SwRI: Hydraulic Systems Control System Development, creating and developing successful control systems requiring attention to details such as individual subsystems, subsystem assemblies, subsystem interaction

	SwRI engineers develop complex hybrid vehicle control systems to optimize performance, fuel economy, and emissions.

Creating and developing successful control systems require attention to details such as:

• Individual subsystems

• Subsystem assemblies

• Subsystem interaction

Engineers at Southwest Research Institute (SwRI) develop control systems for numerous applications. SwRI has developed a controller known as RPECS (Rapid Prototyping Electronic Controller System) and also does control system development using industry standard systems such as dSPACE.

SwRI puts all the pieces together, including:

• Modeling and simulation

• Rapid prototyping

• System integration

• Calibration

• Production controller specification

• Testing

• Full powertrain component and system modeling and simulation capabilities for conventional and hybrid vehicles

• Performance and emission development in test cell and vehicle

• Automated test cell data acquisition and mapping

• Integrated powertrain control

• Integrated hybrid vehicle control

• In-vehicle networks—CANbus, MODBUS

• Component specification and sourcing

• Wiring and prototype harness design and assembly

• Full-emission certification capability for vehicle- and test cell-based, light- and heavy-duty test cycles

For more information about control systems development capabilities at SwRI or how you can contract with SwRI, please contact Glenn Wendel at gwendel@swri.org or 210-522-2622.