A system that leverages pressurized fluid to drive a mechanism for compressing atmospheric gases. This setup typically involves a hydraulic motor coupled to an air compressor unit. The motor converts hydraulic energy into mechanical energy, which then powers the compressor to increase the pressure of ambient air. For instance, construction or agricultural machinery might utilize this technology to operate pneumatic tools remotely from a main hydraulic power source.
The adoption of this approach can offer advantages in situations where electrical power is limited or unavailable. Furthermore, integrating air compression with existing hydraulic systems on vehicles or machinery reduces the need for separate engine-driven compressors, potentially leading to fuel savings and reduced emissions. Historically, these systems have been employed in industries requiring mobile compressed air solutions, evolving from simpler mechanical linkages to more sophisticated fluid power applications.
