Post by jakir12 on Feb 14, 2024 21:15:06 GMT -8
Are you looking to build a sustainable and energy efficient home? Do you want to know how to minimize your energy consumption and maximize the efficiency of your home? Are you considering whether it is necessary to reach the standard for your home? If yes, then this post is for you. Discover the keys to passive houses and how they can help you build the and efficient home you have always dreamed of. table of Contents What is a passive house, what characteristics does it have? How is a passive house different from a ? How much does a passive house consume? How much does a passive house cost? What benefits does a passive house have? What is a passive house, what characteristics does it have? A passive house is a highly efficient construction that seeks to minimize the amount of energy necessary to maintain thermal comfort inside. This is achieved through an architectural project that optimizes the energy efficiency of the house to minimize the need for active mechanical systems. To achieve this objective, in the architectural project, two families of strategies are combined : DESIGN and CONSTRUCTION . Let's see it in detail: DESIGN FEATURES OF A PASSIVE HOUSE Passive house in Madrid (Minimal Architecture) To design a passive house, the most important factor is a good bioclimatic approach .
We detail some of the aspects to take into account for an optimal bioclimatic design: Orientation: The orientation of the house must be adequate to maximize sun exposure in winter and minimize it in summer . To determine the best orientation, in addition to the geographical location of the house, objects that may cast shadows such as masses of trees, relief elements, buildings, etc. must be considered. House shape: The shape of the house should be compact and simple . A house with many corners, angles and projections increases the chances Canada Email List of heat loss and makes it difficult to build effective insulation. House layout : An efficient distribution of spaces can help reduce energy losses . For example, spaces that require less heating (such as rooms with occasional use, toilets, storage spaces, or garages) can be used as thermal mattresses if they are located to the north. Location of windows: Windows should be strategically placed to take advantage of direct sunlight in winter and reduce exposure in summer .
To achieve this, most of the glass surface of the house should be located on the south façade and solar protection devices such as pergolas, porches, blinds or awnings will be used. Thermal inertia: The proper use of thermal inertia is essential in bioclimatic architecture, since it allows taking advantage of the thermal properties of materials to maintain a constant and comfortable interior temperature without the need to consume energy. Thermal inertia refers to the ability of materials to absorb and store heat during the day and gradually release it at night, helping to maintain a stable temperature inside the home. The correct choice of construction materials and their arrangement in the design of a building can have a significant impact on its energy efficiency and thermal comfort . If you want to delve deeper into these types of strategies, you can do so in our article: Bioclimatic architecture strategies to prepare the plans for your passive house.
We detail some of the aspects to take into account for an optimal bioclimatic design: Orientation: The orientation of the house must be adequate to maximize sun exposure in winter and minimize it in summer . To determine the best orientation, in addition to the geographical location of the house, objects that may cast shadows such as masses of trees, relief elements, buildings, etc. must be considered. House shape: The shape of the house should be compact and simple . A house with many corners, angles and projections increases the chances Canada Email List of heat loss and makes it difficult to build effective insulation. House layout : An efficient distribution of spaces can help reduce energy losses . For example, spaces that require less heating (such as rooms with occasional use, toilets, storage spaces, or garages) can be used as thermal mattresses if they are located to the north. Location of windows: Windows should be strategically placed to take advantage of direct sunlight in winter and reduce exposure in summer .
To achieve this, most of the glass surface of the house should be located on the south façade and solar protection devices such as pergolas, porches, blinds or awnings will be used. Thermal inertia: The proper use of thermal inertia is essential in bioclimatic architecture, since it allows taking advantage of the thermal properties of materials to maintain a constant and comfortable interior temperature without the need to consume energy. Thermal inertia refers to the ability of materials to absorb and store heat during the day and gradually release it at night, helping to maintain a stable temperature inside the home. The correct choice of construction materials and their arrangement in the design of a building can have a significant impact on its energy efficiency and thermal comfort . If you want to delve deeper into these types of strategies, you can do so in our article: Bioclimatic architecture strategies to prepare the plans for your passive house.