Lithium Ion Battery Tester LFP by PSN Energy

• Single cluster management, standard working condition energy conversion efficiency>88%, extreme energy conversion efficiency>90%, single cluster energy utilization rate increased by 15%
• The temperature difference of the battery cell is ≤3℃, the maximum temperature rise is ≤5℃, the maximum temperature under extreme working conditions is ≤50℃, and the cycle life is increased by 20%.
• Power conservation in winter, auxiliary losses reduced by 20%

· Ultra - simple Layout: The AC and DC components are vertically arranged, eliminating the floor space occupied by the PCS (Power Conversion System) and water - cooling units. The volume of a single product is reduced by 25%.

· Dynamic Capacity Expansion: The products can be placed back - to - back or side - by - side, maximizing space utilization. Flexible capacity expansion is not restricted by the site.

· Extra - long Lifespan: Balancing technology improves battery consistency, extends the system lifespan, and ensures high economic efficiency of the system.

· Efficient Heat Dissipation: Using the PACK liquid - cooled heat dissipation mode, the temperature difference of battery cells is ≤ 2.8℃. Auxiliary energy consumption is reduced by 30%, saving operating costs.

· Cluster - level Management: One management per cluster, with current - sharing control among clusters. There is no "barrel effect". The depth of discharge can be adjusted, and the charge - discharge capacity over the entire life cycle is increased by 8%.

       ·    One - click Power - on: Performance and function debugging are completed before leaving the factory.          There is no need for on - site debugging. The equipment can be connected to the grid as soon as it arrives          at the station.

•         Minimum Cut - off Quantity: One Power Conversion System (PCS) per cluster, operating independently. Compared with traditional solutions, the fault loss is reduced by 90%.
•         Resistance to Harsh Environments: Adaptable to various outdoor environments, such as high temperature, high salt spray, high cold, high humidity, high altitude, etc.

· Remote Management: Enable online intelligent monitoring to reduce the frequency of manual inspections.

· Dynamic Adjustment: Conduct high - precision State of Charge (SOC) assessment and dynamically adjust energy efficiency management strategies according to the load.

· Multi - mode Switching: Built - in multiple working modes such as peak - shaving and valley - filling, demand response, backup power supply, and command response.