60–130kWh High Voltage LiFePO4 Battery Rack for C&I Energy Storage
Rack-mounted high voltage battery system built with 51.2V 205Ah LiFePO4 modules in series. Eight configurations cover 63–136.4kWh nominal energy and 307.2–665.6V nominal system voltage for commercial and industrial energy storage projects.
63–136.4kWh
Nominal energy range
59.8–129.7kWh
Usable energy range
307.2–665.6V
Nominal voltage range
6–13
Modules connected in series
Modular Rack Design Engineered for Flexible C&I Deployment
Rack-Mounted Modular Architecture
Unlike stackable or all-in-one cabinet systems, this rack-mounted high voltage battery uses a standardized rack structure with individually serviceable 51.2V 100Ah LiFePO₄ modules in series. Configure 6 to 13 modules per rack for 60kWh to 130kWh capacity - each module can be installed, replaced, or maintained independently without shutting down the entire system. Purpose-built as a lithium battery for solar self-consumption and commercial battery backup applications. Certified to UN38.3, CE, and CE-EMC international standards.
Battery Selection
Select the battery by required usable energy and confirm that the complete operating
voltage range matches the supported DC input range of the inverter or PCS.
60–80kWh Class
HV60, HV70 and HV80 provide 59.8–79.8kWh usable energy with nominal system voltages from 307.2V to 409.6V.
About 100kWh
HV100 provides 105kWh nominal energy, 99.7kWh usable energy and a 512V nominal voltage, with a 448–576V operating range.
110–130kWh Class
HV110, HV120 and HV130 provide 109.7–129.7kWh usable energy for projects requiring higher battery capacity and DC voltage.
High Voltage Battery Architecture
One Module Platform, Eight System Configurations.The HV60–HV130 family is built around a common 51.2V 205Ah battery module. Increasing the number of modules in series increases the system voltage and total stored energy.
Charge & Discharge
Recommended charge/discharge current: 100A / 100A. Maximum charge/discharge current: 150A / 200A. Peak discharge: 200/220A for 3 seconds at 25°C.
Main Circuit Protection
Positive relay, negative relay and breaker form the specified triple protection architecture. The system uses three main circuit relays.
System Interface
LED + touch LCD display with RS485, CAN and WiFi communication interfaces for connection with compatible system equipment.
HV60–HV130 High Voltage Battery Specifications
| Parameter | HV60 | HV70 | HV80 | HV90 |
|---|---|---|---|---|
| Battery Module Qty in Series | 6 | 7 | 8 | 9 |
| System Nominal Voltage | 307.2V | 358.4V | 409.6V | 460.8V |
| System Operating Min. Voltage | 268.8V | 313.6V | 358.4V | 403.2V |
| System Operating Max. Voltage | 345.6V | 403.2V | 460.8V | 518.4V |
| System Energy | 63kWh | 73.5kWh | 84kWh | 94.5kWh |
| System Usable Energy | 59.8kWh | 69.8kWh | 79.8kWh | 89.7kWh |
| Dimensions (W × D × H) | 840 × 590 × 2095mm | 840 × 1190 × 2095mm | 840 × 1190 × 2095mm | 840 × 1190 × 2095mm |
| Weight Approximate | 687.5kg | 779.5kg | 871.5kg | 963.5kg |
| Footprint (W × D) | 0.84 × 0.59m | 0.84 × 1.19m | 0.84 × 1.19m | 0.84 × 1.19m |
| Parameter | HV100 | HV110 | HV120 | HV130 |
|---|---|---|---|---|
| Battery Module Qty in Series | 10 | 11 | 12 | 13 |
| System Nominal Voltage | 512V | 563.2V | 614.4V | 665.6V |
| System Operating Min. Voltage | 448V | 492.8V | 537.6V | 582.4V |
| System Operating Max. Voltage | 576V | 633.6V | 691.2V | 748.8V |
| System Energy | 105kWh | 115.5kWh | 126kWh | 136.4kWh |
| System Usable Energy | 99.7kWh | 109.7kWh | 119.7kWh | 129.7kWh |
| Dimensions (W × D × H) | 840 × 1190 × 2095mm | 840 × 1190 × 2095mm | 840 × 1190 × 2095mm | 840 × 1190 × 2095mm |
| Weight Approximate | 1055.5kg | 1147.5kg | 1239.5kg | 1331.5kg |
| Footprint (W × D) | 0.84 × 1.19m | 0.84 × 1.19m | 0.84 × 1.19m | 0.84 × 1.19m |
| Battery Module | 51.2V 205Ah |
|---|---|
| Recommended Charge / Discharge Current | 100A / 100A |
| Max. Charge / Discharge Current | 150A / 200A |
| Peak Discharge (3s, 25°C) | 200 / 220A |
| Installation | Rack Mounting |
| Recommended Depth of Discharge | ≤95% |
| Cycle Life | 6000 cycles (25°C, 0.5C/0.5C, EOL70%) |
| Display Type | LED + Touch LCD |
| Triple Protection | Positive Relay + Negative Relay + Breaker |
| Number of Main Circuit Relays | 3 |
| Heat Dissipation | Fan Cooling |
| Certification | UN38.3 / CE / CE-EMC |
| Working Temperature | Charge: 0–55°C / Discharge: -20–55°C |
| Storage Temperature | 0–35°C |
| Communication Port | RS485 / CAN / WiFi |
| Humidity (RH) | 5%–80% |
| Altitude | ≤3000m |
| IP Rating of Enclosure | IP20 |
| Noise | <50dB |
High Voltage Battery Storage for Commercial and Industrial Projects
The HV60–HV130 can serve as the DC battery subsystem in C&I energy storage projects
when integrated with compatible power conversion and control equipment.
Commercial Solar Self-Consumption
Store daytime PV generation for later use as part of a compatible commercial solar-plus-storage system.
Peak Shaving & Load Shifting
Use stored energy within a properly configured C&I energy management system to shift load or support peak-demand management strategies.
Commercial Backup Power
Integrate the battery rack with compatible inverter or PCS equipment for backup energy storage in commercial and light industrial facilities.
Microgrid Energy Storage
Use the high voltage battery rack as the battery subsystem in compatible grid-connected or standalone microgrid architectures.
Listed by Leading Inverter Brands
Our batteries are officially listed as compatible by several globally recognized inverter manufacturers. Each product has undergone rigorous testing and validation to ensure seamless communication, reliable operation, and full compatibility across diverse inverter platforms.
Application Scenarios
Purpose-Built for Commercial & Industrial Energy Storage
From peak shaving and solar battery storage to commercial backup power and microgrid integration, the 60kWh–130kWh rack-mounted HV lithium iron phosphate battery system is engineered for the demanding requirements of C&I power storage environments.
Commercial Building Energy Management
Reduce demand charges and optimize electricity costs for offices, retail chains, hotels, and mixed-use commercial buildings. The scalable commercial energy storage battery supports peak shaving strategies with ≤95% depth of discharge, delivering up to 129.7kWh of usable capacity per rack during high-tariff periods.
Solar Self-Consumption Optimization
Store excess daytime solar generation and significantly increase self-consumption rates. This lithium battery for solar applications delivers high round-trip efficiency through its elevated voltage architecture, while modular rack expansion from 60kWh to 130kWh adapts to evolving PV array output and growing commercial solar battery storage demands.
Light Industrial Backup Power
Provide reliable commercial battery backup for manufacturing lines, cold storage, and critical equipment - maintaining power continuity with up to 129.7kWh of usable energy per rack (HV130) to support critical loads. With a peak discharge of 200/220A (3s pulse) and max continuous output of 200A, the system handles high-demand inrush loads while fan cooling maintains thermal stability during extended discharge cycles.
Microgrid & Off-Grid Power Systems
Deploy as the core microgrid battery system in standalone or hybrid configurations for remote facilities, island communities, or mining sites. A single HV130 rack delivers 136.4kWh of storage capacity, while RS485, CAN, and WiFi communication ensures seamless integration with microgrid controllers and utility-scale energy management platforms.
EV Charging Station Buffering
Reduce grid demand peaks at commercial EV charging stations by deploying an EV charging station battery buffer. The system's operating voltage range of 307V–665V aligns with DC fast-charger architectures, cutting peak grid draw, lowering transformer sizing requirements, and enabling more chargers per site without costly utility upgrades.
Telecom & Data Center UPS
Deliver high-reliability industrial UPS battery protection for communication towers, server rooms, and data centers requiring 99.99% uptime. The 6,000-cycle LiFePO₄ chemistry ensures long-term reliability and significantly lower total cost of ownership compared to traditional VRLA batteries. The IP20 indoor-rated enclosure with <50dB noise integrates seamlessly into controlled equipment room environments
Configure the Right High Voltage Battery for Your Project
Send your required usable energy, inverter or PCS model, DC voltage range and application requirements to confirm the HV60–HV130 configuration.
Find the Battery Platform for Your Project Scale
20–60kWh High Voltage Battery
Smaller rack-mounted LiFePO4 battery configurations
96–209kWh High Voltage Battery
Higher-capacity commercial battery storage configurations
Outdoor Cabinet BESS
Outdoor-rated C&I battery energy storage systems
Commercial & Industrial Energy Storage Solutions
C&I energy storage applications and system architecture
60–130kWh High Voltage Battery FAQ
Q: What is the capacity range of the HV60–HV130 high voltage battery?
A: The series provides nominal energy capacities from 63kWh to 136.4kWh and usable energy capacities from 59.8kWh to 129.7kWh.
Q: Which model is suitable for a 100kWh battery storage project?
A: The HV100 provides 105kWh nominal energy, 99.7kWh usable energy and a 512V nominal system voltage. Its specified operating voltage range is 448V to 576V.
Q: How are the battery modules connected?
A: The system uses 51.2V 205Ah battery modules connected in series. The HV60 uses 6 modules, while the HV130 uses 13 modules.
Q: How should I choose between HV60, HV80, HV100 and HV130?
A: First determine the required usable energy. Then confirm that the selected model's complete minimum-to-maximum operating voltage range matches the supported DC range of the inverter or PCS.
Q: What is the recommended depth of discharge?
A: The recommended depth of discharge is ≤95%. Model-specific usable energy is listed in the technical specification table.
Q: What is the specified cycle life?
A: The specified cycle life is 6000 cycles at 25°C, with 0.5C charge and 0.5C discharge conditions and 70% end-of-life capacity.
Q: Can the HV60–HV130 battery rack be installed outdoors?
A: The enclosure is rated IP20 and is intended for protected indoor environments. For outdoor applications, use a suitable protected enclosure or select an outdoor cabinet BESS.
Q: What communication interfaces are available?
A: The battery system provides RS485, CAN and WiFi communication interfaces. Project-specific communication compatibility should be confirmed with the selected inverter, PCS or system controller.
Q: Is the HV60–HV130 a complete AC battery energy storage system?
A: The HV60–HV130 is a high voltage battery rack. A complete C&I energy storage system requires compatible power conversion, control and balance-of-system equipment according to the project architecture.
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