FAQs

How does a photovoltaic solar energy system work?

A: A solar power system converts the sun's energy into electricity through the use of solar panels, which are made up of solar cells. The energy is stored in batteries and is used to power the home or business.

What if there is not enough sunlight?

A: If there is not enough sunlight, the system will use electricity from the grid to power the home or business. However, when sunlight is available, the system will use that energy before turning to the grid.

What are the requirements to install a photovoltaic solar energy system?

A: Requirements vary depending on location and local regulations, but adequate space for solar panels and a battery storage system are generally required. A permit or inspection may also be required prior to installation.

What is the cost of a solar energy system?

A: The cost varies depending on the size of the system and the location, but on average, a solar energy system can cost between $7,840.00 for 20,000 Watts and $19,600.00 for 50,000 Watts. However, with tax incentives and reduced energy rates, customers can recoup some or all of their costs within a few years.

How does a photothermal solar power system work?

A solar thermal system works by capturing the sun's energy to heat water or a heat transfer fluid. The system is composed of a solar collector, a storage tank and a distribution system.

The solar collector is the component responsible for capturing the sun's energy and converting it into heat. It can be of different types such as Super Premium, Premium Light, Economic, or Israeli.

The storage tank is responsible for storing the water or heat transfer fluid heated by the solar collector. This can be a stainless steel, porcelain or black steel tank.

The distribution system is in charge of carrying the hot water or fluid from the storage tank to the points of use. This can be through pipes or pumps.

The solar thermal system can be used to heat water for domestic or industrial use, or to heat a heat transfer fluid that in turn will heat a building or a swimming pool.

The solar thermal system can also be combined with a combustion heating system to provide heating on cloudy days or with little sunlight.