Gas Turbine Auxiliary System
1. A gas turbine is a rotary, impeller-type heat engine that uses a continuously flowing gas as its working fluid. As a symbol of a nation’s technological prowess and often referred to as the “crown jewel” of industry, the gas turbine has become one of the major bottlenecks hindering China’s development.
2. The Gas Turbine Auxiliary System primarily comprises the air system, the oil system, the ventilation and fire-extinguishing system, and the power supply system. The Gas Turbine Auxiliary System significantly affects the operational performance and service life of the gas turbine.
Aerodynamic system
Intake system, exhaust system
Ventilation and Fire Protection Systems
Containerized system, gas turbine test bench, air intake system, exhaust system, fire protection system
Power supply system
Lighting system, power distribution system, signal feedback system
Aircraft Engine/Gas Turbine Engine Test Bed Aerodynamic System
1. An aeroengine test stand is an essential testing and measurement facility in the research, certification, production, and operational maintenance of aeroengines. At present, aeroengines represent one of the major bottlenecks to national development.
2. The aeroengine test bed system mainly comprises the Engine Test Bed Aerodynamic System, the lubrication system, the data acquisition system, and the control system. Chenglin Technology is a major domestic supplier of the Engine Test Bed Aerodynamic System.
Air system
Intake system, exhaust system
Auxiliary equipment
Electric soundproof doors, soundproof windows, and sound-absorbing walls
Fuel cell and on-board integration
Chenglin Technology integrates gas/fuel‑powered generator sets, adopting a power configuration that prioritizes gas turbines while supplementing them with internal combustion engines. It offers diversified, standardized power‑station solutions, with products spanning four major categories: mobile vehicle‑mounted power stations, trailer‑mounted mobile power stations, containerized power stations, and stationary power stations. The company maintains strategic partnerships with leading gas‑turbine manufacturers both domestically and internationally.
Powertrain (power generation core unit)
Function: Core Power Generation and Control System
Load-bearing structure: Class II chassis vehicle, crew-carrying chassis
Control and Safety: Parallel Operation and Grid-Connection System, Fire Suppression Systems
Environmental adaptation structures: lower skirt plate, shock absorber, gas turbine support
Electrical Output: Integrated electrical system for power output and control.
Auxiliary vehicle (supports expansion units)
Function: Fuel replenishment and power output expansion
Load-bearing structure: Class II chassis vehicle, crew-carrying chassis, body and lower skirt panel.
Fuel Supply: Fuel tank and auxiliary fuel system, capable of supporting the main propulsion vehicle in full-load operation for at least 8 hours.
Power Output Expansion: Power cable reel providing a power output interface for connecting to users.
Control and Safety: Control Systems and Fire Suppression Systems
Complex Acoustic Environment
1. Complex acoustic environments arise from the combined sound emissions of hundreds of different types of equipment, which interfere with and impact the surrounding environment, jeopardize workers’ occupational health, cause noise levels at the plant boundary to exceed regulatory limits, and degrade ambient sound quality at sensitive residential locations. Examples include distributed energy systems, coal‑fired or gas‑fired power plants, metallurgical facilities, and chemical plants.
2. Based on nearly 20 years of accumulated technical data and extensive experience, Chenglin Technology can deliver precise analysis, tailored solutions, and accurate control in complex acoustic environments.
Main noise sources
Main plant area, coal-fired boiler area, dust removal/denitrification area, cooling tower area, transformer area, auxiliary equipment workshop area
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