What is thermal load?
Thermal load is calculated thermal amount used to determine the size of the air conditioning necessary for effective temperature control in a building or space. The term thermal load essentially refers to the amount of heat that must be removed from any space in the given period to meet the user's requirements. This thermal characteristics of buildings or individual rooms are a product of numerous structural, environmental and uses that need to be taken into account. Very few individual spaces will show the same thermal properties, so the heat load calculations should ideally be made for each individual air -conditioned area. Thermal load calculations can be done manually using tables of known values or using the thermal load calculator.
Thermal characteristics of any space are a complex combination of many factors. Location of space, its use, the number of people who use it and the number and type of appliances in the area, the gameHe eats a role. Rarely I do two identical spaces, although directly adjacent to me, result in the same load. For example, a bedroom with three children with their own computer will have a different thermal load than the same bedroom of one young adult next door. This would be particularly evident if one of the rooms was given direct sunlight for most of the day.
The materials used in the construction of the space, the number of windows and doors in the space, and the prevailing weather conditions play an important role in defining the thermal load. The only largest contributor to thermal gain in any area is solar radiation. Whether the area receives direct sunlight and how long have they have been important variables every day when calculating thermal loads. The number or external doors and windows also play a big role. The materials used in the construction and insulation type are also critical disadvantages.
Thermal burden is also influenced by the number of people who regularly inhabit the room. The number and type of electrical equipment in operation regularly in space is also necessary parts of the calculation. If space is used as a storage space, type and amount of stored materials and materials that are stored in the need, they must be included in any heat profit estimates. This is particularly important when calculating thermal load for freezers and cooling rooms.
Thermal load calculations can be performed manually or using software applications. Manual estimates require tables that indicate known average values for thermal latency of commonly published variables. Thermal loads are expressed as the value of the British thermal unit (BTU) and each item on the graph has its own BTU signature. These are added to achieve the overall BTU evaluation for space and air conditioning with a suitable evaluation of the selected. This allows heating and air conditioning Units to be closely associated with the requirements of the ApplicationACE to prevent excessively or underestimated systems.