BK/AMG-175

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The BK/AMG-175 is a versatile system used in the propulsion and power generation industry. Its design and operation makes it well-suited for use in remote and demanding environments, with its ability to handle multiple processes and power sources simultaneously. In this article, we\'ll discuss the application fields and working principles of the BK/AMG-175.

The BK/AMG-175 is a state-of-the-art, compact gas turbine power system capable of producing up to 5700 kilowatts of electricity. It is a multi-shaft design with an integrated gas turbine and generator package. It combines the latest technologies and materials for improved size, weight, efficiency and reliability. It also integrates modern, fuel-saving features such as variable inlet guide vanes and water injection.

The BK/AMG-175 is designed for applications in electric power production, gas compression, and industrial drive units. It is popular for use in power generation at remote sites, such as small island communities, emergency backup power, and distributed generation. In addition to its power generation capabilities, the BK/AMG-175 is also suitable for use in gas compression, propulsion and marine applications.

In electric power production applications, the BK/AMG-175 runs on natural gas, liquid fuels, syngas, or even biofuels, such as vegetable oil or animal fats. The use of multiple fuels gives it a high degree of flexibility, and it can also be used to burn light fuels such as fuel-oil mixtures. The natural gas supply must meet the specification of the engine, and the generator must be able to provide the necessary voltage and frequency for the desired application.

In gas compression applications, the BK/AMG-175 can be used to compress physical or chemical gases such as propane, butane, carbon dioxide, or nitrogen. The compressed gas is then used in a variety of industrial and manufacturing operations such as welding, melt mixing, and drying. The engine control system can be customized to suit a wide range of applications, and its fuel system is designed for consistent and reliable operation.

The BK/AMG-175 is used for propulsion in gas turbine ships, either as main or auxiliary propulsion. The engine is designed to meet the dynamic requirements of the ship\'s propulsion system and the operating requirements of the ship and its other machinery. It has undergone extensive testing to meet relevant marine and safety standards, and it is relatively maintenance-free thanks to its advanced technologies.

As for the working principle, the BK/AMG-175 is a constant-speed machine. It consists of an air compressor, a combustion chamber, and a turbine section. The compressor receives ambient air from the atmosphere and compresses it to the desired pressure and temperature. The compressed air is then mixed with fuel in the combustion chamber. The burning fuel mixture is accelerated by the turbine blades, which produces mechanical power. The mechanical power from the turbine is used to turn a generator or for propulsion.

The amount of power generated by the gas turbine depends on the design of the engine and its operating conditions. Sophisticated control systems are used to modulate the fuel flow and engine speed to ensure optimum performance and safety. The system is designed to take advantage of seasonal and daily load variations, and it can adjust power output based on the current conditions. The BK/AMG-175 is also designed with fuel efficiency in mind, with variable inlet guide vanes and water injection.

To sum up, the BK/AMG-175 is a highly versatile and reliable system for power generation, compression, and propulsion. It is designed for use in demanding and remote environments, and it is capable of running on multiple fuel sources. Its advanced features and technologies make it highly efficient and reliable, and it is certified for safe and low-maintenance operation. With its ability to handle multiple processes and fuel sources simultaneously, the BK/AMG-175 is an excellent choice for electric power production, gas compression, and propulsion applications.

The specific data is subject to PDF, and the above content is for reference