Low-voltage off-grid storage systems
Request LS System Sizing & B2B QuoteLS Series 5 kW-Class Off-Grid Solar Battery System
LS is a compact 5 kW-class system with the lowest storage starting point in this Phase 1 range. Buyers can select 5.12–25.6 kWh for shops, homes and small-business backup after load review.
LS Series 5 kW AC Hybrid Solar Power Generation SystemOSH
Project supply details
LS Series 5 kW AC Hybrid Solar Power Generation System for solar energy storage and project supply.
Suitable for solar storage projects, off-grid backup and distributor project supply.
- Model Range
- LS Series 5 kW
- Inverter type
- 5.5kW/51.2VAC hybrid inverter
- Rated output power
- 5.5KW
LS Series 5 kW System Applications

Information Needed to Size an LS System
- Equipment list and starting power
- Preferred battery capacity or backup objective
- PV array and AC input conditions
- Order quantity and delivery destination
Compact Storage Options for Smaller Backup Projects
- 5.5 kW/51.2V hybrid inverter with pure sine wave output.
- Five battery capacities from 5.12 to 25.6 kWh.
- 230VAC 50Hz output and 120–450Vdc PV MPPT range.
- Stacked capacity expansion starting from one 51.2V 100Ah module.
Small-Business and Home Applications for LS
- Shops and essential business equipment
- Home critical-load backup
- Small offices and standard distributor packages
Core specifications
| Model Range | LS Series 5 kW |
|---|---|
| Inverter type | 5.5kW/51.2VAC hybrid inverter |
| Rated output power | 5.5KW |
| Output waveform | Pure sine wave |
System configuration
LS Series 5 kW AC Hybrid Solar Power Generation System technical details
System Configuration
Questions before quotation
Is the LS system specified in kVA?
No kVA rating is supplied. The product data confirms 5.5 kW rated output, so the page keeps the verified kW specification.
What is the smallest LS battery configuration?
The current entry-level configuration is 5.12 kWh, with options up to 25.6 kWh.
How should I choose an LS battery capacity?
Selection should consider critical loads, daily operating time, charging sources and the required backup duration.