3 MATERIALS AND METHODOLOGY 3.0 INTRODUCTION Energy analysis of buildings helps to simulate the amount of energy used in a building. It is very important as it helps to discover and ascertain new ways of conserving energy and ensuring energy efficiency of building components. Building developers, construction engineers are increasingly interested in creating more energy efficient reason, and for this purpose whole building energy simulation programs are being used to determine strategies that save energy and are cost effective. The most common way available to perform this building energy analysis is to implement building information modelling(BIM). Building Information Modelling(BIM) consists of a digital representation of physical and functional
Building Envelope plays a key role in determining the required energy for cooling, heating, and lighting of buildings. Proper building envelope design can strongly save energy and enhance indoor environment and occupants’ comfort. Energy modeling is a very powerful tool to simulate energy behavior in the buildings and the effect of the building design in the energy interaction with the surrounding. This allows designers to make alterations to the building design or operation while simultaneously monitoring the impact on system behavior and performance. Energy modeling of building envelope in residential buildings form architectural and structural perspectives can increase the energy efficiency of these buildings and reduce the
Thermal insulation is very helpful in keeping things warm for a long a long period. According to Ron Kurtus, 2014, thermal insulation is the method of stopping the transferring of heat into another material. There are many things that thermal insulation could be used. There are places of objects that use thermal insulation to keep it away from heat or keeping it hot. According to Ron Kurtus, 2014, people use thermal insulation in because if the weather is cold they use jackets to keep them warm; the second is that houses uses thermal insulation to keep them from having high temperature inside; and the last is if a person wants to keep them hot, then they would a thermos that has thermal insulation.
The platelets continue to pile up and released chemicals until a clot is formed. Negative feedback, the output enhances the original effect of the stimulus. The thermostat contains the receptor (thermometer) and control center. If the heating system is set 70℃, the heat (effector) is turned on if the temperature drops blow 70℃. After the heater heats the house to 70℃, it shuts off effectively maintaining the ideal temperature.
What is an urban heat island? Urban Heat Islands (UHI) are a phenomenon where the temperature of the surface and atmosphere of an urban area is higher compared to the surrounding rural areas and suburban areas. It is an illustration of unintentional climate change as a result of urbanization (the process wherein population shift from rural areas to urban areas and the way society changes to accommodate the change). Another name for UHI is “local warming” as opposed to global warming. Urban Heat Islands are indicated by the regional change in temperature and the time change in temperature, which are measured hour by hour.
Eco friendly building material is those provide the appropriate service and lifetime, with the minimal maintenance, while minimizing the decimation the raw of material, the pollution from, and also energy consumption by production and use, and that have the maximum potential for the reuse. The use of the Eco friendly building materials and products are represents one important strategy in the design of a building. In addition, the Eco friendly building materials have benefits to the building users such as improved health and the productivity, in order to change the spatial configurations of the lower costs associated, reduced maintenance costs over the life of the building and so forth. Eco friendly building materials are made from renewable and also
Aerogel insulation significantly reduces convection, conduction and radiation, which are the three procedures of heat transfer ("Low Energy House - What is Aerogel Insulation?"). Aerogel insulation is produced as thin sheets and replaces traditional insulations such as fiberglass or cellulose insulation, which have more volume ("High-tech aerogels wrap homes with
Three Reasons to Seal and Insulate Your Home At BelRed, we believe you should always be comfortable and warm in your home, especially during these cold winter months. Ideally, air from your furnace should be circulating through your home, keeping you warm, and outside air shouldn’t be leaking in, wasting energy and money. If you find yourself reaching for your coat and a pair of mittens to relax in your living room, it may be time to seal leaks and add insulation. Here are three reasons sealing and insulating your home is a smart idea. 1.
This is especially true if you are looking to store belongings such as wooden furniture and clothing items. When these items are stored in standard storage units for long periods of time, it is not surprising to see mildews on the fabric and warped wood. If you are looking to provide added protection to your belongings, choose a self-storage facility which is climate controlled. A climate controlled facility basically includes heating and air conditioning units to maintain a consistent climate within the facility. 9.
Daylight is to be used both as an appealing medium and as a practical technique to reduce our dependence on electric light. The combination and complementarity of daylight quality and quantity gives us the potential to achieve sustainable and beautiful architecture. (Baker & Steemers, 2002) This is supported in Section 3.3.1 of Guidelines on Energy Conserving Design of Buildings, “The lighting design shall utilize the energy efficient lighting equipment. The lighting system shall be so chosen as to provide a flexible, effective, and pleasing visual environment in accordance with the intended