Priority-load mapping
List lighting, internet, refrigeration, gates, pumps or other essential equipment.
Solar Energy · Hybrid system
Combine PV generation, a compatible inverter and storage to support priority circuits during grid outages. Runtime depends on selected loads, usable battery capacity and generation conditions.
Service scope
Design starts by deciding which equipment must keep running, for how long, and with what power and starting-current requirements.
List lighting, internet, refrigeration, gates, pumps or other essential equipment.
Approximate sizing based on load power and expected operating hours.
Selection based on voltage, continuous power, surge demand and manufacturer specifications.
Define which circuits will receive backup and which remain outside the backed-up system.
Review the relationship between modules, inverter, storage and utility supply.
Guidance for monitoring, usage limits and battery-system care.
Autonomy planning
Batteries do not provide unlimited power. Runtime depends on usable capacity, simultaneous demand, losses, state of charge and the ability to recharge from solar.
The solution focuses on equipment that is essential to the property’s operation.
Consumption and runtime assumptions are made clear before work begins.
Electrical compatibility, protections and installation require technical review.
Project stages
A detailed survey prevents overstating backup runtime and helps select compatible equipment.
We identify power, voltage, quantity and usage hours.
We estimate required inverter and battery capacity.
We define circuits, protections and integration with the existing installation.
We check operation and explain monitoring and usage limits.
Plan your backup
Share your priority loads and expected runtime to start a technical sizing process.