Pylon Force-H3 10.2 kWh High Voltage System Battery stack of 2 incl. BMU
The Pylon Force-H3 High Voltage System stack of 2 incl. BMU (10.2 kWh) is a modular high-voltage lithium iron phosphate (LiFePO₄) battery system comprising two 5.12kWh modules and integrated Battery Management Unit (BMU) for residential and commercial HV inverter applications.
Product Description
This complete 10.24kWh (9.73kWh usable at 95% DoD) high-voltage stack delivers 204.8V nominal voltage with 1C charge/discharge capability, designed for direct integration with high-voltage hybrid inverters. The tower format includes pre-wired modules, BMU base and communication cables for plug-and-play installation in utility rooms or plant areas.
Key Features
- High-voltage operation: 204.8V system voltage optimised for HV inverters, reducing cabling losses and current requirements.
- Modular scalability: Base configuration of 2 modules (10.24kWh); expandable to 7 modules (35.8kWh) per tower, up to 6 towers in parallel.
- High power delivery: 52A max continuous charge/discharge (10.6kW), suitable for rapid response backup and peak shaving.
- Integrated BMU: Intelligent battery management with cell balancing, thermal monitoring and CANBUS/Modbus RTU communication.
- Long service life: >8000 cycles at 95% DoD with 15-year design life at 25°C.
- Weatherproof design: IP55 rating for indoor/outdoor installation with robust tower construction.
Technical Details
- System capacity: 10.24kWh nominal (9.73kWh usable at 95% DoD).
- Configuration: 2 x 5.12kWh Force-H3 modules + 1 x PYL-F-H3-BMU-BASE.
- Battery chemistry: Lithium iron phosphate (LiFePO₄).
- Nominal voltage: 204.8V DC.
- Max charge/discharge current: 52A continuous (10.6kW).
- Recommended current: 50A.
- Depth of discharge: 95%.
- Cycle life: >8000 cycles (25°C, 95% DoD).
- Operating temperature: Charge 0–50°C, discharge −10–50°C.
- Communication: CANBUS / Modbus RTU.
Physical Specifications
- Dimensions (W × D × H): 540mm × 350mm × 530mm.
- Total net weight: 104.2kg.
- Module weight: ~44kg each (approx.).
- Protection rating: IP55 (weatherproof).
- Mounting: Floor-standing tower with base.
- Certifications: CE, IEC62619, UN38.3.
System & Application Notes
- Part number: PYL-F-H3-BATT-BMU-10.2.
- Inverter compatibility: Sunsynk HV, Solis HV, Deye HV, GoodWe HV and other major high-voltage hybrid inverters.
- Expansion: Add modules in 5.12kWh increments up to 35.8kWh per tower; parallel up to 6 towers (215kWh total).
- Applications: Residential HV storage, commercial backup, solar self-consumption and grid services.
- Installation: Professional installation required; pre-assembled tower simplifies onsite work.
- Warranty: 10 years (extendable based on usage profile).
More Images
Pylon Force-H3 10.2 kWh High Voltage System Battery stack of 2 incl. BMU
The Pylon Force-H3 High Voltage System stack of 2 incl. BMU (10.2 kWh) is a modular high-voltage lithium iron phosphate (LiFePO₄) battery system comprising two 5.12kWh modules and integrated Battery Management Unit (BMU) for residential and commercial HV inverter applications.
Product Description
This complete 10.24kWh (9.73kWh usable at 95% DoD) high-voltage stack delivers 204.8V nominal voltage with 1C charge/discharge capability, designed for direct integration with high-voltage hybrid inverters. The tower format includes pre-wired modules, BMU base and communication cables for plug-and-play installation in utility rooms or plant areas.
Key Features
- High-voltage operation: 204.8V system voltage optimised for HV inverters, reducing cabling losses and current requirements.
- Modular scalability: Base configuration of 2 modules (10.24kWh); expandable to 7 modules (35.8kWh) per tower, up to 6 towers in parallel.
- High power delivery: 52A max continuous charge/discharge (10.6kW), suitable for rapid response backup and peak shaving.
- Integrated BMU: Intelligent battery management with cell balancing, thermal monitoring and CANBUS/Modbus RTU communication.
- Long service life: >8000 cycles at 95% DoD with 15-year design life at 25°C.
- Weatherproof design: IP55 rating for indoor/outdoor installation with robust tower construction.
Technical Details
- System capacity: 10.24kWh nominal (9.73kWh usable at 95% DoD).
- Configuration: 2 x 5.12kWh Force-H3 modules + 1 x PYL-F-H3-BMU-BASE.
- Battery chemistry: Lithium iron phosphate (LiFePO₄).
- Nominal voltage: 204.8V DC.
- Max charge/discharge current: 52A continuous (10.6kW).
- Recommended current: 50A.
- Depth of discharge: 95%.
- Cycle life: >8000 cycles (25°C, 95% DoD).
- Operating temperature: Charge 0–50°C, discharge −10–50°C.
- Communication: CANBUS / Modbus RTU.
Physical Specifications
- Dimensions (W × D × H): 540mm × 350mm × 530mm.
- Total net weight: 104.2kg.
- Module weight: ~44kg each (approx.).
- Protection rating: IP55 (weatherproof).
- Mounting: Floor-standing tower with base.
- Certifications: CE, IEC62619, UN38.3.
System & Application Notes
- Part number: PYL-F-H3-BATT-BMU-10.2.
- Inverter compatibility: Sunsynk HV, Solis HV, Deye HV, GoodWe HV and other major high-voltage hybrid inverters.
- Expansion: Add modules in 5.12kWh increments up to 35.8kWh per tower; parallel up to 6 towers (215kWh total).
- Applications: Residential HV storage, commercial backup, solar self-consumption and grid services.
- Installation: Professional installation required; pre-assembled tower simplifies onsite work.
- Warranty: 10 years (extendable based on usage profile).
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Pylon Force-H3 High Voltage System stack of 2 incl. BMU (10.2 kWh) is a modular high-voltage lithium iron phosphate (LiFePO₄) battery system comprising two 5.12kWh modules and integrated Battery Management Unit (BMU) for residential and commercial HV inverter applications.
Product Description
This complete 10.24kWh (9.73kWh usable at 95% DoD) high-voltage stack delivers 204.8V nominal voltage with 1C charge/discharge capability, designed for direct integration with high-voltage hybrid inverters. The tower format includes pre-wired modules, BMU base and communication cables for plug-and-play installation in utility rooms or plant areas.
Key Features
- High-voltage operation: 204.8V system voltage optimised for HV inverters, reducing cabling losses and current requirements.
- Modular scalability: Base configuration of 2 modules (10.24kWh); expandable to 7 modules (35.8kWh) per tower, up to 6 towers in parallel.
- High power delivery: 52A max continuous charge/discharge (10.6kW), suitable for rapid response backup and peak shaving.
- Integrated BMU: Intelligent battery management with cell balancing, thermal monitoring and CANBUS/Modbus RTU communication.
- Long service life: >8000 cycles at 95% DoD with 15-year design life at 25°C.
- Weatherproof design: IP55 rating for indoor/outdoor installation with robust tower construction.
Technical Details
- System capacity: 10.24kWh nominal (9.73kWh usable at 95% DoD).
- Configuration: 2 x 5.12kWh Force-H3 modules + 1 x PYL-F-H3-BMU-BASE.
- Battery chemistry: Lithium iron phosphate (LiFePO₄).
- Nominal voltage: 204.8V DC.
- Max charge/discharge current: 52A continuous (10.6kW).
- Recommended current: 50A.
- Depth of discharge: 95%.
- Cycle life: >8000 cycles (25°C, 95% DoD).
- Operating temperature: Charge 0–50°C, discharge −10–50°C.
- Communication: CANBUS / Modbus RTU.
Physical Specifications
- Dimensions (W × D × H): 540mm × 350mm × 530mm.
- Total net weight: 104.2kg.
- Module weight: ~44kg each (approx.).
- Protection rating: IP55 (weatherproof).
- Mounting: Floor-standing tower with base.
- Certifications: CE, IEC62619, UN38.3.
System & Application Notes
- Part number: PYL-F-H3-BATT-BMU-10.2.
- Inverter compatibility: Sunsynk HV, Solis HV, Deye HV, GoodWe HV and other major high-voltage hybrid inverters.
- Expansion: Add modules in 5.12kWh increments up to 35.8kWh per tower; parallel up to 6 towers (215kWh total).
- Applications: Residential HV storage, commercial backup, solar self-consumption and grid services.
- Installation: Professional installation required; pre-assembled tower simplifies onsite work.
- Warranty: 10 years (extendable based on usage profile).
