Wireless system and method to generate thermal comfort map for vehicle
A thermal comfort, wireless system technology, applied to vehicle components, control/regulation systems, temperature control using electric methods, etc., can solve the problems of not being occupant, friendly, operator friendly, etc.
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example 4
[0120] Example 4 - Energy-efficient and cost-effective thermal comfort
[0121] In this example 1, the HVAC system can also be adjusted to achieve energy efficient and cost-effective thermal comfort.
[0122] Different window panes are considered, and the operating temperature data, HVAC system energy consumption for different window panes are calculated. For example, three glazings G1, G2 and G3 with different total solar transmittance (TTS) are considered such that TTS(G1)>TTS(G2)>TTS(G3) is satisfied. For example, G1 is an uncoated base glass and G2 is a TSA3+ window glass with higher infrared absorption and thermal comfort. G3 is a window glass with a reflective coating such as silver.
[0123] The operating temperature is directly dependent on the TTS value of the glazing, which means that the reduction (thermal cut-out) of heat / energy entering through the glazing is greater for premium glazing than for standard glazing. As the TTS decreases, the operating temperature ...
example 5
[0128] Example 5: Thermal Asymmetry Data
[0129] Thermal asymmetry data was determined by sensors for each group of panes P1 , P2 and P4 as shown in Table 2.
[0130] Table 2
[0131]
[0132] For the measurements shown in Table 2, at Figure 26 The thermal asymmetry plot for thermal measurements displayed by the analysis unit of the wireless system is shown in . about Figure 26 , showing the thermal asymmetry for the glazings P1 TSANx, P2 TSA3+ and P3 TSA3+ (in which windshield, side lights and backlight are combined). It was observed that the thermal asymmetry was higher for the reference glazing without any coating.
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