Standard and CE-Compliant Design of a Battery Storage System
Enhancing Grid Performance and Capacity with a Large-Scale Battery Storage System for E-Truck Fleets
Using a large-scale battery storage system (BESS), the limited grid power at the customer’s location is enhanced, ensuring continuous charging capacity for operating an e-truck fleet.
At the customer's request, existing traction batteries are incorporated into the design of the BESS. We manage the repurposing of these battery modules for use within the storage system.
The delivered solution includes:
- Designing the battery storage system
- Overseeing the procurement process
- Conducting regulatory analyses (e.g. CE certification)
- Providing support during installation and commissioning
Project at a Glance
Client: anonymous
Initial Situation
Urgent need for an integrated storage solution to be installed within 6 weeks
Insufficient grid connection and supply capacity for the planned charging requirements of the e-truck fleet
Unused vehicle batteries in their first life cycle with no planned reuse options
Our Solution
Designing a BESS using unused vehicle batteries, paired with an associated fast-charging infrastructure
Business case modelling for various use cases, including peak shaving
Developing a specification sheet and providing support throughout the procurement process
Establishing standards and regulatory requirements for CE certification and country-specific approval of the BESS
Coordinating certification processes for the BESS
Added Value Achieved
Avoidance of grid expansion costs through the integration of a BESS
Facilitation of international market entry for BESS solutions
Cost and revenue optimisation through tailored consulting services
Standardised technology solution with scalability potential
"We are your partner across the entire value chain for storage systems."
