Design of efficient micro-homes
Introduction
Microsustainability is the portion of sustainability focused on small-scale environmental measures that ultimately affect the environment through a larger cumulative impact.[1] It focuses on individual efforts, behavior modification, education, and creating attitudinal changes that result in an environmentally conscious individual.[2] Microsustainability encourages sustainable changes through change agents, that is, individuals who promote positive environmental actions locally and within their sphere of influence. Some examples of microsustainability are recycling, saving energy caused by turning off lights or unplugging unused electrical appliances, programming thermostats for efficient energy use, reducing water use, changing travel habits to use less fossil fuels, or modifying purchasing habits to reduce consumption and waste.[3][4] The emphasis of microsustainability is on the actions of an individual, rather than on organizational or institutional level practices. systemic.[5][6] These small actions at the local level have immediate community benefits if carried out on a large scale and, if imitated, can have a larger cumulative impact.[7][4].
Individual actions
Contenido
La microsostenibilidad es el resultado de que individuos y comunidades practiquen un estilo de vida sostenible, que intenta conservar los recursos naturales.[12] En el ámbito de un hogar individual, esto puede incluir la reducción de la huella hídrica y del consumo doméstico de energía de la vivienda.[13].
Water footprint
Like the common concept of a carbon footprint, people can also have a water footprint. The water footprint helps determine how much drinking water a given person uses and pollutes.[14][15] Since a typical American single-family home consumes 260 liters per person per day, household appliances and appliances such as toilets, showers, dishwashers, and washing machines can be upgraded to reduce water consumption.[16].
Power consumption
The residential sector accounts for 21% of total energy consumption in the United States, and approximately 40% of the energy used in homes is for heating. People can reduce their heating loads by improving the insulation of their buildings, improving the airtightness of their buildings, and installing a smart thermostat.[17] Other measures in addition to reducing the heating load include purchasing energy-efficient appliances and recycling energy-intensive materials.[10].