Assessment of user satisfaction in an intelligent office building

Assessment of an office building
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Executive summary
In the construction architecture, the achievement of a warm condition has become significant concern. Furthermore, thermal conditions are critical for
optimization in the case of existing buildings. To this end, the program IES modelit is chosen as a model for thermal state simulation. The purpose of
this paper is to describe the measures taken before the thermal analysis is carried out. Accordingly, parameters of simulation such as radiance, solar
gain, air temperature, humidity and relative humidity were established. Computing and simulation modeling offer an overview of how internal and
external design systems can impact building performance. The models offer a condensed description of our ecosystems. This include activities or
characteristics used to guide design through performance. To evaluate the effects of electricity, regular illumination, condensation and thermal comfort,
the uses different building efficiency analysis methods to assess whether project goals can better be achieved. The efficiency improvement programs
include both construction and maintenance structures. Environmental analysis modeling methods are a huge help used by housing developers to reduce
energy savings in buildings. The program for energy simulations allows the precision of the assessment of such factors to help planners decide on the
right steps to apply to any new or existing building. The market includes a range of electronic energy modeling tools. The aim of the present analysis is
to define and compares some of the most important variables due to their ability to measure and distinguish a large number of variables.
Introduction
House simulation is intended as a modeling method that applies to different indoor as well as outdoor scenarios. While researchers have a particular
purpose and focus performance parameter. Its performance will lead to a detailed creation and optimization of the thermal characteristics of the
buildings on the basis of data extraction, respectively. The aim of thermal analysis on the current building is to establish a baseline. On the opposite, the
goal is to make an early prediction based on many phenomena if it is performed during the design stage.
BIM is a mechanism assisted by specific tools, technology, and contracts, which include digital representation generation and maintenance of the
physical and functional features of the sites. Building Information Models (BIMs) are files that can be collected, shared or networked in support of
decisions about a built-in asset (frequently but not all of them in proprietary formats and containing proprietary data). Today BIM is used in numerous
physical infrastructural areas, including water, sewage, power, coal, phones, highways, highways, railway lines and bridges. BIM Software offers
information and connectivity solutions.
Computing and simulation modeling offer an overview of how internal and external design systems can impact building performance. To evaluate the
effects of electricity, regular illumination, condensation and thermal comfort, Walter P Moore uses different building efficiency analysis methods to
assess whether project goals can better be achieved. The efficiency improvement programs include both construction and maintenance structures.
Several daylight metrics were then calculated, such as Work Plane Illuminance (WPI) and Daylight Factor (DF). WPI will be calculated in various
locations in each space simultaneously in order to achieve average working plane illumination and daylight factor. The geometrical properties of the

space are related to a minimal number of locations. The following equation can be used to determine the space index and a minimal number of
locations may be obtained for daylight calculation from the table below.
Room index=(width ×lengths)/¿
Figure 1 house plan

Figure 2 3d view of the first floor