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, 2020
Energy flexible building is promising for the penetration of renewable energy, and electric heating floor with built-in ventilation duct is one important form.
Jiwei Guo +3 more
semanticscholar +1 more source
Energy flexible building is promising for the penetration of renewable energy, and electric heating floor with built-in ventilation duct is one important form.
Jiwei Guo +3 more
semanticscholar +1 more source
Effects of space heating on the pollutant emission intensities in “2+26” cities
, 2020The PM2.5 concentration of the air pollution transmission channel cities (APTCC) of the Beijing-Tianjin-Hebei area (“2 + 26” cities) is significantly higher in the heating season than in the non-heating season.
Jiayang Chen, M. Shan, J. Xia, Yi Jiang
semanticscholar +1 more source
Thermoelectric Heat Pumps for Space Heating
1984The reported work on thermoelectrical heat pumps has been conducted on extracted air/water pumps for space heating. It includes: the analysis of fabrication conditions of large thermoelectric pellets, the dimensioning of heat pumps with a computer program, design, fabrication and test of a vertical column with 34 pellets, design ...
P. Dubois, R. Ravelet, M. Berthet
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Applied Energy, 2019
Several studies have indicated a potential to exploit the thermal inertia of individual residential buildings for demand response purposes using model predictive control and time-varying prices.
R. Hedegaard +4 more
semanticscholar +1 more source
Several studies have indicated a potential to exploit the thermal inertia of individual residential buildings for demand response purposes using model predictive control and time-varying prices.
R. Hedegaard +4 more
semanticscholar +1 more source
Absorption Heat Pumps for Space Heating
1984Absorption resorption cycles with non toxic, inexpensive and non flamable fluids are investigated to be used in heat pumps for space heating. CO2 is a good fluid because of its properties. An exhaustive list of solvents has been drawn up. A test loop has been built and experiments are running.
J. Cheron, A. Rojey
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The potential of energy flexibility of space heating and cooling in Portugal
, 2020This study assesses the potential of energy flexibility of space heating and cooling for a typical household under different geographical conditions in Portugal.
N. Majdalani +3 more
semanticscholar +1 more source
1965
The problem of temperature regulation is most acute for the astronaut when he is outside his vehicle and therefore disconnected from the relatively bulky machinery which normally attends to his thermal needs. It is necessary to arrange that metabolic heat is transported from the skin surface to some device which will absorb it.
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The problem of temperature regulation is most acute for the astronaut when he is outside his vehicle and therefore disconnected from the relatively bulky machinery which normally attends to his thermal needs. It is necessary to arrange that metabolic heat is transported from the skin surface to some device which will absorb it.
openaire +1 more source
2019
Buildings in northern and continental European climates need to be heated more than the half of the year to maintain required indoor thermal comfort; even in the Mediterranean countries space heating is needed at least occasionally. The energy used for the space heating of residential buildings has the largest share in energy demand for operation of ...
Sašo Medved, Suzana Domjan, Ciril Arkar
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Buildings in northern and continental European climates need to be heated more than the half of the year to maintain required indoor thermal comfort; even in the Mediterranean countries space heating is needed at least occasionally. The energy used for the space heating of residential buildings has the largest share in energy demand for operation of ...
Sašo Medved, Suzana Domjan, Ciril Arkar
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18th Thermophysics Conference, 1983
First-stage and second-stage heating environments of the base region of the Space Shuttle are characterized in detail in terms of Orbiter-main-engine-plume and booster-plume radiation, freestream-air convective cooling, and reversed-plume-flow convective heating as they affect each base-region design point. Design predictions are compared with selected
T. GREENWOOD +3 more
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First-stage and second-stage heating environments of the base region of the Space Shuttle are characterized in detail in terms of Orbiter-main-engine-plume and booster-plume radiation, freestream-air convective cooling, and reversed-plume-flow convective heating as they affect each base-region design point. Design predictions are compared with selected
T. GREENWOOD +3 more
openaire +2 more sources