Wilson Generator Set P16.5-6S Compact and Efficient Generator

Introducing our advanced generator set, designed for reliability and high performance in a compact package. With a minimum rating of 15 kVA (15 kW) and a maximum rating of 19.4 kVA (19.4 kW), this generator complies with EU3a emissions standards. It is perfect for both residential and commercial applications, ensuring a steady supply of power where and when you need it most, all while maintaining an eco-friendly operation.

At the core of our generator set lies the industry-leading Perkins 400 Series engine. This engine is meticulously designed to deliver competitive performance and exceptional fuel efficiency across selected operating points. The Perkins 400 Series not only meets the EU3a emissions compliance but also offers outstanding durability, making it the ideal choice for customers who prioritize both performance and environmental responsibility. Enhanced air filtration and lubrication systems further ensure optimal engine operation, while advanced shutdown features protect against high coolant temperatures and low oil pressure.

The generator is equipped with the FG Wilson FGL alternator, known for its excellent performance and exceptional motor starting capabilities. Designed specifically for FG Wilson generator sets, this alternator utilizes a parallel excitation system and is rated IP23 for optimal protection. Its robust construction and cooling systems, including a mounted radiator and fan, help maintain ideal operating temperatures, ensuring sustained performance even in challenging environments.

Offering comprehensive three-phase generator and mains sensing up to 600 V, the controller ensures accurate measurement of critical electrical parameters. It provides real-time values for kW, kVA, kVAr, and power factor, along with accumulated measurements such as kWh, kVAh, and kVArh to reflect long-term energy output. Integrated overload protections safeguard both the generator and the engine, while load-current monitoring ensures safe operation under varying conditions. A built-in power-saving mode lowers battery draw when idle, extending system endurance. These capabilities support efficient power management and improve the reliability of generator installations.