A modern technology for generating electricity using sunlight, which is completely different from a solar heater that uses solar heat to heat water.

• Grid-connected system (the most commonly used).

• Off-grid system with batteries.

• Hybrid system that combines both.

The difference between what you produce in electricity and what you consume is calculated. The surplus is converted into credit for the coming months, and there is no direct cash payment.

It is determined based on your annual electricity consumption. As a rough rule, we calculate the consumption and divide it by 1600 to get the appropriate system size, but a field study provides the most accurate number.

• Solar panels

• Inverter

• Metal structure

• Protection and grounding systems

  In off-grid systems, batteries and a charge controller are added.

If it is connected to the grid, it will not work. The solution is to add batteries or choose a standalone system, which increases the cost but provides independence.

• Panels: 25–30 years.

• Inverter: usually 5–10 years.

• Batteries: 2 to 5 years depending on the type.

Car batteries are designed for quick discharge, while solar batteries are designed to work for long periods and charge gradually, so they are not a suitable alternative.

Approximately 8 square meters for every 1 kilowatt, and it is determined precisely after site inspection.

Facing south approximately and completely away from any shade, as shade significantly affects production.

Yes, with specialized structures that preserve the roof and aesthetic appearance.

After obtaining approvals, small residential projects usually take several days to about a week depending on the size.

Regular cleaning of the panels and monitoring production through monitoring systems we provide to the customer from their phone.

Yes, if using removable and installable structures.