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Does higher heating capacity always mean better heating performance?
Efficiency and energy conservation are not contradictory, the more easily achievable method, the more energy-efficient it is.
Product inefficiency is the reason, so it is necessary to generate more energy to achieve desired results.
The main issue is not the total volume of heat and cold generated by HVAC equipment used in large indoor environments. The key point lies in effectively distributing the heat and cold, which determines the final outcome and energy efficiency.
As below pictures shown:
The traditional heating equipment has a heat output of 1000KW, but only 300KW is effectively utilized, resulting in significant waste of heat. In contrast, the AirTS air conditioning units has a lower heat output of 600KW but achieves an effective utilization rate of 400KW. Therefore, it can be concluded that the AirTS equipment is more energy-efficient and efficient in terms of heating.
There are various types of heating equipment available for High & Large spaces, what are the core advantages of AirTS series equipment in practical applications?
The AirTS series air conditioning unit is installed onto the roof, which is the only one equipped with a top heat recovery function.
Recycle the heat from the top and deliver it to the ground working area, while providing a large coverage area with swirling downward airflow to create continuous resistance against rising hot air, reducing temperature gradients within the vertical space, and significantly saving operational costs. Traditional heating equipment such as heaters and side water warmers generate heat that accumulates at the top space without any utilization, rendering it meaningless to raise temperatures in the bottom working area.
What are the characteristics of Airts heating mode compared to traditional heating equipment in large buildings?
With the increase in building area, it becomes challenging for traditional heating equipment, such as radiators and side-blowing heaters, to enhance the temperature of central area through surrounding arrangements.
The AirTs series equipment is installed on the roof ,and can be evenly arranged in the space for uniform distribution of heat throughout.
Based on the two heating methods pictures shown, it can be observed that a more uniform temperature distribution requires less total heat energy, while achieving higher heating efficiency and comfort.
