Sentence examples for medium temperature heat from inspiring English sources
The feasibility of the GNP nanofluids for use as innovative heat transfer fluids in medium temperature heat transfer systems has been demonstrated.
The selection of the cycle configuration, working fluid and operating parameters is crucial for the economic profitability of Organic Rankine Cycle systems using low to medium temperature heat sources.
With reference to a mixed integer linear programming model implemented in MatLab for a trigeneration system including a pressurized (medium temperature) heat storage, the relevant contribute of thermoeconomics and energo-environmental analysis in the phase of mathematical modelling and code testing are shown.
While, Power-To-Heat is conceived as the strategy to modernize the high and medium temperature heating systems by electricity-driven machines to switch from Fuel-to-Heat Fuel-to-Heat Fuel-to-Heatlutoons.
Geothermal pumps are admissible in low and medium temperature heating schemes, but to achieve these energy savings targets, the most interesting way to generate energy is by using a CHP production from binary cycle plants.
Organic Rankine Cycle (ORC) systems represent an efficient technology for power generation from low-to-medium temperature heat sources.
Organic Rankine cycles (ORC) are an effective way to convert low-medium temperature heat to electricity that cannot be used for conventional high-temperature Rankine cycles.
Hydration reactions can liberate large amounts of heat that can reach temperatures up to 150 °C, and thus post-hydration low-to-medium temperature heating, which is also known to be common in CI chondrites.
This paper presents the performance of an organic Rankine cycle (ORC) powered by medium-temperature heat sources.
Results indicated that for very-low-temperature heat emission the heat pump work was less than half of that of the medium-temperature heat emission.
This was due to 7% higher solar fraction and 14% higher COP of heat pump connected to very-low-temperature heat emission compared to medium-temperature heat emission.
