School auditorium

This case study is applicable to a school auditorium, where a high & large space air conditioner (circulating air heating/cooling unit) is used to effectively solve the heating/cooling problem in the school auditorium.

AirTS has developed and produced special energy-saving air conditioning systems for high and large space, covering the source of cold and hot water systems, steam systems, power systems, gas direct combustion systems and refrigerant systems, effectively solving the needs of 4-30 meters high & large space heating, ventilation, refrigeration, humidification, dehumidification, dust removal and other needs.

Educational and institutional facilities require high-quality heating, ventilation and air conditioning (HVAC) systems to optimize productivity and create comfortable, controlled environments for large groups of people that promote learning. These buildings require a range of systems to maintain environmental conditions in specific areas and service room types.

Maintaining appropriate temperature, humidity and air quality are basic criteria to ensure public comfort. Noise levels are also an important consideration, which can have positive or negative effects on air distribution systems. Discreet thermal monitoring and control in high-traffic spaces is a challenge. Special attention is required to maximize physical comfort while operating high-quality air distribution systems efficiently. A well-functioning air circulation system also makes it possible for K-12 schools to expand. For example, air circulation systems that deliver groundwater chilled water to different buildings can allow for future growth of the space. If the equipment is functioning well, these spaces can accommodate other buildings and infrastructure using the same technology.

One of the effective and sustainable ways to balance factors such as humidity and air quality is to control the opening and closing of hot and cold water valves in stages at the outlet of the air temperature circulation. By perfectly combining in the optimal sequence, maximum heating, maximum cooling and ideal set temperature can be achieved. Low humidity is also necessary for comfort within these spaces, and this balanced system is able to maintain low humidity levels. Today’s advanced compressor and control technologies can be customized to meet needs, making them both innovative and efficient.

Control and monitoring of heating, ventilation, and air conditioning systems are important factors in planning air control systems within K12 schools. In crowded environments, people’s temperature preferences will undoubtedly vary greatly. Frequent adjustments to thermostats can disrupt a balanced and controlled air distribution system. A centralized control system within a K12 school building can serve as a monitoring station to ensure that standard temperatures are maintained throughout the day.

Educational Facilities

K12 school campuses present unique challenges for HVAC systems that must operate reliably to provide a comfortable environment for students and administrators. These challenges include:

Designing buildings with different uses, such as labs and dormitories next to each other.

Separate facilities of different shapes and sizes are connected to a central air supply system that must accommodate the needs of all of them.

New and old buildings require varying degrees of air distribution infrastructure between units within the building.

Given the different needs and differences between schools, a customized system to meet your school’s needs is the most logical solution. AirTS Solutions can help any K12 school achieve consistent temperature control and air supply to create an optimal learning and living environment.

AirTS High Space Air Conditioning products have been widely used in the mechanical processing, automobile manufacturing, rail transportation, metallurgy and chemical industries, warehousing and logistics, electronic appliances, food and pharmaceuticals, and other industrial sectors, as well as in venues, supermarkets, cinemas, water parks, stadiums, restaurants, and other civilian fields.