Electric underfloor heating consumes the greatest amount of electricity, while air heating saves the most energy and energy.
The power consumption of the air source heat pump when driving the fan coil is almost the same as that of the air conditioner. There is no difference. If air energy is used to operate the floor heating, since the hot water demand temperature is not high, the air energy has higher operating efficiency and allows to save electricity overall.
Air energy refers to the low-grade thermal energy contained in the air. However, according to the second law of thermodynamics, heat cannot be transferred from a low-temperature heat source to a high-temperature heat source without causing other changes. The air cannot thereforenot be used without consuming external energy. Heat pumps can absorb heat from the air and transfer it to high temperature objects or environments. This technology is called air source heat pumps.
The use of heat pumps requires the consumption of electrical energy or thermal energy. For example, when your home's air conditioner is used for heating in the winter, it is a typical air source heat pump. However, the air conditioner does not heat if it does not use electricity or provide heat. Therefore, air source heat pumps are not powered by air energy, but by electrical energy or thermal energy. Air source heat pumps can be used in many areas such as heating, heating and drying.
Solar panels do not require batteries and can be directly inverted to 220. In this case, I think ifyou understand the wiring installation, it's basically okay, but if you install it according to the regular wiring, if you haven't modified it, it will do things differently, because this type of solar panel is initially intended for absorb light energy and heat energy from the sun and convert it into electrical energy, so in this process, if you do not use batteries and direct 220 inverter, then consumption changes need to be made to convert this energy. If you don't make any changes, it won't be able to start directly.