Designed Around Your Energy Requirements

A high-voltage battery platform for commercial and industrial projects, combining flexible configurations, LFP technology, integrated protection, and a modular rack design.

number-one

Configurable Capacity

Multiple system configurations make it easier to align storage capacity and power with each project’s requirements.

number-two

Stable LFP Foundation

LFP battery cells provide a dependable foundation for safe, consistent, and long-term energy storage performance.

number-three

Built-In Battery Safeguards

Integrated battery management and protection functions help monitor operating conditions and maintain controlled system performance.

number-four

Expandable Rack Structure

A modular rack design provides flexibility in configuring storage systems to meet different capacity and power requirements.

number-five

Streamlined System Setup

The rack format supports straightforward installation and efficient integration with compatible energy storage system components.

number-six

Power for Demanding Loads

Multiple configurations support varying power requirements across demanding commercial and industrial energy applications.

The Specs Behind the Product.

Every electrical, thermal, mechanical, and safety specification in one place.

System Data

  • Battery Type LFP (LiFePO4)
  • Cell Type 100 Ah LFP prismatic cell
  • Module Nominal Capacity 5.12 kWh
  • Pack Configuration 51.2 V, 1P16S
  • Number of Modules 6
  • System Nominal Energy 30.72 kWh
  • Nominal Voltage 307.2 V
  • Operating Voltage Range 268.8 - 345.6
  • Max. Output Power 30 kW
  • Continuous Charging Current 50 A
  • Continuous Discharge Current 100 A

General Characteristics

  • Protection Cell undervoltage protection
    Cell overvoltage protection
    Overcurrent protection
    Short circuit protection
    Temperature protection
  • Weight ~ 410 ยฑ 50 kg
  • Communication RS485 / CAN
  • Enclosure Rating IP20
  • Installation Indoor floor standing
  • Cycle Life โ‰ฅ 6000 cycles @ 90 %
    DOD 70 % EOL @25 ยฐC
  • Operating Temperature Charge: -5 ยฐC ~ 50 ยฐC;
    Discharge: -20 ยฐC ~ 55 ยฐC;
    Recommended: 15 ยฐC ~ 35 ยฐC
  • Operating Humidity 5 % ~ 95 %
    [non-condensing]
  • Cooling Mode Natural convection
  • Operating Altitude โ‰ค 4000 m (derating above 2000 m)

System Data

  • Battery Type LFP (LiFePO4)
  • Cell Type 100 Ah LFP prismatic cell
  • Module Nominal Capacity 5.12 kWh
  • Pack Configuration 51.2 V, 1P16S
  • Number of Modules 10
  • System Nominal Energy 51.2 kWh
  • Nominal Voltage 512 V
  • Operating Voltage Range 448.0 - 576.0
  • Max. Output Power 50 kW
  • Continuous Charging Current 50 A
  • Continuous Discharge Current 100 A

General Characteristics

  • Protection Cell undervoltage protection
    Cell overvoltage protection
    Overcurrent protection
    Short circuit protection
    Temperature protection
  • Weight ~ 675 ยฑ 50 kg
  • Communication RS485 / CAN
  • Enclosure Rating IP20
  • Installation Indoor floor standing
  • Cycle Life โ‰ฅ 6000 cycles @ 90 %
    DOD 70 % EOL @25 ยฐC
  • Operating Temperature Charge: -5 ยฐC ~ 50 ยฐC;
    Discharge: -20 ยฐC ~ 55 ยฐC;
    Recommended: 15 ยฐC ~ 35 ยฐC
  • Operating Humidity 5 % ~ 95 % [non-condensing]
  • Cooling Mode Natural convection
  • Operating Altitude โ‰ค 4000 m (derating above 2000 m)

System Data

  • Battery Type LFP (LiFePO4)
  • Cell Type 100 Ah LFP prismatic cell
  • Module Nominal Capacity 5.12 kWh
  • Pack Configuration 51.2 V, 1P16S
  • Number of Modules 12
  • System Nominal Energy 61.44 kWh
  • Nominal Voltage 614.4 V
  • Operating Voltage Range 537.6 - 691.2
  • Max. Output Power 60 kW
  • Continuous Charging Current 50 A
  • Continuous Discharge Current 100 A

General Characteristics

  • Protection Cell undervoltage protection
    Cell overvoltage protection
    Overcurrent protection
    Short circuit protection
    Temperature protection
  • Weight ~ 790 ยฑ 50 kg
  • Communication RS485 / CAN
  • Enclosure Rating IP20
  • Installation Indoor floor standing
  • Cycle Life โ‰ฅ 6000 cycles @ 90 %
    DOD 70 % EOL @25 ยฐC
  • Operating Temperature Charge: -5 ยฐC ~ 50 ยฐC;
    Discharge: -20 ยฐC ~ 55 ยฐC;
    Recommended: 15 ยฐC ~ 35 ยฐC
  • Operating Humidity 5 % ~ 95 % [non-condensing]
  • Cooling Mode Natural convection
  • Operating Altitude โ‰ค 4000 m (derating above 2000 m)

System Data

  • Battery Type LFP (LiFePO4)
  • Cell Type 314 Ah LFP prismatic cell
  • Module Nominal Capacity 16.07 kWh
  • Pack Configuration 51.2 V, 1P16S
  • Number of Modules 5
  • System Nominal Energy 80.35 kWh
  • Nominal Voltage 256 V
  • Operating Voltage Range 224 - 288.0
  • Max. Output Power 40 kW
  • Continuous Charging Current 157 A
  • Continuous Discharge Current 157 A

General Characteristics

  • Protection Cell undervoltage protection
    Cell overvoltage protection
    Overcurrent protection
    Short circuit protection
    Temperature protection
  • Weight ~ 675 ยฑ 50 kg
  • Communication RS485 / CAN
  • Enclosure Rating IP20
  • Installation Indoor floor standing
  • Cycle Life โ‰ฅ 6000 cycles @ 90 %
    DOD 70 % EOL @25 ยฐC
  • Operating Temperature Charge: -5 ยฐC ~ 50 ยฐC;
    Discharge: -20 ยฐC ~ 55 ยฐC;
    Recommended: 15 ยฐC ~ 35 ยฐC
  • Operating Humidity 5 % ~ 95 % [non-condensing]
  • Cooling Mode Natural convection
  • Operating Altitude โ‰ค 4000 m (derating above 2000 m)

System Data

  • Battery Type LFP (LiFePO4)
  • Cell Type 314 Ah LFP prismatic cell
  • Module Nominal Capacity 16.07 kWh
  • Pack Configuration 51.2 V, 1P16S
  • Number of Modules 7
  • System Nominal Energy 112.49 kWh
  • Nominal Voltage 358.4 V
  • Operating Voltage Range 313.6 - 403.2
  • Max. Output Power 56 kW
  • Continuous Charging Current 157 A
  • Continuous Discharge Current 157 A

General Characteristics

  • Protection Cell undervoltage protection
    Cell overvoltage protection
    Overcurrent protection
    Short circuit protection
    Temperature protection
  • Weight ~ 875 ยฑ 50 kg
  • Communication RS485 / CAN
  • Enclosure Rating IP20
  • Installation Indoor floor standing
  • Cycle Life โ‰ฅ 6000 cycles @ 90 %
    DOD 70 % EOL @25 ยฐC
  • Operating Temperature Charge: -5 ยฐC ~ 50 ยฐC;
    Discharge: -20 ยฐC ~ 55 ยฐC;
    Recommended: 15 ยฐC ~ 35 ยฐC
  • Operating Humidity 5 % ~ 95 % [non-condensing]
  • Cooling Mode Natural convection
  • Operating Altitude โ‰ค 4000 m (derating above 2000 m)

System Data

  • Battery Type LFP (LiFePO4)
  • Cell Type 314 Ah LFP prismatic cell
  • Module Nominal Capacity 16.07 kWh
  • Pack Configuration 51.2 V, 1P16S
  • Number of Modules 10
  • System Nominal Energy 160.70 kWh
  • Nominal Voltage 512 V
  • Operating Voltage Range 448.0 - 576.0
  • Max. Output Power 80 kW
  • Continuous Charging Current 157 A
  • Continuous Discharge Current 157 A

General Characteristics

  • Protection Cell undervoltage protection
    Cell overvoltage protection
    Overcurrent protection
    Short circuit protection
    Temperature protection
  • Weight ~ 1200 ยฑ 100 kg
  • Communication RS485 / CAN
  • Enclosure Rating IP20
  • Installation Indoor floor standing
  • Cycle Life โ‰ฅ 6000 cycles @ 90 %
    DOD 70 % EOL @25 ยฐC
  • Operating Temperature Charge: -5 ยฐC ~ 50 ยฐC;
    Discharge: -20 ยฐC ~ 55 ยฐC;
    Recommended: 15 ยฐC ~ 35 ยฐC
  • Operating Humidity 5 % ~ 95 % [non-condensing]
  • Cooling Mode Natural convection
  • Operating Altitude โ‰ค 4000 m (derating above 2000 m)

Where HV Racks Fit Best

Designed for commercial and industrial energy storage where dependable backup, flexible power management, and renewable energy integration are key requirements.

Applications

Critical Operations Backup

Applications

Peak Demand Management

Applications

Solar Energy Storage

Applications

Time-of-Use Savings

Applications

Microgrid Energy Storage

Applications

DG Replacement

Technical Details for Your Project

Review the product specifications and configurations to evaluate the right solution.

Download Datasheet

More Ways to Store Energy.

See how Electres solutions address different capacity, power, and application requirements.

Plan Your Next Energy Storage System

Choose the right HV Rack configuration for your project’s capacity, power, and application requirements with support from the Electres team.

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Where Does Excess Renewable Energy Go Today?

Surplus Energy Capture

Store excess renewable generation instead of curtailment

Residential to utility scale

Solutions across grid, C&I, and residential applications

Project-Level Support

From evaluation to system integration

Pan-India Deployment

Aligned with evolving energy infrastructure needs

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