Scalable LiFePO4 battery cabinets for commercial and industrial solar storage, backup power and practical energy-management projects.
Select a GS HVL configuration according to energy capacity, inverter voltage window, installation space and system expansion plan.
Energy: 193 kWh / 241 kWh
Modules: 4 / 5 × 48.23 kWh
Cabinet: 1370 × 1010 × 1850 / 2100 mm
Energy: 209 kWh / 261 kWh
Modules: 4 / 5 × 52 kWh
Cabinet: 1370 × 1010 × 1850 / 2330 mm
Energy: 313 kWh
Modules: 6 × 52 kWh
Cabinet: 1370 × 1950 × 1800 mm
Energy: 418 kWh / 522 kWh
Modules: 8 / 10 × 52 kWh
Cabinet: 1370 × 1950 × 2000 / 2200 mm
The GS HVL series can be configured for commercial and industrial projects where energy capacity, operating voltage, site conditions and the required backup strategy need to be considered together.
Store surplus daytime solar energy and dispatch it during higher-load periods. The appropriate cabinet capacity should be selected from the facility load profile, PV generation and local tariff structure.
Support continuity planning for selected commercial loads such as communications equipment, control systems, lighting or essential operations when paired with compatible PCS or inverter equipment.
Use energy storage as part of a wider charging-site energy strategy to help manage demand peaks. Final system design should verify power, connection requirements and charging operating schedules.
Build a scalable battery foundation for solar-plus-storage microgrids, phased site expansion or multi-cabinet projects. Confirm communications protocol, protection settings and installation conditions before deployment.
| Model | GS HVL 193 | GS HVL 241 | GS HVL 209 | GS HVL 261 |
|---|---|---|---|---|
| Configuration | 1P48S | 1P48S | 1P52S | 1P52S |
| Nominal energy | 193 kWh | 241 kWh | 209 kWh | 261 kWh |
| Nominal voltage | 614.4 VDC | 768 VDC | 665.6 VDC | 832 VDC |
| Voltage range | 556.8–691.2 VDC | 696–864 VDC | 603.2–748.8 VDC | 754–936 VDC |
| Max. charge/discharge | 157 A | 157 A | 157 A | 157 A |
| Dimensions (W×D×H) | 1370×1010×1850 mm | 1370×1010×2100 mm | 1370×1010×1850 mm | 1370×1010×2330 mm |
| Weight | 1800 kg | 2220 kg | 1890 kg | 2420 kg |
| Model | GS HVL 313 | GS HVL 418 | GS HVL 522 |
|---|---|---|---|
| Configuration | 1P52S | 1P52S | 1P52S |
| Nominal energy | 313 kWh | 418 kWh | 522 kWh |
| Nominal voltage | 499.2 VDC | 665.6 VDC | 832 VDC |
| Voltage range | 452.4–561.6 VDC | 603.2–748.8 VDC | 754–936 VDC |
| Max. charge/discharge | 157 A × 2 | 157 A × 2 | 157 A × 2 |
| Dimensions (W×D×H) | 1370×1950×1800 mm | 1370×1950×2000 mm | 1370×1950×2200 mm |
| Weight | 2890 kg | 3590 kg | 4200 kg |
Common configuration: LiFePO4 chemistry, liquid cooling, CAN/RS485 communications, IP54 protection, 0–55°C charging, −20–55°C discharging, 0–95% non-condensing humidity and installation below 4000 m (derating above 2000 m).
Share your inverter model, load profile, required backup time, site voltage and expansion plan. Our team can help compare the 193–522 kWh options.
Liquid cooling supports more consistent temperature management for high-capacity commercial and industrial battery installations.
The series provides CAN and RS485 communication interfaces. Confirm protocol compatibility with the specific inverter or energy-management system before ordering.
The published specification lists an IP54 enclosure. Final placement, ventilation and commissioning requirements should be reviewed for the installation site.
UN38.3 and MSDS documentation are listed for the series. Confirm destination-country and project-specific document requirements with YINEN POWER.
Send your country, quantity, selected model, inverter/PCS details and delivery requirements through the inquiry form for a practical proposal.
Tell us your required capacity, PCS or inverter model, installation location and project quantity for a practical configuration review.
