As per technical research, the van EPS power steering pump is fundamentally different from its hydraulic predecessor. In traditional hydraulic systems, a belt-driven pump operated continuously, creating parasitic engine drag and requiring a complex network of fluid reservoirs, hoses, and pumps. The EPS system integrates a brushless electric motor and control module into a compact unit, drawing power from the vehicle's electrical system and providing steering assistance on demand.
The EPS pump requires communication over the vehicle's CAN bus to function properly, receiving data on steering wheel rate and vehicle speed to provide optimum steering assist under all operating conditions. This electronic integration enables precise control of steering force, improving handling performance and driving stability. When the steering wheel is turned, sensors detect the driver's input and the motor provides the appropriate assistance, eliminating the need for power steering fluid entirely.
The adoption of EPS in vans has been driven by several practical advantages. Eliminating hydraulic components creates more engine bay space, reduces weight, and removes the risk of fluid leaks. The system also improves fuel efficiency by not draining engine power through a constantly turning belt-driven pump. The global light commercial vehicle EPS market was valued at approximately USD 984.4 million in 2023, reflecting the growing adoption of this technology. As the van EPS market continues to expand, the EPS pump will remain the core component enabling the shift to more efficient and reliable electric steering systems.
Discover additional automotive and mobility market reports aligned with this analysis:
Commercial Aircraft Cabin Curtain Market
Composite Window Regulator Market
