We design and implement photovoltaic self-consumption installations for businesses and industries looking to reduce their energy bill, gain independence, and decarbonize their operations.
We handle the entire process:
We study consumption, technical context, and the regulatory framework to define the best solution.
We design technically and economically optimized projects, ensuring their viability and scalability.
We coordinate implementation with high standards of quality, safety, and regulatory compliance.
We ensure long-term performance through continuous monitoring, optimization, and technical support.
We optimize each project to maximize savings, production, and return on investment, adapting it to the client’s consumption profile.
Photovoltaic self-consumption allows businesses and industries to generate their own electricity using solar panels installed on their premises. This energy is used directly to cover internal consumption, reducing reliance on the grid, lowering electricity bills, and advancing the decarbonization of business operations.
A self-consumption project includes initial energy analysis, system design and engineering, execution and commissioning, legalization of the installation, and operation and maintenance services. This comprehensive approach ensures technical viability, regulatory compliance, and optimal long-term performance.
Savings depend on the consumption profile, installed power, and the level of self-consumption achieved. Through energy simulations and financial return studies, it is possible to accurately estimate the economic impact, optimizing the installation to maximize savings and return on investment.
Yes, integrating storage systems can significantly increase the percentage of self-consumed energy, reducing grid dependence and improving project profitability. Additionally, it allows for better management of demand peaks and provides greater energy stability for the company.
