01 / UPS Power1
UPS Power
The UPS rated power defines its design scope. State the actual critical load separately so discharge demand can be reviewed.
Rated power / Load profile
UPS & CRITICAL POWER
Lithium Battery Systems for UPS & Critical Power
Configure the battery system around UPS power, DC bus voltage and required runtime, then confirm charging parameters, communication and installation requirements.
Send your UPS model, rated power, DC bus voltage and required backup time. Compatibility is reviewed against charging parameters, critical load and communication requirements before configuration is confirmed.
UPS Power
Rated power
DC Bus Voltage
System voltage
Required Runtime
Runtime target
UPS & CRITICAL POWER
UPS Battery Configuration
Project-based configuration
LiFePO4 rack and cabinet platforms for reviewed UPS integration.
Applications
Data Centers / Medical
Solution Routes
Low-Voltage / High-Voltage
Review Inputs
UPS model + DC bus
LinkPower lithium battery systems for UPS and critical power applications
CONFIGURE A SYSTEM
UPS CONFIGURATION GUIDE
What Information Do You Need to Configure a UPS Battery System?
Start with four inputs: UPS brand/model, UPS rated power, DC bus voltage, and required backup time. Charging parameters, critical load and communication requirements are then reviewed before a final configuration is confirmed.
REQUEST CONFIGURATION
02 / DC Bus Voltage2
DC Bus Voltage
Confirm the DC bus operating window and two-wire or three-wire architecture. A nominal voltage label alone does not establish compatibility.
System voltage / Topology
03 / Required Runtime3
Required Backup Time
Specify how long the critical load must remain powered before shutdown, restoration or generator transfer. Runtime is checked at that load.
Backup target / Runtime
UPS APPLICATIONS
Built for Critical-Power Environments
Configurable LiFePO4 battery systems for data centers, industrial facilities, financial and server systems, medical critical power, and rail or control systems.
01 / Data Centers1
Data Centers
Configure battery voltage, runtime and communication requirements around the UPS model and critical load profile.
UPS model / Runtime / Communication
02 / Industrial Facilities2
Industrial Facilities
Support industrial control, factory and process loads with a reviewed UPS power and runtime configuration.
Factory / Control / Process
03 / Medical, Financial & Rail3
Medical, Financial & Control Systems
Review communication, charging and runtime requirements for medical critical power, financial and server systems, and rail or control applications.
Medical / Server / Rail / Control
04 / Medical Critical Power4
Medical Critical Power
Battery support for critical electrical systems where backup continuity matters.
Medical / Critical Loads
05 / Rail & Control Systems5
Rail & Control Systems
UPS battery configurations for signaling, control and communication systems.
Signaling / Control / Communication
UPS BATTERY FAQ
UPS Battery Selection and Compatibility
A UPS battery is not selected by voltage alone. Review the UPS model, DC bus voltage, charging parameters, discharge power, runtime and communication requirements.
01 / UPS Inputs1
What information do you need to select a UPS battery system?
Provide the UPS brand/model, rated power, DC bus voltage and required backup time. Charging parameters, critical load, communication and installation requirements are reviewed before configuration is confirmed.
Model / Power / Load
02 / Battery Interface2
Can a lithium battery work with any UPS?
No. Compatibility is not automatic. The UPS DC bus architecture, operating voltage window, charging parameters, discharge demand and communication requirements must be checked before a lithium battery configuration is confirmed.
Voltage / Charging / CAN or RS485
03 / Runtime Target3
How do UPS power and runtime affect battery sizing?
Start with the actual critical load and required backup duration. Runtime depends on critical load, UPS efficiency, DC bus voltage, battery capacity, discharge rate and the selected configuration. Rated UPS power alone does not determine runtime.
Critical load / Power / Backup duration
04 / Voltage Platforms4
Do you support both low- and high-voltage UPS battery systems?
Yes. Low-voltage platforms span 25.6V–192V; high / middle-voltage platforms span 204.8V–768V. The UPS DC bus architecture, required power and backup duration determine the route. Final compatibility is confirmed against the selected UPS.
Low-voltage / High & middle-voltage
UPS SOLUTION ROUTES
Choose the Battery System Around the UPS
LiFePO4 chemistry with rack or cabinet integration. CAN / RS485, dry contact or LCD options, and two-wire / three-wire platforms are confirmed by configuration.
01 / Low-Voltage UPS1
Low-Voltage UPS Lithium Battery Systems
Configurable LiFePO4 systems for low-voltage UPS applications with reviewed voltage, runtime and communication requirements.
25.6V–192V / Rack-Cabinet
02 / High / Middle-Voltage UPS2
High / Middle-Voltage UPS Battery Systems
Configurable LiFePO4 systems for high- and middle-voltage UPS applications with reviewed runtime and communication requirements.
204.8V–768V / Two-wire or Three-wire
03 / Split Residential ESS3
Rack & Wall Split Home ESS
Pair a rack or wall LiFePO4 battery with a matched inverter for split residential storage. Professional installation, wiring and configuration are required.
Battery + matched inverter / Installation required