Project-based UPS battery systems
Project-based 192V, 384V and 512V LiFePO4 battery platforms for compatible three-phase and modular UPS applications, separated into high-rate short-time and energy-type extended-runtime directions.
Preliminary platform data — proposed models remain subject to project and OEM confirmation.
Product range overview
ZYKEVO organizes this product line by the UPS-side 192V, 384V and 512V platform. The project is then reviewed as a high-rate short-time duty or an energy-type extended-runtime duty.
Published 64V, 48V and 51.2V values describe module-level architecture. They are not top-level product families and do not confirm compatibility with a UPS.
Battery sizing tool
Enter the actual load, required backup time and UPS DC bus to review the theoretical energy requirement, preliminary capacity class and closest available ZYKEVO configurations.
Use Battery PlannerUPS-side voltage direction
The nominal label is only a starting direction. Confirm the complete UPS DC window, minimum DC voltage, charger and topology.
Preliminary 192V high-rate and energy-type LiFePO4 battery directions for compatible UPS projects, selected through the complete DC window, charger, actual load, runtime, topology and BMS requirements.
Review preliminary platform data 384VPreliminary 384V high-rate and energy-type LiFePO4 battery directions for compatible UPS projects, with model values controlled by DC, charging, actual-load, runtime, topology and installation review.
Review preliminary platform data 512VPreliminary 512V high-rate and energy-type LiFePO4 battery directions for compatible three-phase and modular UPS projects, selected through current, DC-window, runtime, charger, topology and protocol review.
Review preliminary platform dataPower duty versus energy duty
Typical published capacity: 25–100Ah. Published reference continuous rate: 2C–6C.
Reviewed for short-time high-power UPS backup, server rooms, small data centers, generator bridging, modular UPS and critical IT loads.
Plan a high-rate UPS battery dutyTypical published capacity: 200–314Ah. Published reference rate: approximately 0.48C–1C.
Reviewed for longer-duration UPS backup, weak-grid conditions and projects with a lower load-to-energy ratio.
Plan an extended-runtime battery dutyUPS applications
Selected three-phase and modular UPS systems may be reviewed for a high-voltage LiFePO4 battery. The exact UPS model, topology, battery input, charger and BMS requirements determine whether a platform can move forward.
Site context
High-voltage lithium is one possible project direction, not a default recommendation for every room or UPS.
Replacement and retrofit
An existing lead-acid string is useful project evidence, but its nominal voltage or Ah cannot be copied directly into a lithium proposal. Confirm the existing quantity, series/parallel arrangement, UPS DC bus, minimum voltage, charging controls, topology, protection and cabinet conditions.
BMS and communication
CAN, RS485 and dry contacts are common interface directions. Selected 512V configurations may support TCP/IP and SNMP. A physical connector does not confirm the UPS protocol, message set, alarm logic or shutdown behavior.
UPS matching requirements
Nominal voltage alone does not confirm UPS compatibility.
Battery selection must use the actual load in kW and the UPS minimum DC voltage, not only the UPS rated kVA or nominal battery voltage.
A physical CAN or RS485 interface does not by itself confirm UPS protocol compatibility.
Center-tap or two-wire full-bus structure must be confirmed from the actual UPS and battery circuit.
Final charging voltage, charge-current limit, cut-off voltage, protection behavior and communication protocol require project review.
Do not use a fixed 10-, 15- or 30-minute runtime claim without an approved constant-power discharge curve for the exact battery model, current level, end voltage and temperature.
Common project questions
It is a LiFePO4 battery system configured for the UPS-side DC platform, charging behavior, power duty, BMS, protection and installation requirements of a specific project.
Selected three-phase and modular UPS systems may be reviewed. The exact UPS model, topology, DC window, charger and required interfaces must be confirmed before compatibility is discussed.
UPS kVA is an equipment rating. Battery current and energy duty depend on the actual critical load in kW, minimum DC voltage, UPS losses, runtime target and project margin.
Some projects may be suitable after the existing battery arrangement, DC bus, charging controls, center-tap/full-bus structure, protection, communication and commissioning plan are reviewed.
Final configuration, dimensions, weight, discharge performance, communication functions, certification scope, availability and appearance remain subject to the approved project and OEM confirmation.
Controlled product document
Final configuration, dimensions, weight, discharge performance, communication functions and certification scope are subject to project requirements, model availability and OEM confirmation.
Final configuration, dimensions, weight, discharge performance, communication functions and certification scope are subject to project requirements, model availability and OEM confirmation.
Field References
Representative factory integration testing of high-voltage LiFePO4 battery systems with UPS equipment. Final testing scope depends on the approved project configuration.
High-voltage LiFePO4 battery systems connected with UPS equipment for project integration testing.
View High-Voltage LiFePO4 BatterySend us your contact details and a short message. If available, you can mention the UPS model, load or required backup time in the message.