BMS, EMS and MES should be explained separately on this page. BMS protects and monitors battery operating conditions, including voltage, current, temperature, balancing status and abnormal alarms. EMS manages energy operation logic, especially in storage systems where charging, discharging and power strategy need coordination. MES focuses on the factory side by recording production orders, workstation progress, test results, batch information, operator actions and quality records.
When these systems are planned correctly, they create a data layer above the physical equipment. A PACK factory can use MES records to trace which cell batch was used in which module, which welding station processed the product and which testing result was generated before shipment. An energy storage project can use BMS and EMS data to monitor operating status, system alarms and performance changes.
This solution may include data-point definition, equipment communication review, barcode or QR-code design, dashboard planning, abnormal-event recording, production-report logic and system-interface coordination. The goal is to make data useful for daily management, quality analysis, maintenance support and future factory expansion.
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01Support Project DefinitionSupports project-defined prismatic cell applications and product structures.
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02InspectionModule stacking, compression, busbar assembly, laser welding, and welding inspection.
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03BMS IntegrationBMS integration, harness assembly, insulation protection, aging, charge-discharge testing, and EOL.
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04Designed for ESSDesigned for ESS, telecom, industrial power, forklift, marine, starter, and special vehicle applications.
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05ConfiguredCapacity and automation level can be configured according to project requirements.
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06Ramp-up SupportFAT, SAT, training, trial production, and ramp-up support.

