Battery Storage for Logistics Real Estate
Power demand across logistics facilities is increasing rapidly. Electrified material handling equipment, EV charging infrastructure, refrigeration systems and automated sorting operations all require additional capacity. At the same time, grid congestion often makes expanding an existing connection difficult, costly or uncertain.
The impact goes beyond day-to-day operations. Sites that can't meet growing energy demands become less attractive to occupiers, limiting rental potential and weakening their competitive position.
Battery Energy Storage Systems (BESS) provide a practical way to make better use of available capacity, manage demand peaks and support future growth.
More power demand. Limited grid capacity.
Modern logistics facilities are becoming increasingly energy intensive. The electrification of vehicle fleets and on-site operations adds substantial demand to existing consumption profiles, making the grid connection a growing constraint.
Key topics for logistics real estate
Why partner with Zwart?
A logistics energy system must do more than meet technical requirements. It needs to operate safely, support daily operations and remain flexible as the facility evolves.
That is where Zwart adds value. We combine deep technical expertise with decades of experience in energy resilience and critical infrastructure.
Proven quality
More than 95 years of experience delivering critical infrastructure where safety, reliability and operational continuity are essential.
Tailored solutions
Every location is different. We design systems around the site's infrastructure, operating requirements and future ambitions.
Everything under one roof
Engineering, procurement, construction and commissioning delivered by a single experienced partner.
Service & maintenance
Our service team provides remote monitoring and 24/7 support, ensuring long-term reliability and performance.
Smarter use of energy and capacity
Battery storage makes capacity flexible
We start with the energy profile, not a predefined technology choice. Energy consumption, peak loads, charging profiles and available grid capacity determine the optimal storage solution.
By intelligently managing available capacity, battery storage can provide additional power when grid capacity becomes a constraint, either temporarily or as a long-term solution. This creates room for electrification, expansion and operational growth.
Manage peak demand
Reduce demand peaks when multiple systems, processes or charging stations operate simultaneously.
Support EV charging within existing grid limits
Integrate electric vehicle fleets and charging infrastructure without immediately requiring a larger grid connection.
Create capacity for growth
Make better use of existing capacity and accommodate future expansion within current infrastructure constraints.
Our process
Analysis & consultancy
We assess energy consumption, generation assets, grid capacity and future growth plans. This includes feasibility studies, business case development, payback calculations and subsidy opportunities.
System design & hardware
From battery energy storage and Energy Management Systems (EMS) to solar PV, CHP installations and backup generators. The right technology, engineered for safe and reliable integration.
Turnkey delivery
Engineering, installation, integration and project management delivered through a single experienced partner, with one point of contact throughout the project.
Smart energy management
Advanced Energy Management Systems optimise capacity utilisation through peak shaving, load balancing, grid monitoring and real-time control.
Energy optimisation
We help unlock additional value from energy assets. By participating in balancing markets and flexibility services, stored energy can generate additional revenue streams and strengthen the project business case.
Service & maintenance
Preventive maintenance, corrective support, continuous monitoring and 24/7 assistance ensure long-term system reliability and availability.
12 MW Standby Power on just 120 m²
Distribution Centre Venlo | More Capacity Within Existing Grid Limits
For a distribution centre in Venlo, Zwart developed a microgrid that combines battery storage, solar generation and local power production into one integrated energy system. The solution was designed to maximise the use of available grid capacity whilst remaining within contractual connection limits. By intelligently coordinating multiple energy sources, sufficient power remains available to support daily operations. The result is a reliable energy supply tailored to the challenges of grid congestion.
12 MW Standby Power on just 120 m²
The right technology. One integrated system.
A logistics facility requires more than standalone battery storage. Depending on the site's requirements, multiple technologies must operate together as a single coordinated energy system. Every configuration is designed independently of specific manufacturers and tailored to the site's technical requirements, energy profile and operational objectives.
Battery Energy Storage
Store energy and deploy it when it creates the greatest value.
Microgrids
Integrate local generation, storage, grid infrastructure and consumption into one intelligent energy system.
Peak shaving
Reduce demand peaks and optimise available capacity.
Load balancing
Distribute available power intelligently across assets and processes.
EV charging infrastructure
Integrate charging demand within the available energy capacity.
Energie management
Optimise and control generation, storage and consumption.
