APPLICATION-FOCUSED PLANNING
Battery and energy-storage solutions organized by application
Start with the operating objective, battery architecture, inverter, site, and delivery scope. Then use the linked products and technical guides to narrow the hardware and information required for a quotation.
Connect product selection to a complete system requirement
A battery enclosure, BMS, communication cable, high-voltage control box, and configured ESS cabinet solve different parts of an energy-storage project. These solution pages organize those parts around home storage, inverter communication, and commercial or industrial deployment.
APPLICATION SOLUTIONS
Start from the battery-system application
Home LiFePO4 energy storage planning
Map battery cells, enclosure format, BMS current, active balancing, inverter communication, installation, and shipping before selecting hardware.
Explore solutionINVERTER COMPATIBILITYInverter and BMS communication compatibility
Plan CAN or RS485 communication by protocol, pinout, termination, firmware, master-slave roles, cable selection, and commissioning data.
Explore solutionC&I ENERGY STORAGECommercial and industrial energy storage systems
Connect usable energy, PCS power, high-voltage BMS, cooling, EMS, fire protection, site conditions, and project delivery scope.
Explore solutionTECHNICAL GUIDES
Choose products with the right technical criteria
How to choose a battery enclosure kit
Compare cell dimensions, caster or rack installation, assembled capacity, BMS, LCD, communication, and shipping requirements.
Read guideSELECTION GUIDEHow to choose a JKBMS
Narrow the catalog by battery strings, continuous current, active balancing, monitoring, and communication requirements.
Read guideSERIES COMPARISONJK-BD vs JK-PB
Compare the two JKBMS families by application, model selection, display needs, and inverter communication requirements.
Read guideBALANCING GUIDE1A vs 2A active balancing
Compare balance-current classes by battery capacity, cell mismatch, correction time, and complete pack condition.
Read guideCOMMUNICATION GUIDECAN vs RS485 for a BMS
Understand interface differences, protocol requirements, cabling, termination, and inverter compatibility checks.
Read guideHIGH-VOLTAGE BMSBCU vs BMU architecture
Plan master and slave controls, cell monitoring, balancing, current, insulation, contactors, PCS, and EMS communication.
Read guideC&I ESS PROJECTHow to plan an ESS cabinet project
Prepare energy, power, duration, cooling, fire safety, grid, PCS, EMS, site, and delivery-scope requirements.
Read guideGet in Touch
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