Central system air conditioning engineering
Central HVAC Engineering
It is an integrated air conditioning solution designed for medium to large buildings, where a central unit, such as a chiller or VRF system, supplies cooling and heating sources. These are then distributed to different areas through ductwork or piping systems, ensuring constant temperature, humidity, and comfort in the environment.
Such projects require heat load calculations and system planning based on the building's purpose, spatial characteristics, and user needs, covering aspects like equipment selection, pipeline installation, control system integration, and subsequent maintenance.
Central air conditioning systems are commonly found in office buildings, shopping malls, hotels, hospitals, factories, and residential communities. They offer benefits such as high energy efficiency, stable operation, and centralized management, and also contribute to the aesthetic appeal and operational cost control of spaces.
Through intelligent control and energy-saving designs, central air conditioning not only enhances user comfort but also provides long-term operational benefits for buildings.
Air Conditioning System Planning and Design
Perform thermal load calculations and system selection based on building purpose, spatial scale, and usage requirements to plan the most optimized central air conditioning configuration (e.g., chiller, cooling tower, air duct pathways, etc.).
Equipment Selection and Supply
Provide selection and procurement recommendations for energy-saving, efficient air conditioning units (such as VRV/VRF systems, chillers), fan coil units, air handling units, cooling towers, and other related equipment.
Pipeline and Ductwork Installation
Includes layout and installation of systems such as refrigerant pipes, water pipes, ducts, and insulation materials, ensuring air and water flow efficiency and insulation effectiveness.
Control System Integration and Commissioning
Integrate air conditioning equipment with smart building control (BAS) systems to provide temperature and humidity control, automated management, and remote monitoring functions, followed by system testing and adjustments upon completion.
Maintenance and Energy-Saving Optimization
Provide regular maintenance, troubleshooting, energy efficiency analysis, and system upgrade recommendations to extend equipment lifespan and reduce energy cost.
| Industry Types | Typical Arena |
|---|---|
| Commercial Space | Shopping Centers, Department Stores, Office Buildings |
| Industrial Manufacturing | Precision Electronics Factories, Food Factories, Clean Rooms |
| Medical Institutions | Hospitals, Testing Centers, Operating Rooms |
| Educational Facilities | University Campuses, Research Buildings, Libraries |
| Residential Communities | Luxury Residences, Community Clubs |
| Public Buildings | Airports, MRT Stations, Exhibition Centers |
| Hotels and Leisure Industry | Hotel, spa, fitness club |
