Oil has the higher BTU rating Depends. If it is Liquified Nat. Gas then it has the higher rating.
35kW is 119,424.97 BTU/hr
102,000 BTU = 1 ccf
1 ton of cooling in 12,000 btu's
Higher
Oil has the higher BTU rating Depends. If it is Liquified Nat. Gas then it has the higher rating.
1 watt is equal to 3.41 btu/h. multiply 1 by 1500 and we get 1500 watts. multiply 3.41 by 1500 and we get 5115btu/h. Therefore we can come to the conclusion that 1500 watts < 45000 btu. 45000btu/h is higher than over 10 times 1500 watts.simplified answer = 45000 btu is hilariously higher than 1500 watts.-Tychusfindlay919P.S. if you meant 4500 btu/h then 1500 watts is higher
The cooling capacity is the same. It all depends on the application as to which is better. If you have a large room then the 1 10000 Btu unit would be the better fit and probably cheaper. But if you need to cool two small rooms then the 2 5000 Btu units would probably be better.
natural gas
BTU is British thermal unit which is amount of energy required to heat one pound of water by one degree Fahrenheit. BTU is linear expression which means 90000BTU is 90 divided by 42 times higher than 42000BTU.
The average size chicken puts out about 8 BTU's per hour. This number can be lower or higher depending on the size and type of chicken.
Natural gas has a heating value of about 1,000 BTU/ft3 (gross) or about 900 BTU/ft3 (net). Acttual values can range about 100 BTU/ft3 higher or lower than the average. So 1,750x106 BTU would be about 2,000 ft3
2kw = 6,827 Btu/ Hr 5kw = 17,076 Btu/Hr 5kw yields 10,249 Btu more /Hr
Air conditioners come in different sizes. For a portable air condition for a small area, you'll probably want 12,000 BTU or higher. The larger the space you want to cool, the more BTU's you should have.
The BTU output requirements of your furnace must be determined by heat load and heat loss calculations on the area that is heated. You should consult several HVAC contractors for estimates and recommendations.There are many factors that influence the BTU requirements of a furnace in any location.
BTU x 1,055.056 = joules
BTU