The global transition toward sustainable transportation has positioned low voltage motor technology as a critical enabler for electric vehicles, mobile machinery, and light electric mobility solutions. According to Market Research Future, the Low Voltage Electric Motor Market was valued at $27.66 billion in 2024, with the electric vehicle segment experiencing the fastest growth. The market is projected to reach $38.49 billion by 2035.
Market Overview and Mobility Drivers
The low voltage motor technology market’s expansion is driven by the growth in electric vehicle adoption, increased industrial automation, and rising demand for energy efficiency. Insights published by Market Research Future indicate that the market is projected to grow from $28.5 billion in 2025 to $38.49 billion by 2035, with mobility applications representing a key growth area.
The electric vehicle segment is rapidly gaining traction in response to the global shift towards sustainable transportation solutions. This trend not only supports the automotive industry’s shift towards sustainability but also presents significant opportunities for manufacturers to expand their product offerings. The International Energy Agency reports that global electric vehicle sales are expected to reach unprecedented levels.
Technological Innovations in Low Voltage Mobility
Advanced Motor Designs for Compact Vehicles
Danfoss Power Solutions has launched the Editron EM-PMI180 low-voltage electric motor, a 48-volt synchronous reluctance assisted permanent magnet (SRPM) motor designed to drive hydraulic gear pumps in compact electric machinery . Compared to AC induction motors, SRPM technology offers higher torque, higher power, and a more compact design.
The PMI180 motor features a 15% smaller envelope than AC induction motors with the same torque/power, with an outer diameter of 180 millimeters simplifying machine integration . This is particularly important in small electric machinery where the battery pack occupies most available space. The motor offers 15% greater efficiency than AC induction motors, extending the runtime of electric machinery or enabling use of smaller, less expensive battery packs.
The motor and connector feature an IP67 rating, providing protection from dust, dirt, and moisture ingress, and corrosion resistance has been validated in a 200-hour salt-spray test . These features increase service life, even in extreme environments.
In-Wheel Drive Technology for Light Electric Vehicles
GEM Motors has advanced in-wheel drive technology for light electric vehicles, integrating the electric motor, power electronics, and embedded control intelligence directly into the wheel hub . This compact, efficient, and modular drive system is optimized for next-generation urban mobility platforms.
The multiphase motor architecture, combined with integrated power electronics, enables enhanced fault tolerance, allowing continued operation under phase loss or partial failure conditions, reduced torque ripple for improved ride comfort, and improved current distribution and thermal management for high continuous torque operation . The system operates at low DC bus voltages below 75V, aligning with electrical safety standards while avoiding the complexity and insulation requirements of high-voltage traction systems.
Key performance benefits include up to 20% improvement in vehicle driving range through reduced drivetrain losses, approximately 10% reduction in net energy consumption driven by efficient power conversion and regenerative braking optimization, and high efficiency under partial-load and low-speed operating conditions which dominate urban driving profiles .
Low Voltage Motors for Off-Highway Equipment
Danfoss has introduced low-voltage propulsion solutions for mobile elevating work platforms and similar off-highway vehicles . The ED-DT180 eDrive integrates an electric motor, reduction gearbox, and electromagnetic brake in one compact package, designed to be the most compact drive solution on the market.
The 48-volt propulsion system joins the 24-volt system launched in 2024, enabling original equipment manufacturers to create complete propel and work function systems for electric machinery. This approach simplifies machine integration while maximizing system efficiency and delivering a smoother driving experience for operators.
Application-Specific Motor Requirements
Light Electric Vehicles
Light electric vehicles, including electric scooters, three-wheelers, microcars, and light delivery vehicles, require compact, efficient motors optimized for low-voltage operation. According to analysis presented by Market Research Future, these applications are ideal for low voltage motor solutions since the application requirements are typically lower speeds and higher torque.
GEM Motors’ in-wheel drive technology enables modular power and torque configurations across a wide range of light electric vehicle classes, supporting diverse applications including electric scooters, microcars, light delivery vehicles, and autonomous urban platforms . The platform supports vehicle electrification or conversion projects, offering significant reduction in drivetrain component count and improved packaging freedom.
Electric Forklifts and Material Handling
Interior permanent magnet synchronous motors (IPMSMs) are increasingly used in consumer electronics warehousing, where safe and efficient handling of fragile goods demands smooth torque, low vibration, and reliable performance . A reduced rare-earth hybrid-magnet multilayer IPMSM tailored for a low-voltage (48 V), 1 kW pallet truck drive achieved 64% rare-earth reduction and 16% improved demagnetization margin.
The designed motor achieved 92.5% peak efficiency, demonstrating a cost-effective, safe motor solution for consumer electronics logistics and warehouse mobility . This technology addresses both performance requirements and supply chain concerns related to rare-earth magnets.
Construction and Agricultural Equipment
Low voltage motors are increasingly used in construction and agricultural equipment, where compact, robust designs are essential. The Danfoss PMI180 motor, ideal for applications including boom lifts, scissor lifts, and compact loaders and excavators, demonstrates the trend toward high-efficiency, compact motors for off-highway machinery .
These motors must withstand harsh conditions, with features such as corrosion resistance and IP67 protection ensuring reliable operation in demanding environments.
Technology Advantages
Efficiency and Compactness
Low voltage motor technology offers significant advantages in efficiency and compactness compared to traditional motor systems. SRPM technology, for example, delivers greater efficiency and torque in a smaller envelope than typical AC induction motors . Hairpin windings further increase motor power density and efficiency compared to conventional round wires.
Simplified Integration
The compact size of modern low voltage motors simplifies machine integration, particularly in space-constrained applications. By colocating the motor, inverter, and control electronics, in-wheel drive systems minimize electrical and mechanical energy losses typically associated with long cable runs and mechanical transmission elements . This integration accelerates development cycles due to simplified mechanical and electrical integration.
Enhanced Safety and Reliability
Low voltage operation below 75V aligns with electrical safety standards for light electric mobility, avoiding the complexity and insulation requirements of high-voltage traction systems . Features such as IP67 protection, salt-spray corrosion resistance, and advanced thermal management ensure reliable operation in demanding environments.
Regional Adoption Patterns
North America
North America is a key market for low voltage motor technology in mobility applications, driven by the rising adoption of electric vehicles and the strong product portfolio of major players such as Tesla, Ford, and GM . These players are focusing on expanding their presence in the international market, boosting industry developments.
Europe
Europe is a leader in sustainable mobility solutions, with the rise of smart factories and advancements in industrial operations boosting demand for efficient motors . The region’s focus on reducing carbon emissions supports the adoption of low voltage motor technology.
Asia-Pacific
Asia-Pacific is the fastest-growing market for low voltage motor technology, driven by rapid industrialization and the shift toward electrification in emerging economies. Many Asian governments are mandating the use of energy-efficient motors and supporting electric vehicle adoption.
Competitive Landscape
The low voltage motor technology market features key players including Siemens, Schneider Electric, ABB, Nidec Corporation, Mitsubishi Electric, and Danfoss. These companies are focusing on developing innovative products for mobility applications, particularly in the electric vehicle and off-highway equipment sectors.
Danfoss is strategically building out its low-voltage product lines to encompass 24- and 48-volt solutions, enabling complete propel and work function systems for electric machinery . GEM Motors is positioning itself as a key enabler of next-generation light electric mobility through its advanced in-wheel drive systems .
Future Outlook
The Low Voltage Motor Technology market is positioned for continued growth, driven by the electrification of transportation, the rise of light electric vehicles, and the need for efficient, compact motor solutions. The integration of advanced motor technologies, including SRPM and IPMSM designs, will enable manufacturers to achieve higher efficiency and power density.
New opportunities lie in expansion into emerging mobility applications, development of smart motor control systems, and integration of IoT for predictive maintenance solutions. As the global mobility ecosystem shifts toward lightweight, energy-efficient, and space-constrained electric vehicles, demand for advanced low voltage motor technology will accelerate.
By 2035, the Low Voltage Electric Motor Market will be characterized by highly efficient, integrated motor solutions that power sustainable mobility and automation across all sectors
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