BATTERY ENERGY STORAGE SYSTEMS (BESS)
HELIVOR HV modular high-voltage LFP storage system, 6.4–230.4 kWh
Country: Germany · Model: HELIVOR HV
HELIVOR HV is a modular high-voltage LiFePO4 battery built from 3.2 kWh modules that scales from 6.4 to 230.4 kWh, with up to 8 towers connected in parallel. This battery energy storage system (BESS) serves homes and commercial sites together with PLENTICORE hybrid inverters.
- Chemistry
- LiFePO4, prismatic cells
- Module
- 3.2 kWh / 64 V
- Tower
- 6.4–28.8 kWh (2–9 modules)
- System
- up to 230.4 kWh (up to 8 towers in parallel)
Technical specifications
| Chemistry | LiFePO4, prismatic cells |
|---|---|
| Module | 3.2 kWh / 64 V |
| Tower | 6.4–28.8 kWh (2–9 modules) |
| System | up to 230.4 kWh (up to 8 towers in parallel) |
| Ingress protection | IP65 |
| Warranty | 10 years |
| Compatibility | PLENTICORE G3, plus G2, MP |
| More from the manufacturer’s documentation | |
| Module capacity | 50 Ah |
| Module weight | 36.4 kg |
| Tower nominal voltage | 128 V (2 modules) … 576 V (9 modules) |
| Voltage range | 120–146 V (2 modules) … 540–657 V (9 modules) |
| Tower height | 670 mm (2 modules) … 2,000 mm (9 modules) |
| Max. power with PLENTICORE G3 | 2.2–17.3 kW (depending on model and number of modules) |
| Max. power with PLENTICORE MP | 2.2–7.0 kW (depending on model and number of modules) |
| Parallel tower connection | via Combiner Box SCB3-50 (3 towers) / SCB8-50 (8 towers) |
| Inverter interface | RS485 |
| BMS | charge/discharge control, active balancing |
| Indicators | LEDs for status and state of charge |
| Min. inverter firmware | G3 > SW 3.06.03 / G2 > SW 2.21 |
| Customs codes (for reference) | |
| HS code | 8507.60 |
| UKTZED code (Ukraine) | 8507600000 |
| CN code (EU) | 85076000 |
Specifications are taken from the manufacturer’s technical documentation. Updated . Customs codes are for reference only; the final code is determined at customs declaration for the specific model.
Description
The battery is developed in-house by the manufacturer, and its BMS controls charge and discharge and performs active cell balancing. The base module uses prismatic cells and holds 3.2 kWh at 64 V and 50 Ah, with a module weight of 36.4 kg. One tower takes 2 to 9 modules, giving 6.4–28.8 kWh per stack. Modules in a tower are wired in series, so nominal voltage rises from 128 V with 2 modules to 576 V with 9, and a full tower operates at 540–657 V. The enclosure is rated IP65. Several towers are joined through a Combiner Box, the SCB3-50 for 3 towers or the SCB8-50 for 8. The battery talks to the inverter over RS485, and LEDs on the housing show status and state of charge. The manufacturer gives a 10-year warranty.
How to choose
Capacity is added in 3.2 kWh modules, while power is limited by the inverter. With a PLENTICORE G3 a tower delivers 2.2–17.3 kW depending on the model and module count, and with the single-phase 3–7 kW PLENTICORE MP the limit is 2.2–7.0 kW. More modules mean a higher stack voltage and more power the inverter can draw, so a class L G3 at 15–20 kW wants a tower with more modules.
Request a price and lead time
HELIVOR HV modular high-voltage LFP storage system, 6.4–230.4 kWh. We reply within one business day.
Or email office@usk.ua or call +38 (044) 339-50-20.
FAQ
What is the capacity of one HELIVOR HV module?
One module holds 3.2 kWh at 64 V, rated at 50 Ah and weighing 36.4 kg.
How many modules fit in one HELIVOR HV tower?
From 2 to 9 modules, which gives 6.4–28.8 kWh per tower at a height of 670–2,000 mm.
Which inverters work with the HELIVOR HV?
The PLENTICORE G3, plus G2 and MP hybrid inverters. Inverter firmware must be above 3.06.03 on the G3 and above 2.21 on the G2.
How are several HELIVOR HV towers combined?
Through the SCB3-50 Combiner Box for 3 towers or the SCB8-50 for 8. Eight full towers of 28.8 kWh each give 230.4 kWh.
What voltage does a HELIVOR HV tower run at?
Nominally from 128 V with 2 modules to 576 V with 9. A full tower operates within 540–657 V.
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Need a price, lead time or replacement?
Send us a request and we will confirm the configuration, lead time and delivery terms. We reply by email.