High-Efficiency MTU Gas Generators | Apollo Power Systems

Embrace Sustainability with
Gas Generators

Series

4000

L64FNER

Capacity

1012 – 2535 kWe

Natural & Biogas Gensets

Embrace
Sustainability with
Gas Generators

Series

4000

L64FNER

Capacity

1012 – 2535 kWe

Natural & Biogas Gensets

MTU Gas Generators

Rolls-Royce MTU is committed to cleaner power solutions that meet the changing demands of society through its gas generators. As part of our partnership, we reflect the same commitment and are helping companies transition towards cleaner energy.

Rolls Royce’s MTU offers gas generators in the range of 1 MWe, 1.5 MWe, 2 MWe, and 2.5 MWe. Gas generators can also be used for trigeneration, commonly referred to as combined heating, cooling, and power (CHPC), a clever approach to producing cooling, heating, and electricity while utilizing only one fuel source. This is another step towards sustainability in addition to reducing particulate emissions. MTU gas engines emerge as a premier choice for guiding you towards achieving net-zero emissions.

Rolls-Royce MTU is committed to cleaner power solutions that meet the changing demands of society through its gas generators. As part of our partnership, we reflect the same commitment and are helping companies transition towards cleaner energy.

Rolls Royce’s MTU offers gas generators in the range of 1 MWe, 1.5 MWe, 2 MWe, and 2.5 MWe. Gas generators can also be used for trigeneration, commonly referred to as combined heating, cooling, and power (CHPC), a clever approach to producing cooling, heating, and electricity while utilizing only one fuel source. This is another step towards sustainability in addition to reducing particulate emissions. MTU gas engines emerge as a premier choice for guiding you towards achieving net-zero emissions.

Our Offerings

Rolls-Royce mtu

Series 4000 L64FNER
Power Capacity : 1012 – 2535 kWe

Our Offerings

Rolls-Royce mtu

Series 4000 L64FNER
Power Capacity : 1012 – 2535 kWe

Salient Features

Operational Flexibility
Quick Ramp-Up and Quick
Ramp-Down

30% More Power
Most Robust Against
Derating

Up to 44.3% El.Efficiency
Combustion Chambers
Ensure Top-Level Efficiency

Reduced Life Cycle Cost
Reduced Oil Consumption and
Favourable Maintenance Intervals

Salient Features

Operational Flexibility
Quick Ramp-Up and Quick
Ramp-Down

30% More Power
Most Robust Against
Derating

Up to 44.3% El.Efficiency
Combustion Chambers
Ensure Top-Level Efficiency

Reduced Life Cycle Cost
Reduced Oil Consumption and
Favourable Maintenance Intervals

Our Expertise In

Design, Supply,
Installation, Testing
& Commissioning
of Gas Generators Works

Balance of Plant
Works - Mechanical

Balance of Plant
Works - Electrical

Liasoning and
Statutory Approvals

Our Expertise In

Design, Supply,
Installation, Testing
& Commissioning
of Gas Generators Works

Balance of Plant
Works - Mechanical

Balance of Plant
Works - Electrical

Liasoning and
Statutory Approvals

Blog

Understanding MEP Contracting Services.
Read more

Building a Future-Ready Electrical Infrastructure: Your Comprehensive Guide
Read more

Power Outages and Business Disruption: Safeguarding Your Operations
Read more

Embracing Sustainability: The Rise of Gas Generators in Industry|
Read more

Blogs

top-mep-contractors-in-bangalore-why-apollo-power-systems-is-your-best-choice

Understanding MEP Contracting Services.
Read more

Building-a-Future-Ready-Electrical-Infrastructure

Building a Future-Ready Electrical Infrastructure: Your Comprehensive Guide
Read more

Discover-the-top-feature-of-Gas-Generators

Power Outages and Business Disruption: Safeguarding Your Operations
Read more

Embracing-Sustainability-The-Rise-of-Gas-Generators-in-Industry

Embracing Sustainability: The Rise of Gas Generators in Industry
Read more

Trusted By

Trusted By

To Know More

To Know More

Contact us Contact us

Locations

Karnataka | Tamil Nadu | Telangana | Andhra Pradesh | Maharashtra | Delhi | Jharkhand

Locations

Karnataka | Tamil Nadu | Telangana | Andhra Pradesh | Maharashtra | Delhi | Jharkhand

Solar Calculator

Solve: +