How to Lower Your Carbon Footprint at Home

According to Time for Change, carbon footprint refers to the total amount of greenhouse gases produced to directly and indirectly support human activities. This means, therefore, that the amount of carbon footprint in a home is measurable. If it is measurable then is possible to reduce the amount of carbon footprint in a household. The measurement of carbon footprints is normally in metric tons of CO2 equivalent. This makes it necessary to consider the available options to utilise any available natural heat energy in the air available outside your home. That is why is important for you to consider air source heat pump installer services from eocservices.co.uk. The air source heat pump installer services ensure that your home and office heating needs are professionally catered for. The heat pumps play a significant role in reducing the carbon footprint your home by great margins.

How air source heat pumps work

Heat pumps are fantastic and viable alternative for generating heat and electricity for your household. They are best suited towards achieving the global environmental protection objective because they have little to no emissions hence friendly to the environment.

A conventional air source heat pump contains a compressor contained in the outdoor unit with a condenser that works simultaneously with the indoor unit. During hot seasons, just like an air conditioner, the heat pump pulls the heat from the air inside your home directing outdoors leaving a cooling effect while when it gets really cold, it pulls heat from the outside air to the inside creating a warmer environment.

How air source heat pumps lower carbon footprint in your home

Air source heat pumps are considered to be more energy efficient as compared to other heat sources like boilers and furnaces producing approximately two to four units of heat for each of the energy units that are utilised. These pumps can reduce energy consumption by up to 50% in your home as compared to boilers, furnaces and baseboard heating. Therefore, the greenhouse emissions can be reduced by a margin of approximately 46-54% in comparison with natural gas alternatives.

Air source heat pumps are instrumental in cutting down the carbon emissions from heating and cooling of households leading to the reduction of the carbon footprints, causing an overall impact on climate. With the advancements in technology day by day, air source heat pumps are improving, which leads to reduced electricity consumption that previously collected a similar amounts heat. The overall effect is that these heat pumps can easily make use of heat energy in much less quantities than the amounts inputted at the power stations.

The functionality of air source heat pumps in home settings have significantly broken the conventional limits of efficiency that the conventional combustion-based equipment like boilers and furnaces could not achieve. This means that the amount of electricity consumed is quite low as they convey heat leading to emissions much smaller quantities of CO2 when compared to the combustion of fossil fuels. Nevertheless, the CO2 emissions from the utilisation of heat by these pumps can even be reduced further by carbon reduction in a synergistic fashion. This leads to an even further of energy efficiency.

The use of air source heat pumps means that the conventional use of hydrofluorocarbon gases that are largely detrimental to the environment will be reduced significantly causing the carbon footprints to be lowered consequentially.

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