Robust Charging for Waste Collection & Municipal Fleets
Municipal fleets face unique operational challenges: short stops, high-frequency routes, and night operations. Powerlines delivers robust, reliable, and scalable charging infrastructure designed for these demanding conditions.
Challenges:
Vehicles operate on unpredictable schedules, requiring flexible charging windows.
Nighttime or off-peak energy optimization is critical to reduce costs.
Charging infrastructure must integrate with depot management and route planning systems.
Our Services for Waste & Municipal Operators:
Heavy-Duty Fast Chargers – Designed for frequent start-stop operation and high daily cycles.
Load Management Systems – Smart scheduling to optimize energy usage and reduce peak charges.
Integration with Depot Operations – Synchronization with vehicle tracking, routing, and operational software.
Maintenance & 24/7 Support – Ensure infrastructure reliability even under high operational stress.
Scalable Design – Easily expand infrastructure as fleets grow or new vehicles are added.
Customer Benefits:
High reliability for critical municipal services
Optimized energy consumption and cost savings
Compliance with local regulations
Supports environmental and sustainability goals
Reference:
Team Sauberes Karlsruhe
Team Sauberes Karlsruhe expands its electric vehicle fleet and charging infrastructure, driving a consistent transformation toward sustainable waste management. The goal is to reliably supply and manage energy for electric waste collection vehicles without compromising efficiency or operational safety. Team Sauberes Karlsruhe relies on Powerlines as a strong infrastructure and service partner.
Powerlines was responsible for the complete installation of the Kempower charging hardware, including integration into the existing infrastructure. The implementation of IO-Dynamics’ intelligent charging management system reduces peak loads and increases the use of locally generated PV electricity. The Powerlines solution includes two Kempower Power Units C802, each with four charging points (control units 200A, 10m), providing charging capacities of up to 160 kW. The electrical installation includes connecting the power and control units to the low-voltage main distribution system. Additionally, an electrical distribution unit for AC charging points was installed, supplying cars, vans, and sweepers.