Our Product

Intelligent and efficient in electric motor technology

Inspired by the performance and energy efficiency of a new Switch Reluctance Smart Motor invented by Software Motor Company (SMC) in the USA, the team at Future Motors seized the opportunity to bring this incredible product to Europe.

We want to change the way businesses think about energy usage and maximise the commercial value from their investments in green technologies and, as such, we believe the SMC electric motor is the most efficient, reliable and innovative electric motor for HVAC systems on the market today. Using a patented Smart Switched Reluctance motor design, the SMC motor has combined a bespoke, intelligent IoT-driven software controller and driver to produce a solution that delivers a supremely controllable motor, at a much reduced lifetime cost when compared to alternative motors.

The motor’s built-in software and connectivity provides constant real-time monitoring of energy use, speed, torque, and temperature which allows automatic diagnosis of HVAC system issues. This connectivity also means remote controllability, maximising energy efficiency as well as enabling demand-side management to avoid higher energy tariffs and enjoy demand side response revenues.

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increase in energy efficiency

Field tests for SMC electric motors have so far shown direct energy efficiency gains in HVAC units against standard motors fitted with VFDs of 30% as measured and verified by the independent U.S. Government funded National Renewable Energy Laboratory (NREL).

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of the world’s electricity is consumed by electric motors

SMC motors are proven in the field to be 12.8% more reliable than induction motors. They do not use rare earth materials and are simpler in construction, ensuring they last longer and fail less than standard induction motors, resulting in lower maintenance costs and less downtime.

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more reliability

SMC motors are proven in the field to be 12.8% more reliable than induction motors. They do not use rare earth materials and are simpler in construction, ensuring they last longer and fail less than standard induction motors, resulting in lower maintenance costs and less downtime.

The motor’s built-in software and connectivity provides constant real-time monitoring of energy use, speed, torque, and temperature which allows automatic diagnosis of HVAC system issues. This connectivity also means remote controllability, maximising energy efficiency as well as enabling demand-side management to avoid higher energy tariffs and enjoy demand side response revenues.