Efficient Cooling for Industrial Rooms: How to Calculate Energy Needs

AI Thread Summary
Calculating the energy needed for cooling industrial rooms, particularly to maintain a maximum temperature of 10°C, involves complex factors such as heat gain through walls and equipment heat output. While a simple formula may not exist, a rough estimate can be made if the rooms are well insulated and have minimal ventilation, where the cooling load aligns closely with the heat generated by equipment. Challenges arise when ventilation is necessary, as outside temperatures can impact cooling efficiency, especially when they exceed 20°C. Adjusting cooling equipment to lower temperatures can lead to freezing evaporators, resulting in increased defrost cycles and reduced efficiency. Overall, a tailored approach considering insulation, equipment heat output, and ventilation is essential for effective cooling solutions.
wolram
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Can anyone give me a formula for calculating the energy needed in cooling a room?
The room has to be at 10c maximum, regardless of outside temperature.
as there are several rooms all with differing volumes, can a formula for
1000 cubic meters be used.
Thanks.
 
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Unless there is something a lot simpler about your question than I realize, there is no simple formula for this. Heat gain through walls is a complicated animal. You may be able to get by using the demo version of CHVAC for such a small project.

However, when you say "industrial rooms", there is a chance that you can get a simple estimate that will get you close enough: If the rooms are well isolated from the outside and get no ventilation and the heat given off by the equipment in those rooms is substantial, then the cooling load (size of the air conditioner required) is approximately equal to the quantity of heat given off by the equipment in the room.
 
Thanks Russ

I think this is a complex problem as the rooms have to be ventilated.
the equiptment used to keep the rooms at 10c work ok until the outside
temp gets to around 20c, our cooling equiptment can be adjusted to a
lower temp, but that results in the evaps freezing up, which means more
defrost cycles and lower overall efficency.
 
So I know that electrons are fundamental, there's no 'material' that makes them up, it's like talking about a colour itself rather than a car or a flower. Now protons and neutrons and quarks and whatever other stuff is there fundamentally, I want someone to kind of teach me these, I have a lot of questions that books might not give the answer in the way I understand. Thanks
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