Diesel generator (DG), also referred to as diesel genset, is an integrated system consisting of a diesel engine and an electric generator (typically an alternator) designed to produce electrical power. The diesel engine operating on compression-ignition principles is primarily fueled by diesel, though certain models can be powered by alternative liquid fuels or natural gas. Diesel generator sets can serve as critical backup power sources during grid failures, thus they are widely used in locations without access to a stable power grid. Additionally, they are employed in advanced applications such as peak shaving, grid stabilization, and power export to the utility grid, providing reliable and efficient energy solutions to meet various industrial and commercial needs.
In order to meet the demand for high-power backup power supplies in fields such as data centers and industries, the single-unit power of diesel generators will continue to increase
With the help of technologies like the Internet of Things, big data, and artificial intelligence, diesel generators will achieve intelligent monitoring, control, and management.
To enhance the reliability and stability of power supply, diesel generators will be used in combination with energy storage systems, such as lithium-ion battery energy storage system and fuel cell energy storage system.
As backup power sources, diesel generators need to be able to start reliably and operate continuously when the mains power is interrupted in order to ensure stable power supply for key equipment and sites. Generally, diesel generators are required to operate continuously for 12 hours under 110% of rated power load, with a relatively low failure rate and a long trouble-free operation time.
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