Agribusiness can benefit from solar power generation systems to supply the demand for electricity used, for example, in irrigation. Energy generated can still supply the demand of warehouses, grain separators, farmhouses among others. The biggest advantage of application in this area is that agriculture has seasonality of electricity consumption. Thus, power generated when there is little consumption can be stored in credit form by utilities, increasing the system’s capacity to meet demand.

Industry and commerce use electricity as their main resource. Being at the mercy of the tariff rates imposed by the market and frequent blackouts caused by the poor quality of the services provided by the power companies results in immeasurable losses. A photovoltaic power generation system reduces this dependence on the grid, the cost of the energy bill and also contributes to the environment, making the company socially responsible.

In addition to reducing the cost of the electricity bill and CO2 emissions in educational institutions, a solar generation system is pedagogically aggregating. It teaches students good sustainability practices and shows how electricity will be generated in the future . Educational institutions also have the advantage of seasonality of consumption, because on vacation their demand is considerably lower. This allows them to make credits with utilities, increasing the system’s ability to meet energy demand.

Installing a photovoltaic system during the construction of a house or a building makes it even more affordable, as any adjustments that may be required to install it in completed buildings can be suppressed.

It is an obligation of public administration to ensure the public good, especially the amounts arising from taxes paid by taxpayers. A system of electricity generation through the sun saves public money that can be invested in education, for example. The manager, in turn, makes the administration more efficient and sustainable, earning the collaboration of the population.

Photovoltaic systems are already part of thousands of homes throughout Brazil. They save on electricity bills, reduce CO2 emissions and also contribute to the independence of the utility grid when equipped with a battery-powered system. benefitting the environment and the pocket.