750V ; 300A/400A/500A/1000A ; ± 0.05% F.S ; 5ms (10%~90% F.S) ; 10ms (-90%~90% F.S)
RePower high voltage high current battery test system adopts advanced instrumentation technology and power electronics technology to develop energy feedback type testing equipment, which is suitable for new energy vehicles, energy storage, battery packs and other lithium or lead-acid battery pack testing and quality control.
Comprehensive testing capabilities that cover all aspects of battery performance evaluation, from basic charge/discharge cycles to advanced high-speed pulse testing.
Advanced engineering design and intelligent software integration that deliver superior performance, reliability, and ease of operation for all battery testing requirements.
The equipment consists of four parts:transformer cabinet,AC/DC power cabinet,DC/DC power cabinet,and upper computer system,which can meet various customized needs of customers,improve equipment utilization and production efficiency,and easy to maintain the equipment.
The equipment supports parallel connection across cabinets to increase the current range to extend higher power,i.e.,the current is doubled according to the number of channels and the accuracy can be guaranteed,which can save costs and resource utilization and maximize the value of the customer's equipment.
Charging and discharging two-way energy saving, saving a lot of power consumption expenditure, and at the same time save a lot of energy consumption heat generated by the air-conditioning electricity costs.
The host computer samples highperformance multi-core CPUs,and the equipment can run offline for 24 hours after the communication interruption of the host computer,and then automatically resume after the communication is restored,so that the test will not be interrupted.
The equipment simulates arbitrary current/powerwaveforms of the battery during actual drivingprocesses such as starting, climbing, braking,etc. of the car, providing reliable andcomprehensive data to help customers shortenthe development/validation cycle of the battery.
The equipment adopts three-leveltechnology with wide voltage output rangeand low ripple current, which can adapt tothe harsh grid environment and reduce lossand improve efficiency.
Detailed technical specifications that demonstrate the precision, accuracy, and versatility of our battery testing system for various applications.
Note: For specific models and parameters, please refer to the corresponding technical specifications.
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