Equipment inventory
Map each load, power, voltage, starting current and operating hours.
Solar Energy · Off-grid
For sites without utility supply or projects requiring autonomous operation, an off-grid system combines solar generation, an inverter and battery storage. Sizing must account for night-time use and low-generation periods.
Service scope
Without a public-grid connection, generation and storage capacity must match the usage routine and expected autonomy.
Map each load, power, voltage, starting current and operating hours.
Estimate the energy needed throughout the day and night.
Calculate capacity based on autonomy, depth of discharge and equipment characteristics.
Size modules for local conditions and lower-irradiance periods.
Check power and voltage compatibility and appropriate electrical protections.
Review operating margins and alternatives, if required, for periods of low generation.
Autonomy and reliability
In isolated systems, undersized generation or batteries can affect supply. The study should consider cloudy days, night-time use, future expansion and higher-power loads.
Capacity is tied to usage hours and the required level of continuity.
The review identifies critical loads and peaks that must be considered.
Equipment and assumptions should be recorded to support operation and maintenance.
Project stages
More accurate usage information leads to a more reliable autonomy estimate.
We record equipment, power, voltage, quantity and operating time.
We calculate daily demand and autonomy scenarios.
We specify compatible modules, inverter, batteries and protections.
After execution, we explain operating limits, monitoring and care.
Plan power away from the grid
Share the location, equipment list and desired autonomy to start the system study.