Sentence examples for maximum cell temperature from inspiring English sources

In addition, increasing the interior air velocity is found to reduce the maximum membrane temperature and the maximum cell temperature experienced at the bipolar plates significantly.

The proposed design is validated as it fulfills the requirements for a wide operating window, with a maximum cell temperature of 39 °C and a thermal dispersion at system level below 3 °C for the worst tested case.

Such a combined strategy dramatically reduced the parasitic power by 84% and cooling air consumed by the cooling system, improved the temperature uniformity among cells, and only with a tradeoff of a slightly increased maximum cell temperature rise.

A maximum cell temperature of 349.5 K was observed across the cell in both uniform and non-uniform conditions under an incident solar radiation of 1000 W/m2 which further reduced the performance of the solar cell.

With minichannel cooling, the maximum cell temperature at a discharge rate of 1C is less than 27.8 °C, and the temperature difference across the cell is less than 0.80 °C using flow rate at 0.20 L/min, at the expense of 8.69e-6 8.69e-6ng poWer.

The experiments showed that the system achieved an average output power of 1.52 W/cm2 and an average efficiency of 29.3% when average direct solar radiation is 450 while while keeping the maximum cell temperature below 64.9 °C, which were 23.3% and 9.1% higher than those of single stage concentrating system respectively.

The maximum cell surface temperatures at ambient temperature condition have been reduced by 19%, 21%, and 26% for the rates of 1 C, 2 C, and 3 C respectively.

Passive and active cooling methods, keeping cells below 110 °C, are also investigated and discussed, indicating that a transparent active cooling design could improve the CPV module efficiency by around 1% (absolute), relative to a passive design, by reducing the maximum cell working temperature by around 16 °C.

However, the maximum admissible cell temperature is restricted by the properties of the materials contained in the fuel cell stack.

Based on a commercially available gas turbine, performance analysis was conducted to find the total appropriate power for the hybrid system with consideration of the maximum allowable cell temperature.

According to the results of the experiment, the maximum cell's surface temperature reached 125.4°C in 6/5/2003 at 2 30 PM.