RENEWABLE ENERGY
A source of energy that is key to building a sustainable and ecologically responsible future.
Renewable energy generally comes from natural sources such as sunlight, wind, water, and biomass.
Unlike traditional energy sources based on fossil fuels, renewables have a lower environmental impact and represent an ethical choice that can be made by individuals, energy communities, industries and institutions.
The advantages of our energy systems
An investment for the future
Renewable energy sources are available in abundance and are constantly being replenished by nature, providing a lasting supply over time. Renewables, therefore, decrease our dependency on nonrenewable resources and the risks associated with their limited availability.
More harmony with nature
Reducing greenhouse gas emissions and our overall environmental impact helps mitigate climate change by preserving air quality and the environment.
Energy Autonomy
Renewable energy sources are available in all countries, which offers a way out of import dependency, reduces their vulnerability to geopolitical crises and protects them from the unpredictable price swings of fossil fuels.
Widespread economic impact
Renewable energy leads to an increase in clean energy jobs and encourages innovation.
Switching to clean sources of energy reduces both the long-term costs and the social and health impacts caused by traditional energy sources.
Creating opportunities
Renewable energy plays a vital role in the transition to a more sustainable, equitable, and resilient energy system, which has a smaller ecological footprint compared to the consumption of traditional fossil fuels. Investing in clean energy means investing in the future and knowing that there can be no real progress without respect for the environment. We put our expertise to the service of like-minded people and their organizations to generate a positive impact together.
Our Services
Design
During the planning phase, we conduct a full site survey to evaluate factors such as solar exposure, orientation and shading. Next, we determine the right solar inverter capacity needed to convert the direct current generated by the solar panels into alternating current for use in the building or power grid.
Finally, we determine whether a battery energy storage system is needed to ensure a steady supply of power, according to the building’s needs. We also provide for a monitoring system to assess efficiency over time and take action promptly in case of any malfunction.
Installation
We begin by checking the condition of the roof or area where the panels will be installed. We study the structural suitability and orientation to maximize solar exposure. We mount the PV panels and install the inverters, and at this stage we connect the system to the consumer unit and the public grid. Finally, we perform functionality tests. And for those who want extra assurance, we recommend energy storage solutions, such as batteries, to provide a continuous supply of power around the clock and when the sun isn’t shining.
Maintenance
Preventive and periodic maintenance performed by qualified professionals helps to extend the lifespan of the system and ensure stable energy production over time.
It’s important to conduct visual inspections to detect possible damage, deterioration or accumulation of dirt or debris. Regular cleaning of panel surfaces, especially in areas prone to dust or air pollution, is essential, as well as supervision of the inverter system.
