Power Output: 1500 kVA, suitable for large industrial setups, hospitals, hotels, and multi-story buildings.
Engine: Equipped with a high-performance Kirloskar diesel engine for continuous and reliable power generation.
Fuel Efficiency: Designed to offer high fuel efficiency even under heavy loads.
Durability: Built to withstand demanding conditions and ensure long operational life.
Cooling System: Advanced cooling mechanism for consistent engine performance in high loads.
Control Panel: Fully automated with digital controls for easy monitoring and management.
Noise Reduction: Comes with noise-reducing technology, ensuring quieter operation.
Compliance: Meets industry standards and environmental regulations, including CPCB norms.
Maintenance: Easy to maintain with accessible parts and a widespread service network.
Applications: Ideal for large-scale industrial processes, commercial buildings, and as a backup for critical infrastructure.
As we did earlier, we use the Power Factor (PF) to calculate the kilowatt output (KW). The typical power factor for large generators is around 0.8.
So, a 1500 KVA generator with a power factor of 0.8 would deliver about 1200 KW of real power.
For large generators like this (especially in industrial settings), the voltage is typically either:
3-phase: Voltage ratings for 3-phase generators can range from 380V to 415V (for smaller industrial applications), but larger generators often operate at higher voltages, like 6.6 kV, 11 kV, 13.8 kV, and even up to 33 kV or more for large power generation systems.
So, a 1500 KVA generator might have the following possible configurations:
415V (3-phase)
6.6kV, 11kV, 13.8kV, etc.
The voltage depends on the application, whether it's for industrial machinery, backup power for a facility, or utility-scale generation.
Apparent Power: 1500 KVA
Real Power: 1200 KW (assuming Power Factor = 0.8)
Voltage: Likely to be 380V to 33 kV depending on the configuration (most commonly 6.6 kV to 11 kV for industrial setups).