Sustainability is now a central consideration in modern architecture and construction. As developers, architects, and building owners look for ways to reduce environmental impact, every system within a building is being re-evaluated, including service lifts. Once seen purely as functional equipment, today’s service lifts play a key role in improving energy efficiency, extending system lifespan, and supporting sustainable building practices.
At Husbands, our approach to lift design and refurbishment is grounded in engineering that not only performs reliably but also contributes to greener, more efficient buildings. We’ve explored this in greater depth in our piece on dumbwaiters in sustainable building design, where many of the same principles apply to service lifts, from energy-efficient operation to responsible material choices.
Designing for Energy Efficiency
Energy use is one of the most significant environmental factors in lift operation. Modern service lifts use advanced motors, regenerative drives, and efficient control systems to reduce energy consumption. These technologies allow lifts to recover and reuse energy during operation, cutting overall power usage without compromising performance.
Upgrading or refurbishing older systems with modern components can achieve significant efficiency gains. In many cases, replacing outdated motors, control panels, or lighting systems can reduce a lift’s energy usage by up to 40%, aligning with the sustainability goals of BREEAM or LEED-accredited projects. These improvements also support long-term savings by reducing strain on other building systems, ensuring that energy efficiency extends beyond the lift itself and contributes to the entire structure’s performance.
Refurbishment: Extending Lifespan, Reducing Waste
Refurbishment is one of the most effective ways to make existing lift systems more sustainable. By upgrading mechanical and electrical components instead of replacing the entire unit, the environmental cost of manufacturing and disposing of old equipment is dramatically reduced.
For example, modernising an older service lift may include replacing motors, drives, or control systems while retaining the core structure and shaft. This approach minimises material waste and carbon footprint while delivering the same performance benefits as a new installation.
Refurbishment also extends the working life of equipment by many years, helping building owners meet both economic and environmental targets.
You can learn more about how upgrading older systems supports sustainability through our refurbishment and modernisation services.
Smarter Systems for Smarter Buildings
As buildings become more intelligent, service lifts are evolving to match. Integrated monitoring and diagnostic systems now allow operators to track energy use, schedule maintenance more efficiently, and detect issues before they become faults. This predictive maintenance reduces unnecessary callouts, conserves resources, and prevents premature component replacement.
These smart systems also integrate seamlessly into building management systems (BMS), giving facilities teams real-time insights into how lifts contribute to the overall efficiency of the building. As highlighted in our article on how smart tech is changing dumbwaiter design, integrating intelligent controls is key to achieving the next generation of sustainable, data-driven lift systems.
Sustainable Materials and Manufacturing
Beyond operation, sustainability starts with design and production. Service lifts can now be specified with recyclable materials, energy-efficient manufacturing processes, and low-impact finishes. Stainless steel, aluminium, and other recyclable materials are increasingly favoured, while low-VOC coatings and environmentally friendly packaging further support sustainable construction goals.
At Husbands, our bespoke approach allows us to specify finishes and components that align with a building’s sustainability objectives while maintaining aesthetic and performance standards. Every design is reviewed for both functionality and lifecycle impact, ensuring that every element—from materials to installation—supports a building’s long-term environmental goals. Our experience working across hospitality, healthcare, and heritage sectors means we understand how to balance sustainability with the practical needs of day-to-day operations.
Reducing Noise and Environmental Impact
Quiet operation is another, often overlooked, aspect of sustainable design. Noise pollution contributes to poor indoor environmental quality, particularly in hospitality, healthcare, and residential settings. Modern service lifts use advanced acoustic insulation and smoother drive systems to reduce operational noise, creating more comfortable and sustainable spaces for occupants. In busy environments such as hotels or hospitals, this makes a tangible difference by improving both guest comfort and staff wellbeing while also contributing to a quieter, more environmentally considerate building design.
Conclusion: A Greener Future, Lifted by Design
Sustainability in lift engineering isn’t just about energy savings – it’s about designing systems that last longer, waste less, and integrate intelligently into modern buildings. By focusing on refurbishment, efficiency, and responsible material choices, service lifts can play a valuable role in helping buildings meet their environmental goals.
If you’re planning a project that prioritises sustainability, talk to the experts at Husbands. Our bespoke solutions ensure every lift – new or refurbished – supports your building’s long-term efficiency and environmental performance.
Contact us today to discuss how sustainable lift design can enhance your next project.
