Why Edison NEXT
We work alongside public administrations to develop solutions that reduce environmental impact and generate social and economic value for local communities, relying on integrated services, technologies and expertise.
Our ESCO Model, based on the IDAE performance scheme (P1–P5), allows us to design, execute, operate and finance projects with performance guarantees, assuming technical risks and delivering measurable results that improve efficiency, reduce costs and accelerate the energy transition of the public sector.
Key Figures
Main sectors
Edison NEXT Services
We provide flexible and diversified services, technologies and expertise to ensure energy savings and reduce environmental impact in public lighting and public buildings.
We develop integrated initiatives that place people and the environment at the centre, with the aim of creating smarter and more sustainable territories.
The solution best adapted to cities
Solutions adapted to cities. Flexible business models designed to meet the needs of Municipalities and Public Administrations.
CAES
In the public sector, Energy Savings Certificates (CAEs) are a key lever for boosting energy efficiency without compromising the budget. Edison NEXT structures and executes projects in public infrastructures, anticipating CAE monetisation to minimise initial investment and ensure project viability. Through comprehensive management and rigorous technical processes, we guarantee transparency, regulatory compliance and maximum economic return, contributing to the sustainability and decarbonisation goals of public administrations.
Learn moreLleida advances smart public lighting to build a more sustainable city
Edison NEXT, in collaboration with Romero Polo, is supporting the city of Lleida in the comprehensive transformation of its public lighting network through a project that drives energy efficiency and urban digitalisation. The initiative involves upgrading 14,545 lighting points with LED technology.
The project also includes individual smart control systems, 200 environmental multisensors and 25 solar streetlights, turning the lighting network into a smart infrastructure capable of adapting to the city’s real time needs. This technological modernisation improves service quality, optimises energy management and enables the development of new data driven urban services.

