Energy Storage Container
Type tests according to standards and performance baseline tests based on customer requirements.
As a flexible and mobile energy storage solution, energy storage containers are experiencing rapid growth, driven by the fast development of renewable energy and the demand for grid intelligence. The current mainstream technology is the 20-foot/5MWh system, which is evolving towards larger capacity systems. To verify the environmental adaptability and reliability of energy storage container products and to inspect their capacity, efficiency, and performance retention under extreme conditions, it is urgent to conduct environmental reliability performance tests on modified products.
With the rapid development of the energy storage industry, the environmental reliability and system-level charge/discharge performance of energy storage systems and components have become a key focus. Grid-connected charge/discharge testing of energy storage container systems under extreme environmental conditions is a severe test for all components, especially the batteries and thermal management units. The laboratory's testing services for complete energy storage battery containers cover environmental reliability and charge/discharge tests, aiming to verify the product's operational reliability under extreme environmental conditions and ensure its performance meets standard requirements.
Environmental Tests: High/low temperature, temperature cycling, alternating damp heat, condensation, temperature rise, etc.
Electrical Performance Tests: Charge/discharge performance, power control, on/off-grid switching, overload capacity, insulation resistance, dielectric strength, etc.
