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Supports more kinds of protection ICs and gas gauge ICs
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High precision
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High compatibility: apply to diverse charge and discharge schemes with the same or seperated ports
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Operated by upper computer for easy test and maintenance
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Complete test items and multiple current protection function tests to accurately measure the protection time
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Test results can be stored in the database for better quality control and product tracking and exception analysis
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Log function for recording the system operation history
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Functional description
Energy storage converters are widely used in electric power systems, rail transportation, military, shore-based, petroleum machinery, new energy vehicles, wind power generation, solar photovoltaic and other fields, to achieve bi-directional flow of energy in grid peak shaving and valley filling, smoothing power fluctuations, energy recycling, backup power, grid connections for renewable energy etc, to actively support the grid voltage and frequency and improve the quality of power supply.
It can be applied to the energy storage system on the power generation side, the transmission and distribution side of the power grid and the user side of the power system, mainly applied to renewable energy wind and solar PV hybrid power systems, transmission and distribution stations, industrial and commercial energy storage and distributed micro-grid energy storage, storage and charging stations etc.
With strong grid adaptability, high power quality and low harmonics; strong three-phase unbalanced loads; low interference with BMS interaction, with battery algorithms to charge the battery in an efficient and safe way; bi-directional charge and discharge management of the battery for extending battery life; wide DC voltage range for diverse battery charging applications; three-level topologies technology for efficient energy conversion with conversion rate up to 99%; low standby power consumption and low no-load losses. real-time monitoring for operating status and rapid fault location; support multiple converter units parallel connection to meet MW power level requirements; with grid-connected and off-grid operation, supporting intelligent automatic switch for grid-connected and off-grid mode; with grid-connected and off-grid operation, supporting intelligent automatic switch for grid-connected and off-grid mode.