New Energy Equipment
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New Energy Equipment
Featuring automated PACK assembly/test lines, PV inverter test systems, and outdoor power supply aging equipment. These solutions cover key processes including battery module assembly, BMS communication testing, inverter efficiency analysis, and product endurance aging, providing complete verification methods from components to finished products for the new energy sector.
FAQ
1. What new energy testing and manufacturing equipment does JETTEST provide?
JETTEST provides automated testing, assembly, and aging equipment for new energy manufacturing. Its solutions cover battery PACK assembly, energy storage testing, photovoltaic inverter testing, photovoltaic power supply testing, and burn-in applications. These solutions support production and verification processes ranging from battery pack assembly to functional testing, aging, and final inspection.
2. What applications are JETTEST new energy equipment designed for?
JETTEST new energy equipment is designed for applications including energy storage battery packs, photovoltaic inverters, PV power supplies, mobile energy storage products, and other new energy electronic products. Depending on the application, the equipment can support assembly, electrical testing, functional verification, burn-in, aging, and final inspection.
3. Does JETTEST provide battery pack assembly and testing lines?
JETTEST new energy equipment is designed for applications including energy storage battery packs, photovoltaic inverters, PV power supplies, mobile energy storage products, and other new energy electronic products. Depending on the application, the equipment can support assembly, electrical testing, functional verification, burn-in, aging, and final inspection.
4. What tests can be performed on energy storage battery packs?
Energy storage battery packs may require several stages of testing throughout the manufacturing process, including pre-burn-in testing, burn-in testing, post-burn-in testing, functional verification, and final inspection. JETTEST’s Final ATP Line for Energy Storage Packs integrates testing and production stages into an automated workflow, including pre-burn-in ATE, burn-in, post-burn-in ATE, NG product buffering, AGV transport, and packaging.
5. What is burn-in testing used for in energy storage manufacturing?
Burn-in testing operates products under controlled conditions for a defined period to help identify potential performance and reliability issues before shipment. In energy storage manufacturing, burn-in can be integrated with electrical testing and automated material handling. JETTEST integrates burn-in with pre- and post-burn-in ATE testing as part of its automated production solutions.
6. What equipment does JETTEST offer for photovoltaic inverter testing?
JETTEST provides photovoltaic power supply ATE test systems for testing high-power PV inverters and related power electronics. The system can provide DC input and AC load conditions for evaluating conversion efficiency and operational performance, making it suitable for photovoltaic, energy storage, and inverter testing applications.
7. Can JETTEST new energy equipment support production automation and MES integration?
Yes. JETTEST designs new energy production equipment with automation and production data management in mind. Its solutions can support whole-line process data control, product traceability, and MES protocol compatibility. Automated handling and testing functions can also be integrated into production lines according to the manufacturing process.
8. What is the difference between battery pack assembly equipment, ATE testing, and burn-in equipment?
These systems address different stages of new energy manufacturing. Battery pack assembly equipment focuses on assembling and handling cells, modules, and related components. ATE systems perform controlled electrical and functional tests to verify product performance. Burn-in equipment operates products under controlled conditions for a defined period to identify potential reliability issues. In an automated production environment, these functions can be integrated into a single production and testing workflow.
9. Can JETTEST customize new energy testing and manufacturing equipment?
Yes. JETTEST develops customized testing and intelligent manufacturing equipment according to product specifications and production requirements. Solutions can be configured around factors such as product type, testing procedures, production capacity, automation requirements, material handling, and production data management. This allows equipment and production lines to be adapted to different energy storage and new energy manufacturing processes.
10. How can I choose the right new energy testing equipment for my production line?
The right equipment depends on the product being manufactured, required production capacity, testing procedures, automation level, and data integration requirements. Battery manufacturers may require PACK assembly and testing equipment, while PV inverter manufacturers may need high-power ATE test systems. For integrated energy storage production, assembly, ATE, burn-in, material handling, and final inspection can be combined into an automated production line based on the customer’s process requirements.
Proven Quality, Globally Recognized
We provide professional testing and aging solutions for leading global new energy enterprises, serving renowned brands including Growatt, Dahua, Haineng, Kehua, Topband, East, EcoFlow, Zhiguang, and Aohai. On-site photographs vividly demonstrate the stable operation of our testing systems within customer production lines. Through reliable testing equipment and rigorous quality control, we ensure every new energy product delivers exceptional stability, safety, and durability.
