FAQ

Solar self-consumption is the practice of generating electricity from solar panels installed on a home, business or any other property, and consuming that energy directly at the place of generation.

The solar self-consumption system is based on the collection of solar energy through photovoltaic panels. These panels convert sunlight into electrical energy that can be used in real time or stored in batteries for later use.

The main benefits of solar self-consumption include savings on electricity bills, reduced dependence on utilities, contribution to carbon emissions reduction and the possibility of selling surplus energy to the grid.

No, solar self-consumption can be done with or without batteries. If you do not have batteries, the energy generated is used directly at the time of production. If you have batteries, you can store the surplus energy for use at times when there is not enough solar generation.

The amount of solar panels required depends on the energy consumption of your home, the geographic location and the efficiency of the panels. IN SOLAR performs a case-by-case analysis to calculate the optimal number of panels.

During cloudy days or at night, solar energy production is lower or non-existent. At these times, if you do not have batteries, your home will automatically connect to the conventional power grid to supply electricity needs.

The service life of solar panels is typically at least 25 years. Over time, panel efficiency may decrease slightly, but many manufacturers offer long-term performance guarantees.

Permit requirements vary by locality. In most cases, it is required to obtain permits from the municipality and comply with certain regulations prior to installation.

Yes, surplus energy can be sold to the grid through compensation mechanisms, such as net billing. This allows the owner of the self-consumption system to receive credits or revenues for the energy that is fed into the grid.

The cost of installation can vary significantly depending on the size of the system, the quality of the panels and other components such as batteries, and local conditions. Although the initial investment may be high, in the long run, the savings on electricity bills usually outweigh the cost.

The payback time for a solar self-consumption system depends on several factors, such as the initial cost of the installation, the energy savings achieved and the incentives or subsidies available. In general, most solar self-consumption systems.

Solar panels require minimal maintenance. It is recommended to clean them periodically to remove dust and dirt that may accumulate, and occasionally check the condition of the system with the help of a specialized technician.

Collective self-consumption is a system in which several people or entities join together to share the generation of renewable energy, generally through solar panels or other clean sources. The energy generated is consumed in a shared manner among the participants.

In collective self-consumption, a group of people or companies installs a renewable energy generation plant (such as a solar plant) at a common site or at several nearby locations. The energy generated is fed into the electricity grid and distributed to the participants for their consumption. Each participant receives credits for the energy generated, known as "surplus compensation".

The benefits of collective self-consumption include:

- Increased access to renewable energy for those unable to install solar panels on their own properties.

- Reduced electricity bills by sharing generation costs.

- Promotion of sustainable energy and the fight against climate change.

- Strengthening community and collaboration among participants.

Collective self-consumption can be implemented by various entities, such as neighborhood communities, companies, cooperatives, public institutions or groups of people interested in sharing energy generation.

The distribution of energy in a collective self-consumption project is usually based on an agreement among the participants. It can be proportional to the contribution of each participant in the generation, or it can follow a scheme of equal distribution among all members of the group.