The bigger, the less efficient

Occasionally bigger is not really better.

I acquired this lesson in my 50s when I bought an SUV as soon as I had the credit and income for an up-to-date car.

This was in the time when gasoline was frequently more than $4.50 a gallon, which made driving this automobile obscenely extravagant on fuel. Eventually I woke up and traded in the SUV and got a sedan a few years later. My driving expenses clearly dropped considerably with the sedan and I even number one the comfort of a smaller car. Climbing all the way in and out of that immense SUV was more hard than I initially expected it to be. After you seriously do this for weeks on end, you start to notice it. Despite studying this lesson with cars, somehow I made the same mistake when I bought my last I figured replacing my little one with a bigger machine would be a smart decision, however that turned out to be wrong. There’s this other issue with bigger systems called short cycling. Basically the is capable of moving a ton of air in such a short stage of time that a smaller section will cause the temperature to drop faster than in a bigger house. So if you get a bigger without decreasing the size of your entire indoor space, it will cycle for short segments of time before turning off. This is called short cycling, I learned, and it will result in less air flow from room to room because the plan really doesn’t get to run on normal length cooling cycles. It also wastes energy because your whole Heating and Air Conditioning plan uses a lot of power to get the compressor moving tons of coolant and shortening the cycles will waste the energy needed to power it.


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