# Zero-Emission Intralogistics: Electric Conveyors in Benelux Warehouses > Electric conveyor systems are pivotal for achieving zero-emission intralogistics in the Benelux. This article explores the technologies, benefits, and financial implications, showing how warehouses can reduce their carbon footprint by up to 30% while improving operational efficiency. - Canonical URL: https://conveyor-design.com/en/blog/zero-emission-intralogistics-electric-conveyors-in-benelux-warehouses - Language: en - Category: Logistics Optimization - Published: 2026-07-25 - Updated: 2026-07-25 - Reading time: 14 min - Publisher: Easy Systems (https://easy-systems.eu/nl/) - Tags: Zero-Emission, Intralogistics, Electric Conveyors, Sustainable Warehousing, Benelux, Green Logistics ## Key takeaways - Electric conveyor systems can reduce a warehouse's direct energy-related CO2 emissions by nearly 100% compared to fossil-fuel-powered equipment. - In the Benelux, switching to electric conveyors can lead to a 15-25% reduction in overall operational energy costs within 3-5 years. - Technologies like Motorized Drive Roller (MDR) conveyors consume up to 50% less energy than traditional AC motor-driven systems. - The average ROI for investing in a comprehensive electric conveyor system in a medium-sized Benelux warehouse (10,000 m²) is typically between 4 to 6 years. - Integrating electric conveyors with a Warehouse Control System (WCS) allows for precise energy management, further reducing consumption by 10-15%. ## Article TL;DR: Achieving zero-emission intralogistics in the Benelux relies on electric conveyor systems. These systems can cut direct CO2 emissions to nearly zero and reduce energy costs by up to 25%. Technologies like Motorized Drive Rollers (MDR) offer a typical ROI of 4-6 years for a medium-sized facility. As the Benelux region solidifies its position as a premier European logistics hub, the pressure to reduce environmental impact has never been greater. Warehouses and distribution centers are at the forefront of this transition, seeking to eliminate emissions from their internal operations. Zero-emission intralogistics is no longer a niche concept but a strategic necessity, and electric conveyor systems are the engine driving this change. This article delves into the pivotal role of these systems in creating sustainable, efficient, and future-proof warehouses across Belgium, the Netherlands, and Luxembourg. ## Definition Zero-Emission Intralogistics refers to the movement of goods and materials within a warehouse or distribution center using exclusively electrically powered equipment, thereby generating no direct onsite greenhouse gas emissions. This encompasses everything from conveyor belts and sorters to automated vehicles, all powered by electricity, ideally from renewable sources. ## Key Numbers Metric Typical Range (EU 2026) Notes Investment, Electric Conveyor €400 - €1,500 per meter Cost varies with complexity (e.g., MDR, curves, sorting). Energy Consumption (MDR) 0.15 - 0.40 kWh per 100m/hour Up to 50% less than conventional AC motor systems. Direct CO2 Reduction 95% - 100% Compared to fossil-fuel-powered internal vehicles (forklifts, etc.). Return on Investment (ROI) 4 - 6 years For a full system overhaul in a mid-sized warehouse. Typical Throughput 600 - 3,500 CPH Dependent on system type and product size. Maintenance Costs €5 - €15 per meter/year Significantly lower for MDR systems due to fewer moving parts. System Speed 0.5 - 2.5 m/s Adjustable based on operational needs and WCS control. ## The Green Imperative in Benelux Logistics The Benelux countries, with their high population density and strategic ports like Antwerp-Bruges and Rotterdam, are under immense pressure to decarbonize. EU regulations and national climate goals provide a top-down push, while customers and investors increasingly favor partners with demonstrably sustainable operations. For warehouses, this means a critical look at internal combustion engines, primarily found in forklifts and some older machinery. Electrification is the most viable path to eliminating these direct emissions, improving local air quality, and reducing noise pollution. ## Core Technologies for Electric Intralogistics At the heart of a zero-emission warehouse lies a network of electrically powered systems designed for optimal efficiency. These are not just replacements for older technologies but represent a fundamental upgrade in operational intelligence. ### Motorized Drive Roller (MDR) Conveyors The star of modern electric conveyance is the Motorized Drive Roller (MDR), also known as zero-pressure accumulation. In these systems, each conveyor zone is powered by a single roller containing a small 24V or 48V DC motor. This modular design means the conveyor only runs when a package is present, drastically cutting energy consumption compared to traditional conveyors where a single large AC motor runs continuously. This approach is perfect for creating buffer zones and managingSingulation before sorting or robotic picking. ### Advanced Belt and Roller Conveyors While MDR is ideal for accumulation, traditional roller conveyor and belt conveyor systems remain essential for long-distance transport and incline/decline applications. Modern iterations are powered by high-efficiency IE4/IE5 synchronous motors, which are centrally controlled by a WCS (Warehouse Control System). This allows for variable speeds and scheduled shutdowns, ensuring power is only consumed when productive work is being done. ### The Role of Electric Mobility: AGVs and AMRs Beyond fixed conveyors, the flexible movement of goods is handled by electric vehicles. Automated Guided Vehicles (AGVs) and their more intelligent cousins, Autonomous Mobile Robots (AMRs), operate entirely on battery power. They navigate the warehouse floor to transport pallets, bins, and individual items between an AS/RS, conveyor lines, and packing stations. Their integration into the broader WCS ensures that their charging cycles are optimized, often scheduled during off-peak energy hours. ## Comparing Electric Conveyor Technologies Choosing the right technology depends entirely on the specific application within the warehouse. A mix of systems is often the most effective solution. Technology Primary Use Case Energy Efficiency Typical Initial Cost (€/m) Payload Range (kg/m) Motorized Drive Roller (MDR) Accumulation, buffering, zoning, picking stations Very High (runs on demand) €600 - €1,500 1 - 50 Belt Conveyor (High-Efficiency Motor) Incline/decline, long-distance transport, handling delicate items Medium (runs continuously when active) €450 - €900 5 - 100 Chain Conveyor (for Pallets) Heavy loads, pallet handling, harsh environments Medium-High €800 - €2,000+ 500 - 2,000 ## Financial and Operational Pay-offs The transition to electric systems is not just an environmental decision; it’s a sound business strategy with clear financial benefits. ### Calculating the Return on Investment (ROI) The ROI is driven by three main factors: energy savings, reduced maintenance, and government incentives (like the EIA in the Netherlands). For a 10,000 m² warehouse replacing older conveyors and some forklift traffic with a 500-meter MDR and belt system, the calculation might look like this: - Energy Savings: ~€15,000 - €25,000 annually. - Maintenance Savings: ~€5,000 - €8,000 annually due to fewer moving parts and brushless DC motors. - Total Annual Savings: ~€20,000 - €33,000. - Estimated Investment: ~€130,000 - €180,000. - Simple ROI: 4 to 6 years. ### A Quieter, Safer Workplace Electric systems are dramatically quieter than their combustion or even traditional AC motor counterparts. This reduction in noise pollution leads to a less stressful, safer, and more productive working environment for employees, reducing errors and improving staff retention. ## Integration: The Key to Unlocking Full Potential An electric conveyor system is only as smart as the software that controls it. A modern Warehouse Control System (WCS) or Warehouse Execution System (WES) is crucial. This software layer orchestrates the flow of goods, telling each conveyor zone when to activate, sleep, or change speed. It ensures that products move seamlessly from A to B with minimal energy expenditure. As companies grow, their processes must scale efficiently, and intelligent automation is the only way to manage this complexity sustainably. The use of open standards like OPC UA ensures that conveyors, robots, and software from different vendors can communicate flawlessly, creating a single, cohesive, and energy-efficient operation. ## Positioning Your Benelux Warehouse for a Green Future While the initial investment can seem substantial, the long-term benefits of embracing zero-emission intralogistics are undeniable. Beyond the direct cost savings and environmental credentials, it positions a business as a forward-thinking leader in a competitive market. It future-proofs the operation against stricter regulations and attracts a workforce that increasingly values sustainability. ## Easy Systems: Your Partner in Sustainable Intralogistics Navigating the transition to a zero-emission warehouse requires deep expertise in both process optimization and state-of-the-art hardware. At Easy Systems, we specialize in designing and implementing modular, energy-efficient conveyor solutions tailored to the unique demands of the Benelux market. We don't just sell conveyors; we build the backbone of your sustainable, high-performance logistics operation. By analyzing your specific product flow, footprint, and growth ambitions, we engineer systems that minimize energy consumption and maximize ROI. Trust Easy Systems to be your dedicated partner in building the clean, quiet, and efficient warehouse of the future. ## FAQ ### How much CO2 can a warehouse save by switching to electric conveyors? A warehouse can cut its direct, on-site CO2 emissions from material handling by 95-100% by replacing fossil-fuel-powered equipment like propane forklifts with an all-electric conveyor and vehicle solution. The total net reduction depends on the source of the electricity, but the elimination of on-site combustion is total. ### What is the average cost of an electric conveyor system in the Netherlands? The cost varies by type. An energy-efficient belt conveyor might cost €450-€900 per meter. A more advanced Motorized Drive Roller (MDR) system, which offers superior energy savings, typically ranges from €600 to €1,500 per meter, depending on the complexity of the zones and controls. ### Is MDR technology suitable for all types of products? MDR is highly versatile and ideal for handling standard cardboard boxes, totes, and polybags up to 50 kg per zone. However, for very heavy items like pallets or products with unstable bottoms, a heavy-duty chain or belt conveyor is a more appropriate and reliable choice. ### How long does it take to see a return on investment for green logistics technology? For a comprehensive electric conveyor system in a medium-sized Benelux warehouse, the typical return on investment (ROI) is between 4 and 6 years. This is achieved through significant energy savings of up to 50%, lower maintenance costs, and increased operational efficiency. ### What are the main government incentives for sustainable logistics in the Benelux? In the Netherlands, the Energie-investeringsaftrek (EIA) allows businesses to deduct a percentage (e.g., 40% in 2024) of the investment costs for energy-efficient technologies from their taxable profit. Belgium and Luxembourg offer similar regional grants and tax incentives for green investments. ### Can electric conveyors handle heavy loads like pallets? Yes, absolutely. While roller and belt conveyors handle parcels and totes, electric pallet conveyor systems are specifically designed for heavy loads. These robust systems use heavy-duty chain or roller designs with powerful, efficient electric motors to move loads of 1,500 kg or more, making them a core part of any zero-emission warehouse. ## Sources - [Easy Systems — Conveyor & warehouse automation (Benelux)](https://easy-systems.eu/nl/) --- Source: https://conveyor-design.com/en/blog/zero-emission-intralogistics-electric-conveyors-in-benelux-warehouses — published by Easy Systems, conveyor systems and warehouse automation (Benelux).