An AC water heater can be converted to operate on DC current but the cost will be large. In the electrical trade anything can be done if enough money is spent to get the results that are requested.
It is a water heater, not a hot water heater. There would be little point in using a hot water heater. I assume that is your point.
It's called water heater. There isn't a reason to heat hot water
Water heater is real danger, also is a waste of energy, solar energy water heater is able to avoid
At least 20"x30" or large enough to remove water heater.
Because hot water heater breaker has tripped, or hot water heater has failed.
no
the water heater operates at high power compared to the lights and so the water heater requires a larger current. The wires supplying current to the water heater are thicker so that the wires have a low resistance. This reduces the risk of the wires overheating.
You don't, electric water heaters are not meant to be converted.
It is one or the other. The thermocouple on a gas heater generates a very small current that keeps the gas valve open. A few micro volts. The thermocouple is the small tube that sits in the flame of the pilot light.
It may operate, but like a pan left on a hot stove without any water, it will eventually be ruined.
Water expands when it is heated, this expansion increases the pressure. The bladder tank absorbs the extra pressure, protecting the hot water heater.
As long as the heater is made for propane.
a direct vent water heater is more fuel efficient (cost's less to operate). aside from that there isn't much difference, aside from not needing a double wall flue through the roof on a standard gas water heater.
It means your water heater does not have the right combustion air for the gas valve to operate correctly or your vent may be plugged
Based on unknown conditions figure $21,890 per year
When using an immersion heater to warm water, electrical energy is converted into heat energy. The electrical energy from the power source powers the heating element in the immersion heater, which in turn produces heat energy that transfers to the surrounding water, increasing its temperature.
The efficiency of a water heater is measured by its Energy Factor (EF), which indicates how much of the energy input is converted into hot water. Factors that can affect a water heater's performance include the type of fuel used, the size and design of the heater, the temperature setting, and the frequency of maintenance.