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Energy storage system air conditioning load calculation table

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Energy storage system air conditioning load calculation table [PDF]

6 FAQs about [Energy storage system air conditioning load calculation table]

What is a cooling & heating load calculation?

Cooling & heating load calculations are normally made to size HVAC (heating, ventilating, and air-conditioning) systems and their components. In principle, the loads are calculated to maintain the indoor design conditions.

What are the 4 heat flow terms in cooling load calculation?

In cooling load calculation, there are four related heat flow terms; 1) space heat gain, 2) space cooling load, 3) space heat extraction rate and 4) cooling coil load. What does these terms mean? The heat gain for a building is a simultaneous summation of all external heat flows plus the heat flows generated inside the building.

What is space cooling load?

Space (zone) cooling load is used to calculate the supply volume flow rate and to determine the size of the air system, ducts, terminals, and diffusers. The coil load is used to determine the size of the cooling coil and the refrigeration system. Space cooling load is a component of the cooling coil load.

What is a design cooling load?

When an HVAC system is operating, the rate at which it removes heat from a space is the instantaneous heat extraction rate for that space. The concept of a design cooling load derives from the need to determine an HVAC system size that, under extreme conditions, will provide some specified condition within a space.

Why is a cooling load calculation based on indoor conditions?

This is because of almost steady outdoor conditions and negligible indoor contributions, which is in sharp contrast to the unsteady and complex nature of cooling load calculations. The indoor design conditions are based on the comfort level of the occupants including health considerations to avoid extreme dry air conditions.

Can heat load calculations be carried out assuming steady-state conditions?

Due to almost steady outdoor conditions and negligible indoor contributions, the heat load calculations can be carried out assuming steady-state conditions [2, 3, 11]. This is in sharp contrast to the unsteady and complex nature of cooling load calculations.

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