酸铁理电池。满足电力储能系统调峰、削峰填谷、离网备用电源等应用。

     产品特点

安全性高

系统采用12项专利技术; 采用直流与交流柜独立设计，并结合独创专利技术智能沉浸没式消防系统，使产品具有高安全性，确保无次生灾害。

效率高

采用全极耳中型圆桂方案，电芯内阻小，发热小，电芯冲放电周期效率提高3%；系统恒温系统能耗小，减少电流传输节点损耗，综合能效90%（同行85% ~ 88%）。

能量密度高

       取消常规的中间过道设计，标准20尺柜体积下，容量可达2200KWh，减少占地面积，使产品体积更小，能量密度更高。

维护成本低

       系统使用寿命长，可达10~20年；电芯采用免焊接工艺，使产品更有成本优势，大大减少运维成本，维修时效快。

工作参数

机械参数

在特定条件下，当温度低于0℃或高于40℃时，性能将受到限制。最终参数来自不同的产品批次，该参数仅供参考。

LST 500kW 2000kWh Large container energy storage system LiFePO4

Product Introduction

    This product is applied to the energy storage system of electric power, using a brand new high safety and high cycle rate lithium iron phosphate battery. Meet applications such as peak shaving, peak shaving and valley filling, and off grid backup power supply for power storage systems.

Product Features 

High Security   

The system adopts 12 patented technologies, independently designed with DC and AC cabinets, and combined with innovative patented technology, the intelligent immersion fire protection system ensures high safety of the product and ensures no secondary disasters.

 Efficient   

Adopting the full pole ear medium-sized cylindrical scheme, the internal resistance of the battery cell is small, the heating is small, and the efficiency of the battery cell discharge cycle is increased by 3%; The constant temperature system of the system has low energy consumption and reduces current transmission node losses, resulting in a comprehensive energy efficiency of 90% (peers 85% -88%).

 High Energy Density   

Cancel the conventional middle aisle design, and with a standard 20 foot cabinet volume, the capacity can reach 2200KWh, reducing the floor area, resulting in smaller product volume and higher energy density.

 Low Maintenance costs   

The system has a long service life, up to 10-20 years; The battery cell adopts a welding free process, which gives the product a cost advantage, greatly reducing operation and maintenance costs, and providing fast maintenance time.

Operation Parameters

Mechanical Parameters