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Independent power for homes
beyond the grid.
Energy
Independence
Reliable
Power
Clean
Energy
Easy
Installation
Off-Grid Independence
Power your home anywhere,
anytime.
Safe & Long-Lasting
6000+ cycles for
long-term reliability.
Smart Protection
Built-in protections ensure
safe and stable operation.
Smart Monitoring
Monitor system
statusanytime, anywhere.
Convert sunlight into
clean electricity.
Intelligent energy management
and conversion.
LiFePO2 energy storage for
longer system autonomy.
Powers all essential
appliances and devices.
200W-360W
LD-LHFES-3.6KW-SkWh
SkWh (25.6V)
PV& DC Protection
Complete Set
WiFi/ Mobile App
200W-580W
LD-LHFES-6.SKW-1OkWh
10kWh (48V)
PV& DC Protection
Complete Set
WiFi/ Mobile App
58oW+
LD-LHFES-12KW-20kWh
20kWh (48V)
PV& DC Protection
Complete Set
WiFi/ Mobile App
Advanced MPPT for
maximum energy harvest.
Safe chemistry, long life,
and high performance.
Fanless design for
silent operation.
All-in-one design saves
time and installation steps.
Real-time data in the
palm of your hand.
Leedpower off-grid solar systems deliver clean, stable, and independent power for homes in remote areas, islands, mountains,farms, and anywhere the grid can’t reach.
Comfort and convenience
of the grid.
Energy freedom in
every season.
Resilient power for
island living.
Power your operations
day and night.
Yes, when the solar array, inverter, and battery bank are correctly sized for the site and expected loads. Local solar conditions, seasonal weather, daily energy consumption, and the required number of backup days must all be considered during system design.
Runtime depends on usable battery capacity and total load consumption. As a simple example, a larger battery will provide longer operating time, while high-power appliances will discharge it more quickly. Leedpower can calculate the expected runtime from your appliance list and usage hours.
An appropriately sized system can operate lighting, refrigerators, televisions, computers, fans, pumps, and other household or business equipment. High-starting-current appliances must be included in the load calculation to ensure the inverter can handle both continuous and surge power.
During periods of low solar production, the battery supplies stored energy to the loads. Additional battery capacity, a larger solar array, or a compatible auxiliary power source may be recommended in locations with long cloudy seasons or critical power requirements.
Many systems can be designed for future expansion, but additional panels, batteries, or inverters must remain within the electrical and communication limits of the original equipment. It is best to consider future load growth during the initial system design.
Routine maintenance includes keeping solar panels clean, checking cables and protection devices, reviewing battery condition, and monitoring system alarms or performance data. LiFePO4 batteries generally require less routine maintenance than traditional lead-acid batteries.
Let Leedpower design the right off-grid solar system
for your home.
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