Grid independence
Generate electricity in locations where extending utility infrastructure may be costly or impractical.
We design off-grid solar systems for ranches, cabins, properties and remote operations in Baja California Sur, sized around real loads and required days of autonomy.
When there is no utility grid, the entire system must produce, store and deliver the energy you need despite weather variability. Good design starts with loads, schedules, startup surges and autonomy, then selects solar, batteries, inverter and optional auxiliary backup.
We do not sell a standard capacity. The value comes from combining engineering, equipment and operating strategy for the actual site.
Generate electricity in locations where extending utility infrastructure may be costly or impractical.
Solar, storage, inverter, protection and backup strategy work as one system.
We prioritize efficient equipment to reduce system size, cost and complexity.
Depending on selected equipment, monitoring can provide visibility into generation, battery and consumption without being on site.
Every project changes with the site, loads and client priorities. This is our baseline workflow.
Power, operating hours and equipment with high startup surge.
Location, solar exposure, backup days and site conditions.
PV array, battery bank, inverter and protection.
Load tests, configuration and operating guidance for the user.
These signs usually mean a technical assessment is worth doing.
10 Canadian Solar modules, a 6 kW Lux Power inverter and 10 kWh of storage.
Short answers so you know what information we need and what to expect from the project.
Not always, but it can be useful as additional backup for critical sites or prolonged periods of low generation. We evaluate it based on autonomy, accessibility and tolerance for interruptions.
It depends on operation type, load criticality, climate, budget and available backup. We design around scenarios rather than a generic number.
It can be possible, but air conditioning is a significant load. Power, runtime and startup strongly affect solar, inverter and battery sizing; efficient equipment reduces the impact.
Technical reference: U.S. Department of Energy, Solar Photovoltaic System Design Basics. A complete PV system requires more than modules: mounting, power electronics and application-specific components are also necessary. · Technical source / reference ↗
With the location and a few load details, we can start an initial assessment.