Two Proven Technologies.

One Reliable Power Solution

Rich-Burn Technology: Diesel-Like Response, Cleaner Operation

Designed for standby and backup power, rich-burn gas generators deliver:

  • Fast transient response and high load acceptance, comparable to diesel gensets.
  • Lower operating costs (OPEX).
  • Ideal for critical facilities requiring immediate power restoration, such as hospitals, data centers, and commercial buildings.

Lean-Burn Technology: Continuous Power, Maximum Efficiency

For base-load and continuous power applications, lean-burn gas generators offer:

  • Ultra-low OPEX and extended maintenance intervals.
  • Optimized fuel-air mix for high thermal efficiency and low emissions.
  • Perfect for industrial operations, power plants and Independent Power Producers (IPPs) seeking sustainable, long-term energy solutions.

Gas Generators

Powering Essential Infrastructure

Industrial

Healthcare Facilities

Continuous, low-emission power for round-the-clock critical care

Industrial

Airports

Reliable standby power supporting uninterrupted terminal operations

Industrial

Data Centers

Cleaner baseload and backup power for always-on facilities

Industrial

Industrial Facilities

Cost-efficient prime power for high-demand, continuous operations

Industrial

Power Plants

Flexible gas generation supporting grid stability and peak demand

Industrial

Commercial Buildings

Lower-emission backup power for tenant-occupied, high-visibility sites

Gas Generators

Range of Ratings

Why Choose MTU

Lower operating cost than diesel

Ideal for continuous operation

Combined Heat and Power capability

Lean-burn engine – lower stress on engine components

Improved Total Cost of Ownership

MTU Engine Ratings

Prime Engine Alternator Controller Dimensions
kVA KW Origin Make Model Make (L*W*H)
1250 1010 Germany MTU 8V4000 GS Leroy Somer ComAp 4100*1900*2300
1875 1500 Germany MTU 12V4000 GS Leroy Somer ComAp 4600*1900*2300
2534 2027 Germany MTU 16V4000 GS Leroy Somer ComAp 5400*1900*2300
3135 2508 Germany MTU 20V4000 GS Leroy Somer ComAp 6200*2100*2400

*Power ratings are defined as per ISO 8528.

*Dimensions mentioned above are indicative. Actual dimensions may change as per manufacturer design update.

Why Choose Generac

Wider fuel tolerance

Load acceptance just like Diesel

Ideal for standby / prime power applications

Excellent hybrid-system integration

Lower complexity than large Gas engines

Generac Engine Ratings

Prime Engine Alternator Controller Dimensions
kVA KW Origin Make Model Make (L*W*H)
17 13.6 India Generac G007293 Generac Generac 1673*677*737
50 40 India Generac G4.5 L Generac Powerzone 3450*1200*1590
80 64 India Generac G4.5 L Generac Powerzone Pro 3550*1200*1700
140 112 India Generac G9.0 L Generac Powerzone Pro 3632*1280*2330
200 160 India Generac G14.2 L Generac Powerzone Pro 5665*1700*3177
250 200 India Generac G14.2 L Generac Powerzone Pro 5665*1700*3177
450 360 India Generac G25.8 L Generac Powerzone Pro 6000*2400*3275
600 660 India Generac G33.9 L Generac Powerzone Pro 7200*2400*3275

*Power ratings are defined as per ISO 8528.

*Dimensions mentioned above are indicative. Actual dimensions may change as per manufacturer design update.