Fg Wilson Industrial Diesel Generator Set (800-2500kva) P1875-1
High Power
Fg Wilson High Power Diesel Generator Set (800-2500kva) P1650-1
Large Range
Large Range >800 kVA High-Performance Generators for Diverse Industries P1100-1
Industrial Power
Fg Wilson 800-2500kva diesel generator set P1500-1
Energy-Saving
Fg Wilson high-efficiency energy-saving diesel generator set (800-2500kva) P2500-3
Energy-Saving
Fg Wilson high-efficiency energy-saving diesel generator set (800-2500kva) P2500-1
Frequently Asked Questions
What applications are best suited for 800-2500 kVA diesel generator sets?
These heavy-duty generator sets provide primary and standby power for critical facilities, including data centers, large hospitals, manufacturing plants, mining sites, high-rise commercial complexes, and national grid support operations.
Can these generators operate in synchronization or parallel configuration?
Yes, these units are designed with advanced digital control systems that support multiple generator paralleling, load sharing, and synchronization with the utility grid to meet varying industrial load demands.
What cooling systems are integrated into these high-capacity generator sets?
They feature heavy-duty industrial radiators designed to function effectively in ambient temperatures up to 50°C, complete with integrated water-cooled configurations and belt-driven or electric cooling fans.
What maintenance interval is recommended for continuous operation?
Standard preventative maintenance is recommended every 250 to 500 operating hours, consisting of lubrication system inspection, oil and filter replacements, fuel line checks, and electronic diagnostics.
Are soundproof enclosures and weatherproofing available for this range?
Custom weatherproof containers and acoustic sound-attenuated enclosures can be configured to comply with local noise regulations and protect the equipment against extreme environmental conditions.
What fuel efficiency features are incorporated in the P-Series generators?
The P-Series utilizes precision electronically controlled fuel injection systems that optimize combustion efficiency, reducing overall fuel consumption and operational emissions during sustained prime power cycles.