Solax HV10230_V2 Energy Storage (3.1 kWh, LFP)

Manufacturer: SolaxSKU: HV10230_V2

3547,50 zł net

≈ 808 € (settled in PLN, NBP rate of 2026-09-24)

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Category: Domowe magazyny energii
Manufacturer: Solax
SKU: HV10230_V2
Availability: Made to order

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The Solax HV10230_V2 high-voltage energy storage with a total capacity of 3.1 kWh uses stable LiFePO4 cell technology. Its modular design allows for flexible system expansion and guarantees efficient operation in temperatures ranging from -30°C to 50°C.

The Solax HV10230_V2 battery is a high-voltage lithium iron phosphate module designed for building T-BAT H 3.0 V2 energy storage systems. The device offers a total capacity of 3.1 kWh at a nominal operating voltage of 102.4 V. The stackable design allows for stable floor mounting and easy scaling of the total capacity depending on the building's energy demand. The IP65 protection rating facilitates the installation of components in diverse environmental conditions.

Key features

Lithium iron phosphate (LiFePO4) cell technology
Long lifespan of over 6,000 cycles at 90% depth of discharge (DoD)
Built-in battery heating technology for operation in sub-zero temperatures
Scalable modular design with the ability to connect up to two battery towers
Integrated system communication via RS485 and CAN2.0 interfaces

Technical specifications

Total capacity	3.1 kWh
Usable capacity	2.8 kWh
Nominal voltage	102.4 V
Recommended charge and discharge current	25 A
Charge/discharge cycle efficiency	95%
Operating temperature	-30°C to 50°C
Protection rating	IP65
Module dimensions (W x H x D)	482.5 x 471.5 x 153 mm
Net weight	34.5 kg

Frequently asked questions

Z jakimi falownikami kompatybilny jest moduł HV10230_V2?+

Moduł współpracuje bezpośrednio z falownikami hybrydowymi Solax z serii X1-Hybrid-G4, X3-Hybrid-G4, X3-HYB-G4 Pro oraz X3-Ultra.

Ile wynosi minimalna żywotność tego magazynu energii?+

Producent deklaruje oczekiwaną żywotność systemu na 10 lat, co przekłada się na minimalną ilość 6000 cykli pracy przy utrzymaniu 90% głębokości rozładowania (DoD).

W jakich temperaturach może bezpiecznie pracować bateria?+

Dzięki wbudowanej technologii podgrzewania, moduł akumulatora obsługuje procesy ładowania i rozładowywania w szerokim zakresie temperatur od -30°C do 50°C.