Floor Cooling Load

Shop your kilowatt load using our most common floor heating product line tempzone would be 37 5 kilowatts.

Floor cooling load.

Cooling load calculation of a single family house using cltd glf method floor plan of the single family house roof construction conventional roof attic ceiling combination u 0 28 w m2 k wall construction brick insulation gypsum wallboard u 0 34 w m2 k partition wall u 0. Latent heat does not cause a temperature rise but it constitutes a load on the cooling equipment. Cooling delivered through the floor makes the most sense when there is a high amount of solar gains from sun penetration as the cool floor can more easily remove those loads than the ceiling. This is the thermal energy transferred through the roof walls and floor into the cold room.

For heating or cooling with underfloor heating floor integrated systems distribute heat evenly and ensure a comfortable temperature at all times with no dust clouds. A cooling tower ton is defined as. There are two types of cooling loads. So if you have a 2 500 sq.

Chilled slabs compared to panels offer more significant thermal mass and therefore can take better advantage of outside temperatures swings. Typically 5 15 is through transmission loads. Latent load is the heat that must be removed to condense the moisture out of the air. The load due to heat transfer through the envelope is called as external load while all other loads are called as internal loads.

The cooling load varies throughout the day so in most cases the average cooling load is calculated and the refrigeration capacity is calculated to suit this. A latent heat gain is the heat contained in water vapor. 1 cooling tower ton 1 tonsevap 1 tonscond x 1 25 15000 btu h 3782 k calories h 15826 kj h 4 396 kw the equivalent ton on the cooling tower side actually rejects about 15000 btu h due to the heat equivalent of the energy needed to drive the chiller s compressor. The design cooling load or heat gain is the amount of heat energy to be removed from a house by the hvac equipment to maintain the house at indoor design temperature when worst case outdoor design temperature is being experienced.

Where does all the heat come from that we need to remove. The sources of latent heat gain are. You can achieve further efficiency gains by using renewable energy sources and a heat pump. You benefit from optimal use of energy sources.