The longer stay in our homes for months and the need to connect to our electronic devices, added to the high temperatures in this season, make our need to use energy and services in general is even more compromised. In this sense, the premise of « taking care of the planet’s energy and resources » continues to grow, today more than ever. That is why, given this reality, the importance of becoming aware of the efficient use of resources, both to reduce economic spending and to promote sustainable consumption that is responsible with the environment, becomes fundamental.
There are a series of simple indications to take into account, which, consistently implemented, can substantially influence the magnitude of energy consumption through our appliances:
Regulate the entry and intensity of sunlight in our rooms, prioritizing the minimum essential lighting and seeking to moderate the heat generated during the summer. Maximize the ventilation time of the rooms during the hours of lower light intensity to try to reduce the temperature difference. Configure periodic automatic shutdown functions in our refrigeration systems, such as air conditioners, to avoid their excessive use and help keep the room temperature at the optimal levels of 24º, while protecting our health.
The energy efficiency levels within which appliances are classified (ranging from « A », maximum efficiency, to « G ») are an important key to take into account when incorporating new appliances into the home, especially those of ventilation and refrigeration. The energy labeling of these devices aims to show the consumer the difference between the consumption of different electrical appliances, and is a simple example of which of our teams collaborate directly with the reduction of electricity consumption. Class A appliances consume approximately 50% less energy than those with an average consumption. Those of class B consume between 50% and 25% less. Class C appliances consume between 25% and 10% less. Those of classes D and E are those considered within the average energy consumption. Class F appliances consume between 10% and 25% more than those of average consumption. Finally, class G appliances consume 25% more than those of average consumption, they explain from the company Longvie.
Air conditioning: the proportion of energy consumption by each air conditioner grows faster than any other product and can account for about 15% of consumption in homes that have one. It is important to consider that for each degree that is increased in heating mode or decreased in cooling mode, between 8% and 10% more electricity is consumed. It is important to maintain a temperature difference with the outside that does not exceed 12º C. Gas kitchens and appliances: among the traditional energy resources in homes, natural gas is a cleaner and more respectful fuel with the environment, since Its use reduces CO2 emissions and, as it does not have sulfur in its composition, SO2 emissions are eliminated. Water heaters and water heaters: the first measure of energy saving in a home hot water distribution installation is to limit the maximum temperatures to reduce the thermal losses of the installation as a whole. Solar Home Panels: Whenever possible, using solar energy supplies will be the most effective way to contribute to the use of “clean” energy. The installation of solar panels is the way to a “self-sufficient home”, since the sun supplies four million tons of energy every second, and collaborates in the reduction of polluting emissions.