Please note that this product is sold and shipped by one of our trusted Marketplace Sellers. This product is not available in any of our physical stores.
DHN-LVWES15-G2 - 14.3kWh IP65 Low Voltage Solar Battery
More stock arrives on July 12th, 2026, and orders will start shipping that day. Don't miss your chance to get yours!
A premium LiFePO4 battery built for homeowners who are done overpaying for power.
Pair it with solar, charge on off-peak rates, and keep your home running when the grid can't. With IP65 protection, it's ready for both indoor and outdoor installation.
Engineered to deliver 8,000+ cycles and backed by a 10-year warranty, this is a long-term upgrade to how your home uses energy. Backed by a globally recognised solar manufacturer with advanced R&D and proven performance across international markets.
Key Features:
- 14.3kWh LiFePO4 capacity - safe, stable, no thermal runaway risk
- IP65 rated - suitable for indoor and outdoor installation
- Built-in DC circuit breaker - protected and installer-ready
- 8,000+ cycle life - designed for long-term daily use
- Intelligent BMS - automatic protection, balancing, and performance control
- Expandable system - scale your storage as your needs grow
- Wall-mounted design - space-saving, clean install
- Universal inverter compatibility* (Check downloads for the list of compatible inverter brands)
BATTERY SPECS ITEM 14.33kWh Solar battery
MODEL DHN-LVWES15-G2
ENERGY 14.33kWh
NOMINAL VOLTAGE/CAPACITY 51.2V/280Ah
MAX CONTINUOUS CURRENT 200A (charge & discharge)
RECOMMENDED CONTINUOUS CURRENT 140A (charge & discharge)
SIZE W 535mm x D 235mm x H 710mm
AMBIENT TEMPERATURE -20°C~55°C
IP RATING IP65
BATTERY TYPE LifePO4
SCALABILITY Parallel connection of up to 16 units
OPERATING VOLTAGE 43.2~57.6
INSTALLATION
- Wall-mounted
- Floor-mounted
COMMUNICATION CAN2.0/RS485
CERTIFICATION IEC62619-CB, CE, UN38.3
CYCLE LIFE ≥8000 Important Installation Note:
Please note that this is not a DIY product. For safety, compliance, and optimal performance, all solar panels, inverters, batteries, and EV chargers must be installed by a certified/approved installer.
All systems require design by a qualified solar professional to ensure maximum efficiency and energy optimisation.
However, specified outputs reflect optimal conditions, but actual performance will vary depending on site-specific factors including installation environment, orientation, shading, and weather.
Features & Benefits
