What is passive solar design?
There are many methods for maintaining comfortable temperatures in the building, including the use of fossil fuels and electricity to produce heat. Many times heating systems require mechanical or electrical systems to function properly. Passive solar design, which could also be known as passive design of solar buildings or climatic design, is the method of heating and cooling the building using natural processes. The aim of passive solar design is to manage this solar heat throughout the year, cooling the interior of the building in summer and heating in winter.
An important aspect of passive solar design is the configuration of a building based on the local climate. The sun's journey on a given day is different for each place on Earth, so the building can usually be designed to use this location. Due to the annual Sun journey, it is an important step in passive solar design. Other important steps may include the weathering of holes, energy efficient windows and special insulation created for storage and redistribution of heat based on KONKRieties local weather. Although specific design changes based on the local state, most passive solar designs include several functions.
In general, the effective passive solar design will include some type of heat collector, such as large sun -oriented windows and dark -colored outer materials. Heat can be absorbed or collected and the design may include some type of storage medium. This is usually called thermal mass and allows heat distribution in any way. Important elements in efficient passive solar design may also include ways to control solar heat, for example in certain room sizes and ceiling; exterior overlaps protect windows from the summer sun; and holes designed for the use of natural thermal processes such as guidance, convection and radiation.
Many elements in passive solar design can work for heating and cooling purposes.For example, passive solar systems of solar heating systems can use windows that face the sun. This allows light and heat to enter a space where it could be held or redistributed. The side of the building towards the sun could also be made of dark materials that help the building absorb heat and store it for later distribution. However, if the building must be cooled, passive solar design elements may include holes that use the natural wind flow or specially designed income to speed up the coming wind speed.