10.85kWh Stackable LiFePO4 Battery Storage System EH-61

10.85kWh Stackable LiFePO4 Energy Storage System

Designed for flexible residential and commercial energy storage applications, this stackable LiFePO4 battery system features a modular architecture that supports different storage capacity configurations. With 10.85kWh of energy per module, it allows users to build a system that matches their current energy requirements and expand capacity as demand increases.

The system supports vertical stacking from 10.85kWh to 65.1kWh and horizontal expansion from 65.1kWh to 260kWh. This scalable design offers flexibility for different project sizes, from home energy storage to larger multi-module installations.

Flexible Capacity Expansion

The modular structure allows multiple battery modules to be combined into larger storage configurations. Vertical stacking supports compact installations, while horizontal expansion enables higher-capacity system designs for projects requiring more energy storage.

Compatibility with US and EU Inverters

The system is designed for compatibility with selected 12kW US split-phase inverters and 6.2kW or 12kW EU inverters. Actual compatibility should be confirmed according to the specific inverter model, battery communication protocol and system configuration before installation.

Parallel Expansion and Three-Phase Applications

The stackable parallel expansion design supports scalable installations and three-phase system configurations when used with compatible inverter equipment. This provides flexibility for installers, energy storage distributors, solar system integrators and OEM project developers.

Optional Remote Charge and Discharge Control

Remote charge and discharge control is available as an optional function, depending on the selected configuration. This feature can support more flexible energy management when the relevant control and communication equipment is included.

Product Information

  • Tipo di prodotto: Stackable Energy Storage System

  • Chimica della batteria: LiFePO4

  • Energy per Module: 10.85kWh

  • Expansion Design: Vertical Stacking and Horizontal Expansion

Capacità energetica

  • Single Module Energy: 10.85kWh

  • Vertical Stacking Capacity Range: 10.85–65.1kWh

  • Horizontal Expansion Capacity Range: 65.1–260kWh

Inverter Compatibility

  • US Inverter Compatibility: Selected 12kW split-phase inverters

  • EU Inverter Compatibility: Selected 6.2kW / 12kW inverters

  • Compatibility Note: Verify inverter model, battery voltage range, communication protocol and approved configuration before installation.

System Configuration

  • Expansion Method: Stackable Parallel Expansion

  • Three-Phase Configuration: Supported with compatible system equipment

  • Remote Charge/Discharge Control: Opzionale

Technical Specifications Requiring Confirmation

  • Nominal Battery Voltage: To be confirmed

  • Operating Voltage Range: To be confirmed

  • Rated Charge/Discharge Current: To be confirmed

  • Maximum Charge/Discharge Power: To be confirmed

  • Ciclo di vita: To be confirmed

  • Battery Protection Rating: To be confirmed

  • Communication Protocol: To be confirmed

  • Temperatura operativa: To be confirmed

  • Product Dimensions: To be confirmed

  • Peso netto: To be confirmed

  • Garanzia: To be confirmed

  • Certifications: To be confirmed

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10.85kWh Stackable LiFePO4 Energy Storage System

Designed for flexible residential and commercial energy storage applications, this stackable LiFePO4 battery system features a modular architecture that supports different storage capacity configurations. With 10.85kWh of energy per module, it allows users to build a system that matches their current energy requirements and expand capacity as demand increases. The system supports vertical stacking from 10.85kWh to 65.1kWh and horizontal expansion from 65.1kWh to 260kWh. This scalable design offers flexibility for different project sizes, from home energy storage to larger multi-module installations.

Flexible Capacity Expansion

The modular structure allows multiple battery modules to be combined into larger storage configurations. Vertical stacking supports compact installations, while horizontal expansion enables higher-capacity system designs for projects requiring more energy storage.

Compatibility with US and EU Inverters

The system is designed for compatibility with selected 12kW US split-phase inverters and 6.2kW or 12kW EU inverters. Actual compatibility should be confirmed according to the specific inverter model, battery communication protocol and system configuration before installation.

Parallel Expansion and Three-Phase Applications

The stackable parallel expansion design supports scalable installations and three-phase system configurations when used with compatible inverter equipment. This provides flexibility for installers, energy storage distributors, solar system integrators and OEM project developers.

Optional Remote Charge and Discharge Control

Remote charge and discharge control is available as an optional function, depending on the selected configuration. This feature can support more flexible energy management when the relevant control and communication equipment is included.

1. 10.85kWh Modular Battery Capacity

Each module provides 10.85kWh of energy, creating a modular foundation for scalable energy storage projects.

2. Flexible Vertical Stacking

Configure storage capacity from 10.85kWh to 65.1kWh through vertical stacking, subject to the supported system configuration.

3. Large-Capacity Horizontal Expansion

Horizontal expansion supports system capacities from 65.1kWh to 260kWh for projects requiring greater energy storage.

4. LiFePO4 Battery Chemistry

Uses lithium iron phosphate battery chemistry for energy storage applications.

5. US and EU Inverter Compatibility

Designed for selected 12kW US split-phase inverters and 6.2kW / 12kW EU inverters. Confirm exact inverter compatibility before ordering.

6. Stackable Parallel Expansion

Modular parallel expansion supports flexible system sizing for different installation requirements.

7. Three-Phase System Configuration

Suitable for three-phase system designs when paired with compatible inverter equipment and the appropriate electrical configuration.

8. Optional Remote Energy Control

Optional remote charge and discharge control can support flexible energy management, depending on the selected system configuration.

9. Flexible Project Planning

The modular capacity structure helps installers and project developers plan storage capacity around application needs.

10. Suitable for Multiple Market Applications

Designed for energy storage projects serving residential, solar integration, distribution and commercial installation markets, subject to system design requirements.

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I nostri prodotti sono ampiamente utilizzati nelle sigarette elettroniche, UAV, scooter in equilibrio, bici elettriche, apparecchiature elettroniche, giocattoli, torce elettriche, e altre applicazioni commerciali e industriali.

I nostri prodotti sono ampiamente utilizzati nelle sigarette elettroniche, UAV, scooter in equilibrio, bici elettriche, apparecchiature elettroniche, giocattoli, torce elettriche, e altre applicazioni commerciali e industriali.

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