The Air Dome has brought revolutionary changes to modern sports space with its unique structure and design. Its main features and advantages are as follows:
- High-efficiency materials: The membrane material is usually made of polyester fiber material, which is not only strong and flexible, but also has good UV protection and heat reflection properties. This material can effectively isolate the external cold and hot temperatures, reduce the burden on the internal AC system, and thus reduce energy consumption.
- Intelligent control system: We are equipped with an advanced intelligent control system that integrates functions such as fresh air, pressure replenishment, and air circulation in the Air Dome. Through intelligent control, the system can sense changes in the internal environment of the building in real time and automatically adjust the operating status of the equipment to achieve precise energy saving.
- Natural lighting: The top of the Air Dome can be designed with fully transparent or translucent membrane materials to achieve natural lighting. During the day, by making full use of natural light, the use time of lighting equipment can be reduced, further reducing energy consumption.
- Modular equipment: The Air Dome has a simple structure and modular equipment. This means that the type and quantity of equipment can be flexibly selected according to actual needs, avoiding unnecessary waste and energy consumption.
Energy consumption analysis
Regarding the energy consumption of Air Dome, we can analyze it from the following aspects:
- Inflation equipment: Inflation equipment is usually equipped to maintain internal air pressure balance. A 2,000 square meter Air Dome sports stadium may be equipped with two 5.5KW inflation equipments. Under normal operating conditions, a single inflation equipment works at low frequency. According to 30% of the rated power, the inflation equipment energy consumption is about 40KW·h per day, and 1200KW·h per month.
- Lighting system: Since the Air Dome has good natural lighting performance, the use time of lighting equipment can be greatly reduced during the day. Lighting equipment needs to be turned on only at night or in low light conditions. A 2,000 square meter air dome sports stadium is estimated to require a total power of 10KW LED lighting. If the lighting is fully turned on for 5 hours a day, the daily energy consumption is 50KW·h, and the monthly energy consumption is 1500KW·h.
- AC equipment: AC energy consumption depends on many factors, including building area, indoor and outdoor temperature difference, thermal insulation performance of membrane materials, etc. However, due to the good thermal insulation and heat reflection performance of Air dome sports stadium, its AC energy consumption is relatively low. According to reference data, the energy consumption per square meter is about 0.21KW·h/h, and the specific energy consumption needs to be calculated according to the actual area and usage. (Actual electricity consumption varies according to season and environment
Summarize
In summary, Air Dome performs well in terms of energy efficiency. Its high-efficiency materials, intelligent control, natural lighting and modular equipment have jointly improved energy efficiency and achieved environmental protection and energy saving. Although the specific power consumption will vary depending on the actual situation, it has obvious advantages in energy saving compared to traditional buildings. Therefore, for the modern lifestyle that pursues energy saving and environmental protection, air dome is undoubtedly an ideal choice.