1500 kVA - 3000 kVA Generators
Take a look through our extensive range of 1500kVA up to 3000kVA generators, varying from 1300kVA – 3000kVA in prime and standby power. These high-capacity diesel generators are ideal for large industrial facilities, data centres, and critical infrastructure applications.Need something slightly smaller? Our 1250kVA generators might be perfect for your requirements. We’re confident we can supply the perfect size and brand generator to meet your needs, whether that’s a business backup generator in the UK or abroad. Get in touch with our expert team today!
1500 to 3000 kVA quick specifications: Sets in this range provide from about 1200 kW of prime power and roughly 1320 kW of standby power at the 1500 kVA end. A 1500 kVA three-phase set supplies about 2165 amps per phase at 400V. Typical fuel use starts at around 165 to 300 litres an hour depending on load and rises with generator size. These sets suit utility-scale projects, large data centres, industrial complexes and major critical-infrastructure power systems. Indicative new prices start at about £140,000 to £320,000+ ex VAT, but specification, engine, alternator, canopy, controls and installation can change the final quote.
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1500kVA Generators – 3000kVA Generators for Sale
Take a look through our extension range of 1500kVA up to 3000kVA Generators, varying from 1300kVA – 3000kVA in prime & standby power. We’re confident we can supply the perfect size and brand generator to meet your requirements, whether that’s in the UK or abroad. Get in touch with our expert team today!
Who uses 1500 kVA to 3000 kVA generators?
Generators in the 1500 kVA to 3000 kVA range are used by massive industrial plants, data centers, large utilities, and critical infrastructure facilities. These generators provide the substantial power needed for operations like chemical processing, steel manufacturing, large-scale data storage, and utility power generation. They are also essential for backup power in facilities where even a brief outage can result in significant financial loss or safety risks.
Can these large generators operate in parallel?
Yes, large generators in the 1500 kVA to 3000 kVA range can operate in parallel with other generators to increase total power capacity or provide redundancy. Parallel operation is commonly used in applications where power demands fluctuate or where continuous power is critical. By synchronizing multiple generators, facilities can scale power output to meet varying demands and ensure uninterrupted power supply even if one generator requires maintenance or fails.
How many kW is a 1500 to 3000 kVA generator?
At a typical 0.8 power factor, this range provides about 1200 kW at 1500 kVA up to 2400 kW at 3000 kVA for prime power. Standby ratings are commonly around 10% higher, subject to the manufacturer’s datasheet.
How many amps does a 1500 to 3000 kVA generator supply?
At 400V three phase, a 1500 kVA generator supplies about 2165 amps per phase. A 3000 kVA generator supplies about 4330 amps per phase. Final cable, switchgear and protection sizing must be confirmed by a qualified electrical engineer.
How much fuel does a 1500 to 3000 kVA generator use per hour?
A 1500 kVA diesel generator typically uses about 165 to 300 litres an hour depending on load. Larger sets in this range use more. Treat this as a planning estimate and check the selected model’s fuel-consumption curve for an exact figure.
How much does a 1500 to 3000 kVA generator cost?
Indicative new prices commonly start at around £140,000 to £320,000+ ex VAT and can rise substantially with generator size and specification. Engine and alternator brand, acoustic treatment, controls, fuel tank, delivery, commissioning and installation all affect the final quote.
What can a 1500 to 3000 kVA generator power?
Generators in this range are used for utility-scale projects, large data centres, industrial complexes and major critical-infrastructure power systems. A detailed load study is essential because large motors, UPS systems, transformers and starting currents can materially affect the required size.