Why are electric motors so important to energy use?
Motors drive pumps, fans, compressors, conveyors, machine tools, household appliances, and vehicles. The IEA 4E programme reports that motor systems use about 53% of the world’s electricity, and as much as 72% in industry and 87% in agriculture. Because motors often run for thousands of hours per year, even a few percentage points of efficiency improvement translate into large energy and cost savings over their lifetime. This is why governments regulate motor efficiency and why buyers increasingly look at total cost of ownership rather than purchase price alone.

How do efficiency regulations affect the market?
Minimum efficiency standards are reshaping product ranges. In the European Union, Regulation 2019/1781 requires IE3 efficiency for most 0.75–1,000 kW motors from January 2021 and IE4 for 75–200 kW motors from July 2023, and variable speed drives must meet IE2. Similar standards exist in the United States, China, India, and other countries. These rules phase out lower-efficiency designs, raise average selling prices, and encourage adoption of premium efficiency, permanent magnet, and synchronous reluctance motors.

How is electric vehicle growth affecting demand?
Electric vehicles use one or more traction motors, usually permanent magnet synchronous motors, plus many smaller motors for pumps, fans, and actuators. The IEA expects global electric car sales of about 23 million in 2026, nearly 30% of new car sales, after more than 20 million in 2025. Electric two-wheelers, buses, and trucks add further demand. This makes transportation one of the fastest-growing end uses for motors and a major driver of investment in motor manufacturing and magnet supply chains.

What role do data centers and HVAC play?
Data centers rely on motors in chillers, cooling towers, pumps, fans, and air handlers, and AI computing has sharply increased cooling loads. ABB reported that data center build-out was a primary driver of record orders in the second quarter of 2026, when its Motion business area orders rose 23% to USD 2.6 billion. HVAC systems in commercial and residential buildings, including heat pumps, also use motors in compressors and fans, and efficiency rules for these products push demand toward variable-speed and electronically commutated motors.

Which motor types are growing fastest?
AC induction motors remain the workhorse of industry because of their robustness and low cost. Permanent magnet synchronous motors are growing fastest because of their high efficiency and power density, especially in EVs, compressors, and premium industrial applications. Brushless DC motors dominate small appliances, fans, and electronics. Synchronous reluctance motors offer high efficiency without rare earth magnets, which is attractive given supply concerns. Stepper and servo motors grow with automation and robotics.

How do variable speed drives fit in?
Most pumps and fans operate at partial load much of the time, so pairing motors with variable speed drives can cut energy use substantially. Drives are increasingly sold together with motors as integrated packages, and regulations now consider motor and drive efficiency together. ABB, for example, highlights projects replacing legacy motors with IE4/IE5 synchronous reluctance motors and drives that save hundreds of megawatt-hours per year at a single site.

What are the supply chain challenges?
Permanent magnet motors depend on rare earth elements such as neodymium and dysprosium, much of which is processed in China, creating supply and price risks. Copper and electrical steel prices also affect costs. Manufacturers are developing reduced-rare-earth and magnet-free designs, building regional supply chains, and investing in recycling. Trade tariffs and local content rules influence where motors are produced.

How do end-use industries differ?
Industrial users, including manufacturing, mining, oil and gas, chemicals, water and wastewater, and utilities, buy the largest volumes of medium and large motors. Commercial and institutional buildings use motors mainly in HVAC, pumps, and elevators. Residential demand comes from appliances, HVAC, and pumps. Transportation is growing rapidly through EVs and rail. Agriculture uses motors in irrigation pumps and machinery.

How are motors sold?
Large OEMs buy directly from motor manufacturers for integration into pumps, compressors, vehicles, and machinery. End users buy large motors directly or through engineering firms for specific projects. Distributors and dealers serve maintenance and smaller buyers, while aftermarket and replacement sales are a major channel because motors eventually fail or are upgraded. Online sales are growing for small and standard motors.

Which electric motor market segments are growing fastest?
Permanent magnet synchronous motors; electric vehicle traction systems; IE4 and IE5 super-premium and ultra-premium efficiency motors; motors for HVAC, data center cooling, and heat pumps; and direct sales to OEMs are the fastest-growing segments.