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Gas Turbines

Cogen / Open Cycle / Combined Cycle : Solar Turbines

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Advantages of
Gas Turbines

With more than three billion operating hours across over 100 countries, Solar Turbines has established a proven track record as a robust and dependable gas turbine solution for power generation. In Malaysia, gas turbine systems are widely used to support industrial power, cogeneration, combined cycle and distributed energy applications where reliability, efficiency and long-term performance are critical.

Solar Turbines’ gas turbines offer several advantages compared with alternative energy sources, including high operational reliability, fuel flexibility, lower lifecycle cost and strong suitability for industrial and commercial energy projects. As a wholly owned subsidiary of Caterpillar Inc., Solar Turbines continues to support customers seeking efficient gas turbine solutions in Malaysia and across the region.

  • Higher reliability, efficiency and availability
  • Worldwide service and support
  • Lower operating and construction costs
  • The ability to run on a variety of fuels
  • A high-quality exhaust heat stream that can be used in other processes
  • High power density with a broad range of power module blocks
  • Easy to transport to site and quick to start

Gas Turbines
Overview

A gas turbine is a type of internal combustion engine. Essentially, the engine functions as an energy conversion device, transforming energy stored in the fuel into useful mechanical energy in the form of rotational power. The term “gas” refers to the ambient air taken into the engine and used as the working medium in the energy conversion process.

This air is first drawn into the engine, where it is compressed, mixed with fuel, and ignited. The resulting hot gas expands at a high velocity through a series of airfoil-shaped blades, transferring energy from combustion to turn an output shaft. The residual thermal energy in the hot exhaust gas can also be harnessed for various industrial processes.

Basic
Gas Turbines Components

Compressor

Takes in outside air and compresses it.

Combustor

Fuel is added to the pressurized air and is ignited.

Turbine

Converts the energy from high velocity gas into rotational power through expansion.

Output Shaft and Gearbox

Delivers rotational power to the driven equipment.

Exhaust

Directs the low emission spent gas out of the turbine section.

Materials

Power Generation
Product Handbook

Combined Heat and Power :
Your Competitive Edge

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Prime Power Bridging to Grid

Data Center Operations Case Study :
Combined Cooling and Power to Decrease Power Usage Effectiveness

Solar® Mobile Turbomachinery :
SMT130 - Powered by Titan™ 130

Solar® Mobile Turbomachinery :
SMT60 - Powered by Titan™ 60

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