New Driving Force in the "Dual Carbon" Track: High-pressure Screw Air Compressors Provide Stable Air Supply to Facilitate Breakthroughs in the Industrialization of Fuel Cells

Driven by the global demand for clean energy, the application fields of fuel cells continue to expand. In the transportation field, from passenger cars to rail transit, ships, etc., all are transitioning to zero-emission power sources. In the field of distributed power generation and energy storage, fuel cell combined heat and power systems are widely used in high-stability power supply places such as data centers and medical institutions. In the emergency power supply market, with the advantages of high efficiency and environmental protection, traditional power generation equipment is gradually being replaced. With material innovation and system technology upgrades, it is expected that the cost of fuel cell systems will significantly decrease in the next five years, accelerating the commercialization process.

A well-known fuel cell technology enterprise focuses on the research, development, and manufacturing of core components, and its products are applied in fields such as new energy vehicles and distributed energy systems. The enterprise has strict requirements for the quality, stability, and energy efficiency of compressed air, and needs to meet the air supply requirements of a 25KG high-pressure screw air compressor while complying with energy conservation and environmental protection standards.

Demands and Challenges

High-pressure air supply demand: The testing and production of fuel cells require a continuously stable 25KG high-pressure air supply. Traditional air compressors have insufficient energy efficiency and large pressure fluctuations.

Cleanliness requirements: Compressed air needs strict oil control to avoid affecting key components of fuel cells.

Intelligent management: It is necessary to remotely monitor the operating status of variable frequency air compressors to achieve fault warning and energy efficiency optimization.

Solutions: High-pressure Screw Air Compressor + Variable Frequency Energy-saving System

MFG Group provides full life cycle services covering equipment selection, installation, commissioning, operation monitoring, and maintenance, and deploys an intelligent monitoring platform to predict the equipment status through data analysis.

Core Configuration:

BAEG-37AP High-pressure Screw Air Compressor (Power: 37kW, Working Pressure: 25KG) + Post-processing Equipment

BAEG-45APM Variable Frequency Air Compressor (Power: 45kW, Working Pressure: 25KG) + Post-processing Equipment

Product Advantages

1. High efficiency and energy conservation: Special high-efficiency motors for high-pressure screw air compressors and intelligent adjustment technology of variable frequency air compressors are adopted, significantly reducing energy consumption and carbon emissions.

2. Intelligent control: Supports remote monitoring, fault alarm, and energy consumption management to meet the needs of industrial intelligence.

3. Stable and reliable: Optimized design ensures stable 25KG high-pressure air supply, adapting to the harsh working conditions of fuel cells.

4. Low-noise design: Reduces operating noise by adjusting the rotational speed of variable frequency air compressors.

5. Convenient maintenance: The modular design simplifies installation, operation, and maintenance, reducing long-term costs for enterprises.

The high-pressure screw air compressor and variable frequency air compressor system of MFG, with high stability, energy conservation, environmental protection, and intelligent management, provides a reliable air source support for the fuel cell industry and helps customers achieve sustainable development.