Parker’s Reciprocating Engine Solutions are engineered to provide reliable backup and emergency power in the fast power market. These internal combustion (IC) engines are primarily utilised for backup applications, often installed in multiple units to ensure scalability and responsiveness.
They deliver incremental electricity within minutes, making them a cost-effective choice for facilities that require immediate power restoration during outages or disruptions.
In addition to their role in backup power, Parker's reciprocating engines play a crucial part in supporting the integration of renewable energy sources, such as wind and solar. By supplementing the intermittent output of these renewables, our engines help maintain a steady stream of electricity to the grid, enhancing overall energy reliability. This capability is vital as the demand for clean energy continues to rise.
As the energy landscape evolves, manufacturers are developing larger reciprocating engines to compete with gas combustion turbines for base load power generation. Parker is at the forefront of this innovation, providing advanced reciprocating engine solutions that optimize performance and efficiency, ensuring that our engines can meet diverse energy needs.
To support the operational efficiency of reciprocating engines, Parker offers additional solutions such as the SCTSD-L combination switch, designed for hydraulic facility construction. This switch combines the functions of a fixed mechanical level switch with an adjustable temperature switch, featuring a display for easy monitoring.
Furthermore, the Parker SMR Series Purification System employs patented technology to effectively remove contaminants from oil. This portable system enhances a facility's demulsibility, providing on-site oil purification even in the most demanding environments.
Reciprocating Engine