Complete Off Grid Solar Systems with Battery

System size depends on your daily energy consumption, peak load, local solar conditions, and required backup time. SNADI can recommend a suitable configuration based on your appliance list, operating hours, and project location.

A complete system can include solar panels, an off-grid inverter, battery storage, charge controllers, protection devices, cables, and monitoring equipment. Components are selected and matched according to the project requirements.

Backup time depends on battery capacity, actual load, depth of discharge, and system design. The battery bank can be configured according to your required autonomy, including extended backup for remote or critical applications.

Yes, when the inverter and battery system are correctly sized for the load. For motors, pumps, air conditioners, and other high-power equipment, we also consider starting current and peak power requirements during system design.

Yes. Compatible off-grid systems can be integrated with a diesel generator to provide additional backup power or recharge the batteries during extended periods of low solar generation.

Yes, provided the system is designed with future expansion in mind. Inverter capacity, PV input limits, battery architecture, and system voltage should all be considered before adding more panels or batteries.

SNADI provides matched system configurations, wiring diagrams, technical documentation, and remote technical support. Installation and commissioning should be completed by qualified personnel in accordance with local electrical and safety requirements.

We typically need your project location, daily energy consumption or appliance list, peak load, required backup time, and application type. If exact consumption data is unavailable, you can provide appliance power ratings and estimated operating hours for preliminary system sizing.