The Mobile Energy Storage project developed by E2C is an innovative and flexible solution for storing and transporting renewable energy. The system is built around a conversion and storage unit specifically designed to fit within two transportable containers, making it highly versatile and easy to install in different locations without the need for permanent construction.
At the core of the system is energy storage technology, which allows large amounts of electrical energy to be stored and released when support is needed for electrical grids, emergency power supply, events or temporary situations.
This system is particularly useful in scenarios where the existing grid cannot meet peak energy demand caused by the simultaneous charging of multiple electric vehicles, such as a fleet of public buses.
For electric bus charging, the system uses CCS (Combined Charging System) chargers, one of the most widely adopted standards for fast EV charging, installed within the containers. This direct connection allows fast and efficient charging, ensuring vehicles are ready to return to service quickly.
Alternatively, the system can supply a 400 Vac pantograph, a device used for fast charging electric buses via a direct connection to the vehicle. This charging method, commonly used for urban bus operations, enables rapid recharges during operational breaks along routes or at terminal stations, reducing vehicle downtime and maximizing fleet efficiency.
E2C’s Mobile Energy Storage project therefore provides a flexible, high-efficiency energy solution capable of supporting the electrification of public transport systems. Its mobility and ability to deliver a reliable, high-power energy source for electric bus charging represent a significant step toward a more sustainable future with reduced reliance on fossil fuels.
Power Vac250 kWPower EVC150 kW CCS2ChemistryLTOAccumulation240 kW - 540 kWhClientTperYear2023CountryItalyQuantity1
