If you have a heat pump and the breaker blows in heat cycle then you probably also have auxiliary electric heat which is drawing too much current because of a faulty heater element.
It's very effective and efficient. It of course uses the earth's heat for heating a building. Only a small amount of electricity is needed for this, compared to the large amount needed for an electric furnace or baseboard heater. Geothermal is very expensive to install, but will make up for the cost in the savings you will have over a period of several years.
On a thermostat, "EM heating" stands for emergency heating. It heats your house up very quickly, and is costly to run. This is suppose to be used if you've lost heat from your heat pump or if you've turned your thermostat way down and need to heat up your house quickly.
"Converting" an oil furnace to electric will not be economically practical. You'd be far better off getting a "ground source heat pump" and having someone install it for you. They're much more efficient than the older style electric heat that uses resistor heating elements.
Sounds like your system is a heat pump. When a heat pump cools in the summer, the inside coil gets cold and the outside coil gets hot. When the heat pump heats in the winter, the inside coil gets hot, and the outside coil gets cold. It sounds like your heat pump is stuck in heating mode. Check your thermostat to be sure it didn't accidentally get switched to heat. It could be the reversing valve inside the unit is stuck, or an electrical control is broken, forcing the reversing valve to stay in the heating position. Perhaps a call to the serviceman is in order!
is it really run ning or is it possible that you have a heat pump system and it is the heating portion of the system operating?
The most used type of heat pump is the air-source heat pump, which transfers heat between your house and the outside air using conduction. If you heat with electricity, a heat pump can trim the amount of electricity you use for heating by as much as 30% to 40%, even 50%.
The heat pump heating method is much more efficient than the electric resistance heating method. It takes only 1 kilowatt of electricity to heat 1000L of water from an initial temperature of 20 degrees C to 60 degrees C, whereas the electric resistance heating method would take 4 kilowatts of electricity to achieve the same result. This makes the heat pump heating method much more cost-effective in the long run, as well as being more environmentally friendly.
it is the pump that moves the water round the system if you do not have it the hot water would not move around and it would not work simple as that
The maximum velocity rate for a circulating pump on a small bore central heating system is typically around 4-6 meters per second. It is important to consult the pump manufacturer's specifications to ensure the pump operates within recommended parameters to prevent damage or inefficiency in the system.
get a 130 mm adaptor to 150 mm and install a union,
That depends on the depth of the water in the well and the size of the pump.
if by how much you mean the heating or cooling capacity it is 60,000 BTU/hour
If you have a Heat pump, you must set the thermostat up for "heat pump". Then you must connect all the wires up according to the manual. If you do not have a heat pump, the wiring may be crossed or touching somewhere. Call a local heating and air conditioning company to trace out the problem.
No, wind is useful for powering wind turbines (to produce electricity). It is also used for moving sailing ships and yachts, for drying clothes, for turning windmills to grind corn, pump water and cut wood. It is not used for heating.
Since the Coefficient of Performance (COP) is 2.5, for every 1 watt of electricity input, the heat pump produces 2.5 watts of heating or cooling output. Therefore, if 200 watts of electricity are used, the heat pump would produce 2.5 times 200, which equals 500 watts of equivalent heat output.
To determine the cost of electricity used by the well pump of a shared well you could: 1) run the pump's electrical wiring through a electrical meter. Electrical meters of sufficient wattage are available from many hardware stores. This method is fairly exact in finding out how much electricity the pump uses. Finding out how much of that electricity was used to pump your water vs their water can be determined by installation of water meters.