FEV has developed a mobile power bank for electric vehicles.
FEV supported Uniper from idea to Proof of Concept (PoC) of the Mobile Fast Charging Solution (MFC).
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By GlobalDataOne requirement for the successful transition of e-mobility from niche to mass is an efficient charging infrastructure, notes FEV. However, especially at places with fluctuating charging demand, operators are reluctant to install stationary charging stations given the lack of a business case.
Uniper’s power bank for electric vehicles can be used to cover peak demands without the need for large investments into grid reinforcements and transformer stations. MFC is capable of operating independently from the power grid. Once the batteries are drained, the station is replaced by a new one.
Key facts and data include:
- FEV developed and manufactured a Mobile Fast Charging Station for Uniper to provide Infrastructure-as-a-Service (IaaS)
- The Proof of Concept provides up to 75 kW charging power to two vehicles in parallel and entails up to 1,000 km electric driving range
- The charging station is managed as an Internet of Things (IoT) device, allowing for remote condition monitoring and organisation of operations
- A dedicated power supply and logistics network handles recharging and exchange, using 100% CO2 emission-free energy
- The fully charged new station guarantees energy supply and the replaced MFC is recharged at a charging hub and brought back into the field
In the first step, FEV Consulting supported Uniper by deriving business model ideas for applications of MFCs, before a consumer survey was conducted to confirm the business model analysis.
FEV Consulting and EVA Fahrzeugtechnik, a subsidiary of FEV Group in the business segment Electronics & Electrification, developed and manufactured a Mobile Fast Charging Station for EVs from scratch.
As the integrator of the mobility ecosystem, the company leveraged its partner network to identify and select components for the PoC including battery unit, power electronics and cooling system. FEV installed a microgrid that allows vehicle charging without grid connection despite the usage of independent, non-harmonised components from different sources.
The Proof of Concept paves the way for Uniper to become an Infrastructure-as-a-Service provider.
With dimensions of 1.2 m x 1.25 m footprint and 2.5 m height, the Mobile Fast Charger provides 150 kWh usable energy capacity, corresponding to up to 1,000 km pure electric driving range. In addition, the device allows charging of two Electric Vehicles through both charging standards, CCS 2.0 and CHAdeMO, with up to 75 kW power in parallel.
To handle the intense heat generated in the compact housing at this power flow, FEV integrated a high-performance cooling system and developed a dedicated cooling strategy. The system layout allows for high charging currents and also guarantees safe operation of the MFC even at extreme weather conditions.
FEV will deliver the PoC with a CE certification, as the device complies with stringent safety requirements and has been successfully tested at an EMC lab.
Additionally, the Mobile Fast Charger can be managed as an Internet of Things (IoT) device, allowing for remote condition monitoring and organisation of operations. To ensure this, FEV has developed an Operational Management System (OMS) for operation of the PoC as well as distant access to real-time data.
Through the remote access, Uniper can track operating conditions, such as battery temperature, state of charge and charging power as well as the acceleration and location of the station. The billing process of the IoT device can be managed via the backend connection.
