WELCOME TO UEP SOLAR
The new aid program "PITEIB INDIVIDUALS" is a public call for subsidies to promote self-consumption installations with or without electrical storage using renewable energy sources.
The Resolution of the Councilor for Business, Employment, and Energy promotes specific subsidies for the installation of photovoltaic systems in the Balearic Islands. These aids, part of the Investment Plan for the Energy Transition and financed by the European Union through the NextGenerationEU program, aim to boost the production of renewable electrical energy through photovoltaic self-consumption, contributing to decarbonization and energy efficiency in the archipelago.
Applications can be submitted from April 1, 2024, until December 30, 2024, subject to the availability of funds allocated for these aids.
Individuals residing in the Balearic Islands can benefit from these aids, including both those who do not engage in any economic activity and those who do engage in economic activities and use the photovoltaic installation in their activity.
Investments in new photovoltaic installations intended for self-consumption, with or without surpluses, are considered eligible. The maximum power of the photovoltaic installation for which aid can be requested is up to 10 kWp and 30 kWh for storage systems.
For photovoltaic installations, the amount of aid is set at 600 euros per peak kilowatt (kWp) installed. This aid applies to installations with a maximum power of up to 10 kWp, meaning that the maximum aid available for a photovoltaic installation is 6,000 euros.
In the case of storage systems accompanying photovoltaic installations, the aid is set at 400 euros per kilowatt-hour (kWh) of storage capacity. The maximum subventionable storage capacity is 30 kWh, resulting in a maximum aid for storage systems of 12,000 euros.
The combination of both aids for a photovoltaic installation with a storage system can add up to a maximum of 18,000 euros, provided that the established requirements regarding the maximum subventionable capacities for both photovoltaic generation and storage are met.