Balance energy every day
Size the PV array and storage for daily consumption, recharge needs and seasonal solar variation.
Complete off-grid home solar systems
Reliable household power without depending on the grid.
Coordinated solar, LiFePO4 battery and inverter/charger systems for remote homes and properties where utility power is unavailable or cannot be relied on.
CONFIGURATION BASISDaily energy · seasonal solar · autonomy target · generator strategy
Reference equipment arrangement · final configuration is project-specificProject planning
Size the system around essential energy needs.
Reliable selection starts with simultaneous load, starting surge, daily energy use and required backup time. Local voltage, phase, grid or generator conditions and the installation environment must also be confirmed.
- Public inverter range
- 1.2-12 kW off-grid inverter/chargers
- Battery options
- 5.12-32.15 kWh public LiFePO4 products
- Solar charging
- MPPT, model-specific PV voltage and current limits
- Backup source
- Optional generator input on applicable configurations
- Load planning
- Running power / starting surge / daily operating hours
- Site planning
- Climate / altitude / access / maintenance / expansion
Solution priorities
Coordinate every part of the power system.
Plan for low-solar periods
Define the generator or load-management strategy before extended cloudy weather creates an energy deficit.
Protect remote-site reliability
Consider spares, service access, installation conditions and simple operating procedures from the start.
Typical applications
One architecture, matched to different priorities.
Remote homesFarms and staff housingIsland propertiesRural clinicsSchools and community facilitiesTelecom-supported residencesGenerator hybrid systemsSites without utility access
Country project guides
Plan around the destination market and actual site.
Review local project context, then confirm phase, voltage, frequency, grid behavior, climate, compliance scope and installation responsibility before ordering.
Buyer questions
Confirm the project before choosing a package.
How is an off-grid home system sized?
Calculate simultaneous power, starting surge and daily load energy. Then select PV and storage for the local solar resource, required autonomy, allowable generator use and seasonal conditions.
Can an off-grid inverter use a generator?
Applicable inverter/chargers support generator input. The generator rating, voltage, frequency, charging current and operating schedule must match the selected inverter and battery.
How many days of battery autonomy are recommended?
There is no universal answer. More autonomy increases battery and PV requirements. Choose a realistic cloudy-weather strategy that balances storage, generator use, load control and budget.
Can the system expand later?
Selected inverter and battery models support expansion, but parallel limits, protection, communication and matching requirements must be confirmed before the initial order.
PROJECT-SPECIFIC SELECTION
Send the load list and required backup time.
Include the destination country, phase, voltage, frequency, grid and generator conditions, PV information and estimated quantity.
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