1、 Electric power generation
Distributed gas turbine power generation: Distributed gas turbine power generation is a technology that uses gas turbines (internal combustion engines) as power generation equipment to produce electricity on a small or decentralized scale. It usually uses gas, diesel or other liquid fuels as fuel, and drives a generator to generate electricity by burning high-temperature and high-pressure gas. Distributed gas turbine power generation has the advantages of moderate scale, high flexibility and reliability, high energy efficiency utilization, and low transmission losses, making it particularly suitable for the electricity needs of small industrial parks, commercial buildings, residential communities, and other places.
Large scale gas turbine power generation: Large scale gas turbines can achieve power of millions of kilowatts and are widely used for fuel consumption and energy conversion in power plants. The gas turbine power generation system can not only convert fuel into electrical energy, but also utilize the waste heat generated during the power generation process for heating or cooling, further improving energy utilization efficiency.
2、 Transportation and Communications
Automotive industry: Gas turbine systems play an important role in the automotive industry. By monitoring parameters such as engine speed, temperature, and fuel consumption through sensors, the control system can adjust the fuel injection amount and ignition timing in a timely manner, improve the combustion efficiency and power performance of the engine, and reduce emissions and fuel consumption.
In the aviation industry, gas turbines are equally crucial. The gas turbine control system can monitor fuel consumption and operational status during flight, adjust the quantity and timing of fuel injection according to flight requirements, and ensure efficient operation of the gas turbine and stable flight of the aircraft.
Ship power: Gas turbines are also widely used in ship power systems to provide continuous and stable power support for ships.
3、 Industrial power
Compressor, water pump and other equipment: Gas turbines can be used as power equipment in industrial equipment such as compressors and water pumps, providing the required mechanical energy.
Air conditioning equipment: In air conditioning equipment, the gas turbine system can drive the cooling or heating system, providing a comfortable indoor environment for the building. For example, a gas direct combustion engine cooling and heating system is an efficient and energy-saving air conditioning and heating system, mainly used in large commercial buildings, office buildings, hospitals, hotels, airports, industrial plants and other places that require a large amount of heating and cooling.
4、 Other applications
Distributed combined cycle power generation: Install gas turbines, waste heat boilers, steam turbines, generators and other equipment near the load center to achieve on-site power generation and supply. This power generation method also has the advantages of high efficiency, reliability, and flexibility, and can be used in various scenarios such as industrial enterprises and urban communities.
As a backup power source: The gas turbine system can also serve as a backup power source to provide emergency power support in the event of grid failure or power outage.
In summary, the application fields of gas turbine systems are extensive, covering multiple aspects such as power generation, transportation, and industrial power. With the continuous advancement of technology and the continuous development of the market, the application prospects of gas turbine systems will be even broader.