Examples of 'heat gain' in a sentence
Meaning of "heat gain"
The term 'heat gain' pertains to the increase in heat or temperature in a particular system, object, or environment. It is often used in the context of thermodynamics, building sciences, or energy conservation to describe the process or result of accumulating or absorbing heat
How to use "heat gain" in a sentence
Basic
Advanced
heat gain
Understanding heat gain and heat loss.
Heat gain through the walls.
The annual heat gain was calculated.
Reduces overall solar heat gain.
Reducing heat gain in the summer.
Another advantage of metal roofing is to minimize heat gain.
Solar heat gain coefficient or shgc.
Of heat loss and heat gain.
To heat gain throughout the day.
There are many methods for minimising heat gain.
Solar heat gain is controlled.
These provide daylight without heat gain or loss.
Minimal heat gain and loss within the suite.
Reduced solar heat gain.
Heat gain is the heat accumulated from the sun in the system.
See also
The net heat gain.
Both exterior and interior shades control heat gain.
This way the solar heat gain will be maximized.
Improves working environment by cutting excessive solar heat gain.
Cooling effect decreases if heat gain of the room is too large.
This affects both heat losses as well as heat gain.
A detailed heat loss and heat gain calculation for a building.
The first principle is the reduction of solar heat gain.
This air must be included in the heat gain account as it must be cooled.
Providing shade and protection from solar heat gain.
This tool calculates the solar heat gain through vertical windows in temperate latitudes.
Blends with other materials while controlling solar heat gain.
The lighting heat gain should be entered in the different spaces that have been created.
Effective sun protection with solar heat gain in the winter.
The plenum heat gain fraction can be input into the software for the created systems.
Windows are also the major source of unwanted heat gain in the summer.
Fabric that reduces solar heat gain in the summer and heat loss in the winter.
It depends entirely on the amount of solar heat gain during the day.
Potential Solar heat gain of building in current state kW.
This feature spares the occupants from sun glare and heat gain.
Insulation can be used both to prevent heat gain and heat loss from the surrounding.
East and west exposure was reduced to minimise the overall solar heat gain.
Excessive solar heat gain is the main cause of overheating risk in a Passivhaus building.
Skylights should also be selected to prevent undue heat loss or heat gain by conduction.
Use tinted windows to reduce heat gain and control glare where VT is not crucial.
High performance windows are designed to insulate homes against heat gain or heat loss.
Reduce heat gain Draw drapes during warm days to reduce heat load in your home.
The main problem to overcome is the massive solar heat gain inside a greenhouse.
SHGC is the solar heat gain coefficient and SC is the shading coefficient.
These shade the windows on clear days and help control heat gain.
The SHGC tells you how much solar heat gain you will get from a window or skylight.
Lower shading coefficient values indicate better performance in reducing solar heat gain.
A window with a lower Solar Heat Gain Coefficient transmits less solar heat.
Solar protection glass is used in all other building façades to reduce heat gain.
The lower the Solar Heat Gain Coefficient the more heat a window is able to block.
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