Sentence examples for required thermal power from inspiring English sources

The model is able to predict accurately the temperature distribution along the different modules of the kiln and the operation of the many natural gas burners employed to provide the required thermal power.

The performance of the sandwich panel, in terms of required thermal power, actuation frequency, peak load bearing capacity, stiffness, and weight, can be optimized by proper selection of face sheet material and its thickness, the overall core thickness, core member thickness and length, and the design of the joint connecting core members and face sheet.

Hence, the following relation between the heat demand and required peak thermal power applies for the coldest day: dot{Q}_{text{max}}=text{max}left[frac{Q_{mathrm{dh,demand},h}}{eta_{text{distr}} cdot eta_{text{sto}}} + Q_{mathrm{hp,source}}right]_{1}^{365} cdot frac{10^{6}}{3,600 cdot 24} (15).

As shown in Table 1, if the demand for electricity is totally supplied by wind power, wind power capacity must be increased at a greater rate than would be required for thermal power capacity.

One sample revealed a loss, over one forest rotation, of about 1012 joules per ha, calculated as the extra energy input required at thermal power stations, to replace the loss (Barrow et al., 1986).

The numerical examples illustrate the influence of the backfill thermal property on the temperature at the pipe wall, that the pipe diameter controls the required output thermal power needed to maintain the desired pipe wall temperature, and the importance of pipeline burial depth on seabed temperature distribution above the pipeline.

The problem with having the thermocouple's reference, "cold" junction on the inner side of the HPMD is that its temperature may increase significantly; without proper cooling of the instrument's base, especially at a higher density of the filling gas, which requires higher thermal power inflow to keep up with the preset, fixed temperature ramp.

High power diode laser bars require thermal management packages with high cooling efficiencies and long-term stability.

The thermal power required to each plant is also calculated with a good level of accuracy.

Besides, a reaction front model is also developed, in order to determine optimal parameters (bed porosity, bed thickness kinetic behaviour) and thermal power, required for system efficiency.

The heat pump works only in the cold season, when the thermal power required by the district heating system overcomes the thermal power of the existing plate heat exchanger from the geothermal station.