Expansion-ready design
High-voltage direct output
Reduced system footprint
DC-ready for industrial microgrids
Operating temp –20 °C to +55 °C
Why Choose Our Battery With High Voltage Rack？
From compact 57 kWh units supporting edge networks to 143 kWh racks powering full-scale microgrids, our battery with high voltage solution is engineered for scalable impact. It provides not just capacity, but a unified system backbone—reducing engineering overhead and enabling faster deployment across diverse infrastructure types. By maintaining a consistent electrical design across seven modular configurations, the system adapts to evolving energy demands with minimal redesign or downtime. Whether used as a standalone energy block or as part of a larger multi-rack setup, it empowers resilient, flexible, and cost-efficient power strategies.
Rated capacity:
Factory voltage:
Voltage at end of discharge:
Charging voltage:
Internal impedance:
Limited charging voltage(Ucl):
Discharge cut-off voltage(Udo):
Max charging/discharging Current:
Operation Temperature Range:
Storage Temperature Range:
Single module Size/weight:
Main control box size/weight:
System size/weight:
Typical:280Ah Min:276Ah
204.8-211.2V
≤172.8V
224V
≤80 mΩ
233.5V
160V
140A
Charge:0-55°C;Discharge: -20-55°C
-20°C~25°C
778.5*442*230mm/About 125Kg
620*442*222mm/About 22Kg
Modular Capacity For Battery with High Voltage Solutions
Flexibility is foundational to real-world energy projects. Our battery with high voltage system is available in seven distinct configurations—from 57 kWh to 143 kWh—each offering a plug-and-scale pathway for tailored deployment:
●Need a smaller footprint for edge infrastructure or telecom nodes? The 57 kWh and 71 kWh variants fit right in.
●Targeting commercial solar buffering or small industrial loads? The mid-range 86 kWh to 115 kWh options strike the right balance
●Planning for campus-scale microgrids or long-duration reserves? The 129 kWh and 143 kWh models step up with density and voltage stability.
●Every rack maintains a consistent electrical interface and current rating (280 Ah / 140 A), which means integration across variants remains seamless—even as your storage architecture expands.
Modular Capacity For Battery With High Voltage Solutions
Operating within 200V to 580V (depending on series count), this rack connects directly to:
●High-voltage inverters for grid-tied solar and wind projects.
●DC UPS architectures in data centers and telecom hubs.
●DC microgrid controllers in industrial and agricultural settings.
By supplying stabilized DC, the battery with high voltage reduces component count and enhances round-trip efficiency
Robust Performance Of Battery with High Voltage In Extreme Conditions
Designed to endure harsh environments, this battery with high voltage module maintains reliability:
●Wide thermal tolerance: Discharge rated from –20°C to +55°C, charge from 0°C to +55°C.
●Stable chemistry: Lithium iron phosphate cells resist capacity fade under heavy cycling and temperature swings.
●Overcurrent safeguards: Built-in protections manage peak discharge surges.
From urban rooftops to desert outposts, this solution keeps running.
Customization Options For Battery With High Voltage Deployments
Adapt to diverse applications with ease:
●Parallel stacking across multiple racks for larger-scale energy farms.
●Vendor-neutral interface to any high-voltage PCS or inverter.
●Flexible rack height choices to suit cabinets and containers.
Adapt the battery with high voltage solution to any architectural or logistical requirement.
Strategic and Economic Advantages of Battery With High Voltage Voltage
Peak Shaving
Shift load away from tariff peaks to save up to 20% on energy costs
Grid service revenue
Meet fast-response requirements for frequency regulation markets
Balance-of-system reduction
Eliminate extra transformers and simplify DC cabling
Scalable investment
Upgrade capacity rack by rack as demand or regulations evolve
FREQUENTLY ASKED QUESTIONS
─── About 57kWh-143kWh battery with high voltage ───
Yes. Select the configuration matching your load, then add racks in parallel for custom totals.
Lithium iron phosphate (LFP) cells, 280 Ah nominal capacity.
Absolutely. It integrates seamlessly into both grid-connected and standalone systems.
Each module has overcharge/discharge and thermal protection; external BMS recommended for full oversight.
Over 10 years with proper thermal management and cycle practices.
Contact our engineering team with your chosen configuration, and we’ll provide detailed layouts.
For More Questions Please Contact Us
+86 18722386248
Building 1, 1980 technology and Culture Industrial Park , Longhua, Shenzhen , China