ways for energy efficient homes to save money with a heat pump
Understanding this concept will help to select a system of suitable types and sizes suitable for the home.
It can be used equally effectively for industrial and commercial applications with greater heating and cooling requirements.
The basic concept behind it is that a pump driven by a small amount of external energy can move heat from place to place.
It can play the role of air.
Air conditioning, extract heat from the heated room and release it outside.
It can also do the opposite, keeping warm by collecting heat from the surroundings and delivering its pipes to the room, thus acting as a heating system.
Compared with HVAC, the heat pump is more versatile and more affordable (
Standard Heating, ventilation and air conditioning)
Because the same pump can be heated and cooled as needed.
One of the main benefits is that the heat pump does not actually consume the energy of the heating.
They just capture the heat from an external source and move it in.
A significant reduction in the amount of electricity required for heating has resulted in significant savings, as utility costs are much lower.
When a traditional fountain using an electric coil is replaced by a heat pump, the amount of electricity required to heat the same amount of water drops to 1-
The third is early power consumption.
A net reduction in utility bills can be reduced by 20-
35%, depending on the temperature outside and the water used by the household.
At this point, it is important to determine the type of system and the ideal capacity to use.
Heating 1 0l geyser for water supply using a heat pump may help to save R500/month while 200L geyser can easily save r600.
The 4000L boiler for commercial or industrial applications saves up to R7700 per month.
All of these pumps can be classified according to their source.
For example, an electric heat pump with outdoor air as a heat source is the most popular type.
Its function is the same as the heat exchanger element of the refrigerator, the difference is that the pump applies the concept in reverse and moves the heat from the outside to the enclosed space.
Fans are required to ensure normal operation and maximum efficiency.
Another type is a geothermal heat pump that moves the Heat obtained underground through the water in the pipe.
It does not require a fan or a defrost system and is therefore more eco-friendlyfriendly.
However, it is more expensive than the air mentioned earlier
Pump, installation process is also more complicated.
Even if the owners continue to maintain the old system, they can claim to have an energy-efficient home.
They can use the old heating system as an auxiliary or backup system for most of the day to handle peak loads.
It will reduce utilities as needed while still making sure there is no shortage of hot water when needed.