- Its first Station+ fast charging station, equipped with state-of-the-art technology, local renewable energy and a hybrid supply system that allows it to operate with clean energy more than 90% of the time.
- The station has two 240 kW chargers, offers 24/7 service with activation via app or POS, and is the first step in the national rollout of the Station+ model, which is committed to sustainable electric mobility and energy autonomy.
Umbrella e-mobility, the electric mobility division of Umbrella Global Energy, has launched its first Station+ fast charging station in La Eliana, Valencia. This infrastructure represents a significant advance in sustainable electrification by combining state-of-the-art technology with a hybrid energy supply model that prioritizes the use of renewable energy produced at the station itself.
The main innovation of this facility lies in its “kilometer zero” power supply system, which combines a 60 kW solar plant, a 200 kWh storage system and 150 kW of power, and a backup through grid supply. Thanks to this configuration, the station can operate with local renewable energy for more than 90% of the time of use, thus maximizing its efficiency and sustainability.
Estación híbrida Station+ en La Eliana (Valencia)
The station has two 240 kW chargers with a total of four hoses, capable of dynamically adapting to demand: from 60 kW charges per vehicle at maximum occupancy, up to 240 kW for ultra-fast individual charges.
The service is accessible 24 hours a day and can be activated both from the Umbrella e-mobility app and through a free-to-use POS, compatible with conventional bank cards, ensuring a convenient and barrier-free experience.
This station marks the launch of Umbrella e-mobility’s new Station+ model, which combines ultra-fast charging and energy autonomy with clean sources. It is the first of a new generation of infrastructures that the company will deploy in the coming months throughout the country, reaffirming its commitment to sustainable mobility, technological innovation and energy independence.
