In this Tiny House Minute we talk about how to calculate
your BTU needs to make sure you end up with a system that is large enough, why the marine stoves aren't cutting it for most tiny house owners, and the benefits of the Hampton.
Utilizing expensive grid for
btu needs of society is unwise per the cost, complexity, and fragile nature.
Not exact matches
For the deep - fried turkey, you'll
need a high
BTU outdoor burner, a 26 - or 32 - quart stockpot with a rack and hanger to lift the turkey, and a deep frying thermometer.
Technically, 1
BTU is the energy is
needed to raise the temperature of 1 pound of water by 1 degree F.
These are must - haves IMHO: thermostat control, non-electric ignition (in case you run out of power), and a
BTU unit sized for your
needs.
Doing an accurate
BTU calculation is important to make sure you have the heating capacity you
need for your space, even in a tiny home.
The official criterion is that the home
needs to use no more than 4750
Btu / ft2 (15 kWh / m2) per year for heating or cooling.
U.S. coal peaked a few years ago in terms of
BTU (heat value) per pound — meaning that we
need to burn more coal for the same amount of heat / electricity.
«During our assessment of long - term generation resource
needs, we have found a good fit with Duke's Los Vientos V wind project,» said
BTU Board of Directors Chairman Carl Benner.
I can see two effects — reduced
need for A / C (one estimate I saw was 6 - 10 tons of A / C (12,000
BTU = 1 ton) from spraying a flat black rubber roof with water in a dry environment and letting it evaporate — but a white roof wouldn't
need spraying in the first place), and the other is from increasing reflection into space?
But those Critical on Wind Power also realize the following: Humanity
needs 426.000.000.000.000.000
BTU of energy per year and obtains it for about 50 % burning that dirty coal!
It's not a good idea to buy a phone on ebay you
need to buy a UK device region
BTU (United Kingdom unbranded) you could post in the forum here for help in changing your region but be carefull with that because if you do it wrong you end up with a bricked device and your warrenty is gone.
If you get a good company out there to actually figure what what you
need, just based on the higher efficiency, you can probably get it down to between 175 - 225K
BTU which would save you 10, 20 or even 30 %.