Heat load (BTU) = Length (m) x Width (m) x Height (m) x 141. So, for a room measuring 5m x 4m x 3m = 60 > x 141 = 8,460 BTU. (For measurements in feet, the formula becomes: Heat load (BTU) = Length (m) x Width (m) x Height (m) x 4)
Some HVAC designers may figure out how much air conditioning they'll need by measuring the area they wish to cool in square feet. They'll next divide the space (in square feet) by 500 and multiply the result by 12,000 to get the BTU.
Heat load calculation is a process of finding the amount of BTU (British Thermal Unit) required to meet the specific needs of a building. This process can be applied in a number of sectors such as architecture, engineering, construction, and manufacturing. It’s also important to note that there are many different levels of heat load calculation and each level has different requirements for data collection.
The purpose of heat load calculation is to make sure that you have enough energy when designing or building something. It also provides you with information on how much energy your design will use and where it will be used most often.
The factors that affect heat load calculation include temperature, insulation value, and thermal mass.
Learner's Ratings
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Reviews
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SK
5
it's very usefull course from begning basic to advance level but sir please provide excel sheets for heat calculation
T
Tushar RavindraKumar Chaurasia
5
very easy to learn, simple language and best understanding though video series
best for a HVAC technician and engineer
A
Abdul Majed
5
This course is undoubtedly time effective and beginner friendly.
S
Syed anwar
4
Hello
S
SHOAIB AKHTAR
5
It's very important for ac technician
S
Syed Sabeel
5
Sir where can I get this drawing auto cad final drawing
Z
Zakir Ullah
4
I love this course. Everything is made clear.
M
Md Akbar
5
HVAC TECHNICIAN knowledge video
K
Kazi Mohd Qamar
4
so far,the course and content is good,teacher is looking a bit unexperienced and anxious
,you need to do practice by yourself too.mail me qaziqamar487@gmail.com for 2017 databook of ISHRAE
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