Detian Dixing Heat Pipe Heat Exchanger – Application Introduction in Large Public Buildings (Museums, Stadiums)
As a leader in medium and low temperature heat pipe technology, Beijing Detian Dixing focuses on the R&D, production and system integration of heat pipe heat exchangers. Its core products are accurately suitable for extended scenarios of large public buildings. Targeting characteristic scenarios such as museums, large stadiums and football fields, with “energy efficiency, scene adaptability, safety and stability” as the core, it solves the pain points of such buildings as large space, large fluctuations in passenger flow, strict temperature and humidity control, and high energy consumption, providing customized thermal energy solutions for the green operation and experience upgrading of various large public venues.
The museum scenario has extremely high requirements for temperature and humidity stability and environmental cleanliness. Precious cultural relics need to be in a constant temperature and humidity environment for a long time (usually 18-22℃ temperature and 50%-60% humidity), and air disturbance and noise interference must be avoided. Detian Dixing heat pipe heat exchanger adopts precise temperature control technology, with the temperature difference controlled within ±1℃. It can efficiently recover the waste heat of indoor exhaust air, pre-treat fresh air, and avoid direct blowing of cold and hot air from damaging cultural relics; the operating noise is less than 35 decibels, which does not affect the visiting experience. At the same time, it has a high-efficiency filtration function to ensure indoor cleanliness and no dust. After application in a museum, the energy consumption of air conditioners has been reduced by 28%, which not only protects the safety of cultural relics, but also achieves energy saving and cost reduction.
Large stadiums (including comprehensive gymnasiums) have open spaces, large audience capacity, drastic fluctuations in passenger flow, and significant differences in heating and cooling needs with changes in events. Detian Dixing heat pipe heat exchanger adopts a large-air-volume modular combination design, which is suitable for the heat exchange needs of the super large space of the venue. It can flexibly adjust the heat exchange efficiency, operate at full load during events to quickly balance indoor temperature and humidity, and operate at low load for energy saving during non-event periods, greatly reducing energy consumption. The equipment is corrosion-resistant and easy to maintain, which can adapt to the long-term and high-frequency use needs of the venue. At the same time, the zero cross-contamination design ensures indoor air quality, which is suitable for densely populated audience scenarios.
Football fields (including professional stadiums and national fitness venues) are mostly semi-open or open-air auxiliary spaces, which are greatly affected by the external environment, making it difficult to control the temperature and humidity of the stands and auxiliary rooms. In view of the characteristics of outdoor scenarios, Detian Dixing heat pipe heat exchanger adopts a windproof, rainproof and corrosion-resistant design, which can effectively resist external environmental interference, efficiently recover the waste heat of exhaust air, provide stable heat exchange for the stands, rest rooms, equipment rooms and other areas, avoid cold in winter and stuffiness in summer, and reduce the load of the air conditioning system. After application in a professional football field, the annual energy cost saving exceeds 600,000 yuan.
Relying on the core advantages of scenario-based customization, high efficiency and energy saving, stability and reliability, Detian Dixing heat pipe heat exchanger has been applied in many museum and large stadium projects, accurately adapting to the personalized needs of various extended scenarios of large public buildings. It not only ensures the functional experience of the venue, but also helps green and low-carbon operation, providing solid support for the high-quality development of large public venues.