Tutorial for Win Design This step-by-step tutorial guides

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Tutorial for Win. Design This step-by-step tutorial guides you through the program Win. Design. It will help you to understand how the program works and therefore be as a help while working with Part 3 in Assignment 1 in course 11116 Sustainable buildings. Two examples of how to use the program will be given in this tutorial. The first example is related to the optimization of the selection of windows for a classroom, whereas the second example considers the renovation of an existing single-family house. In Power. Point open ‘View Notepage’ to view the slides with notes in A 4 format or simply view the notes in the note editor. Use the ‘Outline’ menu to be able to navigate in the step-by-step tutorial. BYG • DTU Updated January 2010

Example 1– Classroom

Main window of Win. Design 1

Main window of Win. Design 2

Guidelines

Weather data 1

Weather data 2

Weather data 3

Step 1 – the net energy gain of individual windows 1

Step 1 – the net energy gain of individual windows 2

Step 1 – the net energy gain of individual windows 3

Step 1 – the net energy gain of individual windows 4

Step 1 – the net energy gain of individual windows 5

Step 1 – the net energy gain of individual windows 6

Window Components 1

Window Components 2

Window Components 3

Window Components 4

Step 1 – the net energy gain of individual windows 7

Step 1 – the net energy gain of individual windows 8

Step 1 – the net energy gain of individual windows 9

Step 2 – seasonal energy consumption 1

Step 2 – seasonal energy consumption 2

Step 2 – seasonal energy consumption 3

Step 2 – seasonal energy consumption 4

Step 2 – seasonal energy consumption 5

Step 2 – seasonal energy consumption 6

Step 2 – seasonal energy consumption 7

Step 2 – seasonal energy consumption 8

Step 2 – seasonal energy consumption 9

Step 2 – seasonal energy consumption 10

Step 2 – seasonal energy consumption 11

Step 2 – seasonal energy consumption 12

Step 3 – hourly energy consumption and indoor temperature 1

Step 3 – hourly energy consumption and indoor temperature 2

Step 3 – hourly energy consumption and indoor temperature 3

Step 3 – hourly energy consumption and indoor temperature 4

Step 3 – hourly energy consumption and indoor temperature 5

Step 3 – hourly energy consumption and indoor temperature 6

Step 3 – hourly energy consumption and indoor temperature 7

Step 4 – cost of the conserved energy 1

Step 4 – cost of the conserved energy 2

Example 2– Renovation single-family house