Solar Titan 130 Gas Turbine - Full Specifications (2016 Model)

General Information

• Model: Solar Titan 130
• Manufacturer: Solar Turbines (a subsidiary of Caterpillar)
• Year of Manufacture: 2016
• Application: Industrial Power Generation, Cogeneration (CHP), Oil & Gas, and other industrial sectors

Electrical Specifications

Power Output:

• 14.9 MVA (Maximum Electrical Output)
• The rated power is the electrical capacity that the turbine is designed to produce when coupled to a generator.

Voltage: 11 kV (Nominal Voltage)

Frequency: 50 Hz (Standard for regions with 50 Hz electrical grids, typically found in Europe, Asia, Africa, and many other parts of the world)

VFD (Variable Frequency Drive):

• The VFD system is used to optimize the operation of electric motors by controlling their speed and torque based on the frequency and voltage needs of the system. This contributes to energy efficiency and better performance under varying load conditions.

Mechanical Specifications

Turbine Type:

• Single Shaft: The Titan 130 is a single-shaft industrial gas turbine. This means the turbine and the generator share the same rotor, simplifying design and improving efficiency.

Compressor:

• Axial-flow Compressor: Typically features 14 stages to achieve efficient compression of incoming air for combustion.

Turbine:

• Axial-Flow Gas Turbine: The turbine is a multi-stage axial-flow type, with the gas passing through multiple stages of turbines to extract the energy and drive the generator.

Starter:

• Electric starter (or auxiliary starting system depending on configuration).

Speed:

• 3,600 rpm (Standard operational speed for industrial turbines of this class).

Gearbox:

• Direct Drive: In some configurations, the turbine is coupled directly to the generator, but a gearbox may be used in certain installations to adjust speeds between the turbine and generator.

Fuel and Emissions

Fuel Types:

• Primary Fuel: Natural Gas
• Backup Fuel: Light Distillate Fuels (such as diesel or kerosene) for flexibility and fuel security.

Combustion System:

• Dry Low Emissions (DLE): The turbine is equipped with a DLE combustion system to reduce emissions of NOx (nitrogen oxides), CO (carbon monoxide), and particulate matter, making it more environmentally friendly compared to older technologies.

Emissions Compliance: Designed to meet stringent emissions standards, making it suitable for use in areas with strict environmental regulations.

Performance

Rated Power Output: 14.9 MVA at 11 kV

Exhaust Temperature:

• Typically around 530–600°C, depending on the load and operational conditions.

Efficiency:

• Thermal Efficiency: Around 33%–38% depending on operating conditions. The use of DLE technology helps to optimize the fuel consumption.
• Mechanical Efficiency: High mechanical efficiency due to advanced design and single-shaft configuration.

Design Features

• High Reliability: Designed for long service life and operational flexibility. These turbines are known for their high reliability and operational uptime.
• Compact Design: Suitable for installation in a variety of industrial sites with limited space.
• Low Maintenance: The turbine is designed to minimize wear and tear, with long intervals between overhauls (typically every 20,000-25,000 hours).

Dimensions and Weight

• Length: Approximately 6.7 meters
• Width: Approximately 3.3 meters
• Height: Approximately 3.7 meters
• Weight: Around 35,000 kg (depends on configuration and accessories)

Advantages

• High Power Density: The Solar Titan 130 offers substantial power in a compact and reliable package.
• Fuel Flexibility: It can run on both natural gas and liquid fuels, offering flexibility in fuel availability.
• Low Emissions: Thanks to the DLE combustion technology, the turbine ensures that emissions are kept at minimum levels, making it suitable for areas with stringent emission controls.
• Efficient Operation: The combination of VFD and turbine design ensures operational efficiency under varying load conditions.
• Low Operating Costs: With high reliability and longer maintenance intervals, this turbine minimizes downtime and operating costs over time.

For further specifications or to inquire about this equipment and ReflowX's logistics services, Please contact ReflowX at info@reflowx.com