8th Design & Development of Zero-Emission Off-Highway Machinery Europe
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About the event
Zero-Emission Off-Highway Machinery Conference: Advancing Sustainable Design & Development in Berlin, Germany
The off-highway machinery industry has entered a decisive phase in its transition toward zero emissions. Electrification Off-Highway is no longer experimental and has become a core focus in design and development across OEMs and suppliers. As implementation scales, the industry is placing greater emphasis on system integration, energy efficiency, and real-world performance. Battery-electric, hybrid, hydrogen, and fuel cell technologies are increasingly combined to meet demanding operational and regulatory requirements across Europe. This Zero-Emission Off-Highway Machinery Conference is dedicated to addressing these challenges and accelerating the shift toward clean, efficient, and intelligent machinery.
On 27ā28 May 2026, the 8th Design & Development of Zero-Emission Off-Highway Machinery Europe (DZOM EU 2026) will take place in Berlin, Germany. This exclusive two-day event will unite senior leaders from R&D, engineering, powertrain development, sustainability, and innovation to explore next-generation propulsion technologies, digital engineering solutions, sustainable fuels, and EU regulatory developments shaping the future of off-highway machinery.
Driving Innovation at the Zero-Emission Machinery Show
Throughout the zero-emission machinery show, participants will gain deep technical insights into electrified powertrains, energy management systems, power electronics, Off-Highway Thermal Management, and digital development tools. The tradefair will showcase cutting-edge solutions across Off-Highway Battery systems, hydrogen and fuel cell technologies, software platforms, and system integration approaches that support the transition to zero-emission off-highway applications. These innovations are critical for improving efficiency, durability, and real-world performance.
A strong emphasis will also be placed on Electrification Off-Highway architectures, including battery-electric and hybrid solutions tailored for non-road mobile machinery (NRMM). Experts will explore innovations in Off-Highway Battery development, thermal management optimization, and next-generation NRMM Hydraulics systems, addressing real-world challenges such as energy density, heat dissipation, and system efficiency. These advancements are essential for achieving reliable Zero-Emission Off-Highway machinery in demanding operating environments.
Advancing Engineering Excellence at the Zero-Emission Machinery Event
Experts at the event will share technical case studies and strategies covering powertrain integration, validation and testing, lifecycle sustainability, and regulatory compliance. Discussions will focus on overcoming development challenges, balancing performance with emissions targets, and accelerating time to market for zero-emission solutions. This zero-emission machinery conference will provide actionable insights to help engineering teams optimize design decisions and deliver scalable, future-ready machinery platforms.
Connect and Collaborate at the Zero-Emission Machinery Tradefair
Beyond the technical sessions, the zero-emission machinery tradefair will offer valuable networking opportunities to connect with peers, exchange real-world experience, and engage with solution providers across the value chain. Attendees will interact with OEMs, suppliers, research institutes, regulatory bodies, and industry associations working together to accelerate zero-emission innovation across agriculture, construction, mining, and material handling sectors.
Join Us in Berlin for the Future of Zero-Emission Off-Highway Machinery
Be part of the zero-emission machinery conference that is shaping the next generation of off-highway equipment. Discover how advanced powertrain technologies, digital innovation, and cross-industry collaboration are driving the transition to sustainable machinery. This premier show will deliver the insights, strategies, and connections needed to lead the future of zero-emission off-highway machinery in Europe.
As the transition accelerates, key focus areas such as Zero-Emission Off-Highway systems, Electrification Off-Highway machinery, and Hybridization Off-Highway platforms are becoming central to engineering strategies. OEMs are increasingly investing in Off-Highway Battery technologies, advanced Off-Highway Thermal Management systems, and efficient NRMM Hydraulics to improve performance, durability, and energy efficiency. This conference will highlight how these critical technologies are integrated to enable scalable, compliant, and high-performing off-highway machinery across construction, agriculture, and mining sectors.
Conference learning points
- Future-generation powertrain design for zero-emission machinery
- Hydrogen combustion and fuel-cell integration strategies
- EU policies and carbon reduction pathways for off-highway sectors
- Advances in energy storage, charging systems, and battery safety
- Sustainable fuels and lifecycle decarbonization approaches
- Smart thermal & energy management for improved efficiency
- NRMM Hydraulics and electrified hydraulic systems and intelligent auxiliary systems
- Digital validation, simulation, and data-driven optimization
Speakers
Sponsors
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Topics to be discussed
Decarbonizing off-highway machinery requires technology-neutral strategies across diverse applications including agriculture and heavy-duty sectors such as mining. As part of the transition toward Zero-Emission Off-Highway, reducing GHG emissions goes beyond compliance, considering machine design, operational realities, and full lifecycle impacts, while supporting Electrification Off-Highway pathways.
A data-driven view of the European off-highway machinery market highlights fleet composition, fuel usage, and GHG emissions across key sectors. Electrification Off-Highway, hybrid adoption, and evolving EU regulatory frameworks are shaping realistic Zero-Emission Off-Highway transition pathways, supported by growing demand for Off-Highway Battery solutions.
Optimizing electrified powertrain architecture is essential for high-torque off-highway machinery. Integrating Hybridization Off-Highway, managing Off-Highway Thermal Management, and leveraging Off-Highway Battery systems are critical to balancing performance, durability, and efficiency in heavy-duty operating environments.
Fully electrified construction sites require new approaches to planning and operations. Driven by Electrification Off-Highway, challenges include charging infrastructure, machine coordination, and integrating Off-Highway Battery systems, while maintaining productivity and achieving Zero-Emission Off-Highway targets in complex, real-world environments.
HVO, biodiesel, and renewable fuels provide immediate emissions reductions without replacing existing off-highway machinery fleets. Combined with Hybridization Off-Highway and Electrification Off-Highway pathways, these solutions enable scalable decarbonization despite infrastructure limitations and long equipment lifetimes, supporting the shift toward Zero-Emission Off-Highway.
Electrified hydraulic architecture unlocks significant energy efficiency gains in off-highway machinery. Advances in NRMM Hydraulics, electric-hydraulic systems, intelligent auxiliary systems, and energy recovery improve performance across construction, material handling, and other demanding applications, supporting broader Electrification Off-Highway.
Hydrogen fuel cells and alternative powertrains are gaining traction in heavy-duty off-highway machinery and material handling. Alongside Electrification Off-Highway and Off-Highway Battery developments, adoption depends on infrastructure readiness, operational requirements, and the need for flexible Zero-Emission Off-Highway energy solutions.
Autonomous, software-defined, and fully electrified architectures are transforming off-highway machinery. Integrated powertrains, electric actuators, and advanced NRMM Hydraulics, combined with Electrification Off-Highway and Off-Highway Thermal Management, enable oil-free operation, improved efficiency, and new digital capabilities across multiple industrial sectors.