Hoppenbrouwers Techniek

Hoppenbrouwers Techniek in Udenhout operates a complex EV charging setup comprising:

• 16 × 22 kW AC charging sockets
• 1 × 60 kW DC charger

These charging points are distributed across multiple main distribution boards (HVKs) and sub-distribution boards (OVKs), each with unique cable limitations. Using Tibo Energy’s EMS, detailed simulations modeled energy flows and charging demands, ensuring seamless integration while accounting for all infrastructure constraints.

Dynamic load balancing in real time

Tibo EMS delivers precision control across this intricate charging network by:

• Preventing overload: Monitoring total energy consumption to ensure the contracted transport capacity (GTV) is never exceeded.
• Cable protection: Dynamically adjusting charging sessions to respect the limits of each HVK and OVK.
• Dynamic session management: Leveraging OCPP protocols for seamless load balancing, allowing charging sessions to scale up or down based on real-time demand.Learn more about how intelligent energy management works in practice.

Smarter charging, seamless operations

The implementation of Tibo EMS at Hoppenbrouwers delivered measurable benefits:

• Efficient energy use: All charging sessions are managed dynamically, maximizing efficiency without overloading the grid or infrastructure.
• Infrastructure compatibility: The EMS ensured smooth operation despite the complexity of multiple distribution boards and stringent cable limits.
• Future-proof charging: This setup is scalable and ready to accommodate additional charging infrastructure as energy needs grow.Take a look how Enexis in Best achieved a similar result, operating within strict capacity limits while integrating EV charging, solar and battery storage.