Reliable Auxiliary Systems for Efficient Gas Turbine Operation
Provides advanced auxiliary systems for gas turbines, delivering integrated solutions that support safe, stable, and efficient turbine operation
With extensive experience in gas turbine applications, we provide customized system design, equipment manufacturing, installation, and technical services to meet the requirements of different operating environments.Our gas turbine auxiliary systems are widely applied in energy, power generation, industrial facilities, and other critical applications, ensuring reliable performance throughout the equipment lifecycle.
Optimized airflow supply
Efficient exhaust & noise reduction
Equipment protection & ventilation
CLET provides complete solutions covering design, R&D, manufacturing, installation, and technical support for gas turbine auxiliary systems.
Customized Engineering Capability
Gas turbine auxiliary systems integrate air, fuel, lubrication, ventilation, control, and power supply subsystems to ensure reliable turbine operation.
Integrated Auxiliary System Solutions
Performing aerodynamic noise, thermal stress and structural load simulation to deliver high‑performance exhaust system, meeting the stringent noise and temperature requirements of gas turbine test bed.
Exhaust System
With strong expertise in aerodynamic management, CLET has developed more than 50 models of customized air system solutions for leading gas turbine manufacturers worldwide, including air intake systems, exhaust systems, and ventilation systems.
Taking the gas turbine air intake system as an example, our solutions are designed to provide high-quality airflow under different environmental conditions, ensuring reliable operation throughout the entire service life of the turbine.
The system integrates multiple functions, including:
During the development process, Chenglin Technology conducts comprehensive engineering analysis and optimization based on the operating principles and technical parameters of the turbine equipment, including:
Through continuous engineering validation and technical refinement, we develop advanced aerodynamic systems with optimized airflow capacity, flow field quality, air cleanliness, acoustic performance, and operational safety.
Advanced airflow control technology reduces pressure loss, noise, and thermal impact while improving efficiency, reliability, and operational stability.
Optimized Aerodynamic Performance