IN Brief:
- The global LV AC drives market is forecast to reach $17bn in 2030.
- APAC remains the largest regional market, while the Americas are expected to record the strongest five-year growth.
- Data centres, manufacturing output, energy efficiency, and electrification are supporting demand.
Interact Analysis has revised its outlook for the global low-voltage AC motor drives market, forecasting growth from $14.9 billion in 2026 to $17.0 billion in 2030.
The market intelligence company expects the sector to grow at a five-year average annual rate of 3.4%. The 2026 figure represents a 3.2% increase from $14.4 billion in 2025, with the upward revision driven by stronger growth assumptions in EMEA and APAC.
Low-voltage AC drives are used to control the speed and torque of electric motors across pumps, fans, compressors, conveyors, HVAC systems, manufacturing equipment, water treatment, building services, and process industries. By matching motor output to load, drives can reduce energy waste, improve process control, and support more flexible operation of electrical systems.
APAC excluding Japan remains the largest regional market, accounting for 38.5% of global revenue in 2025, worth more than $5.5 billion. EMEA accounted for 29.8%, at just under $4.3 billion, and was the fastest-growing region in 2025, with growth of 4.7%. The Americas held 25.6% of the global market, worth almost $3.7 billion, and are expected to achieve the highest five-year average annual growth rate at 4.5%.
Several forces are shaping the forecast. Industrial output remains the underlying driver because AC drives are closely tied to machinery, process equipment, and manufacturing investment. Currency movements also affect regional market values when measured in US dollars, with the appreciation of the euro and Japanese yen contributing to the revised outlook.
Data centres stand out as a high-growth market for LV AC motor drives. Facilities rely on electrical and mechanical systems that must maintain reliability, cooling performance, and energy efficiency under continuous load. Variable-speed drives support fans, pumps, chillers, and associated plant by allowing equipment to operate closer to actual demand rather than fixed-speed profiles.
That growth connects the drives market to wider power infrastructure pressure. Data centre gas plans expose grid connection strain illustrates the scale of electrical demand now attached to digital infrastructure. Drives do not resolve connection shortages, but they are part of the efficiency and control layer that determines how large electrical loads operate once connected.
Energy efficiency remains a durable driver for the market. Motors account for a substantial share of industrial electricity use, and variable-speed control is one of the established routes to reducing unnecessary consumption in motor-driven systems. As electricity prices, carbon reporting, and power availability become more strategic concerns, drive selection is increasingly linked to wider energy management.
Electrification across buildings, transport infrastructure, utilities, and manufacturing is also increasing the number of motor-driven systems in operation. More electric assets generally mean more motors, more power electronics, and more control requirements. Customers are placing greater emphasis on compact design, connectivity, predictive maintenance, harmonics performance, and integration with automation platforms.
Supply-chain resilience remains part of the picture because drives depend on power semiconductors, control electronics, cooling systems, enclosures, and software. The market has moved beyond basic hardware capacity toward lifecycle performance, service support, cybersecurity, and system integration.
LV AC drives now sit at the intersection of motor efficiency, automation, digital control, and power availability. Their growth forecast reflects steady industrial demand, but also a broader shift toward electrical systems that need to be more controllable, efficient, and responsive to operating conditions.
