Sentence examples for maximum storage temperature from inspiring English sources

Fig. 15 Maximum storage temperature as a function of solar radiation.

Fig. 18 Maximum storage temperature as a function of the thermal fluid mass flow rate.

Fig. 16 Maximum storage temperature as a function of the receiver reflectance and absorptance.

Fig. 19 Maximum storage temperature as a function of receiver wall thermal resistance.

Fig. 17 Maximum storage temperature as a function of the aspect ratio L/d.

Onset of melting allows determining the maximum storage temperature of PPR pipes.

Figure 15 shows that the maximum heat storage temperature is greatly affected by maximal solar radiation, which may change depending on the season and geographic location.

The maximum heat storage temperature (85 °C) is reached when the aspect ratio of the receiver is near to 2. Beyond this value, the temperature decreases because the effect of heat losses particularly radiation in the receiver is greater than the amount of solar radiation intercepted.

Before commencing battery pack design for EV applications, one needs to determine the maximum discharge rate of the battery and the operating and storage temperature ranges.

The results show that a change of daily maximum solar radiation of 50 W m−2 increases the heat storage temperature by about 4 °C and an increase of 5% of the reflectance or the absorptance improves the heat storage temperature by 3.6 and 3.9 °C, respectively.

Results of the design variables study demonstrate that a higher maximum storage mass flow rates and a larger heat exchanger size are desired while limiting storage temperature should be as low as possible.