Sentence examples for resources temperature from inspiring English sources

Single flash power plants are usually considered as the most economical alternative for available geothermal resources temperature above 190 °C.

In case a single constrained device hosts multiple resources (temperature, light, humidity,…) that are conditionally observed, one will experience the combined effect of having less packet transmissions for every resource individually.

Due to the great variability of available resources (temperature, pressure, chemical composition), it is really difficult to "standardize the technology".The problem involves many different variables: working fluid selection, heat recovery system definition, heat transfer surfaces sizing and auxiliary systems consumption.

This approach has been demonstrated for efficient evaluation of large sets of pure fluids and mixtures for any given resource temperature.

With any given resource temperature, cycle performance are optimized on both heating and cooling sides of the cycle for maximum power generation or maximum efficiency.

A model of the resource temperature and mass flow rate decline over a 30 year plant life is developed from a survey of data.

The pump rotational speed increases linearly with the increasing geothermal resource temperature and geothermal resource mass flow rate while the pump rotational speed is gradually sensitive to the increase of heat sink temperature.

It comprises a brute-force search algorithm that covers a wide parametric study combining working fluid, resource and cooling temperatures as well as high-side pressures in order to ascertain the best working fluid for a given resource temperature and operating point.

Specifically, the problem of determining the temperature distribution needed on the heater surfaces to achieve a desired design surface temperature profile is recast as a distributed construction problem in which a shared resource, temperature, is distributed by computational agents moving blocks.

Candidate pure fluids and binary mixtures with low GWP and high performance have been identified at different resource temperatures for further detailed design evaluation.

This study shows that for the following resource temperatures: 100 °C, 120 °C, 150 °C, 180 °C and 210 °C, R125, R143a, RC318, R236ea and R152a were found to maximise specific energy production, respectively.