Fully Electrified Charging Depot for Commercial Fleet Operations
Weihenstephan Brewery and Delta Charge inaugurate an integrated energy and charging depot for electric trucks.
www.deltacharge.com
Industry Sector: Food and beverage logistics.
Application Area: Fleet electrification and energy management.
The Bavarian State Brewery Weihenstephan has partnered with Delta Charge to deploy a fully electrified charging and energy depot at its logistics hub. The infrastructure integrates battery storage, solar power, and fast-charging stations to support the growing deployment of electric commercial trucks while reducing total operating costs compared to diesel fleets.
Energy Infrastructure and Storage
The logistics depot features two 150 kW ceiling-mounted fast-charging stations connected to a modular battery energy storage system (BESS). The base storage capacity starts at 125 kW/257 kWh and is engineered to scale up to 375 kW/771 kWh to accommodate future fleet growth. This hardware is directly integrated with the facility's existing 380 kWp photovoltaic (PV) solar system, maximizing the utilization of on-site renewable energy for vehicle charging.
AI-Powered Energy Management
To optimize the energy ecosystem, the facility utilizes a proprietary, artificial intelligence-driven energy management system developed by Delta Charge. This software continuously monitors and balances solar generation, battery storage levels, and truck charging schedules. By intelligently dispatching stored energy, the system minimizes dependency on the external power grid during peak tariff periods. This automated balancing provides resilience against grid volatility and reduces overall operational costs, making the electric logistics fleet commercially viable at scale.
Additional Context: This section details technical specifications and competitive benchmarking not included in the original announcement
In commercial fleet electrification, the deployment of Battery Energy Storage Systems (BESS) alongside fast chargers is critical for heavy-duty vehicles. Electric trucks require massive power draws (often exceeding 150 kW per vehicle) that can trigger severe "demand charges" from utility providers if pulled directly from the grid during peak hours. By utilizing a BESS, the Delta Charge system performs "peak shaving"—the batteries charge slowly using excess solar power during the day and discharge rapidly to charge the trucks when needed, protecting the brewery from utility demand penalties. Furthermore, the use of ceiling-mounted chargers (often utilizing drop-down cables or pantographs) saves critical floor space in busy logistics hubs, preventing cables from obstructing forklifts and cross-docking operations.
Edited by Lekshman Ramdas, Induportals editor – adapted by AI.
www.deltacharge.com
