Manual T*SOL basic 5.0 - Valentin Software

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User Manual T*SOL 7 System Definition Ł Define a new horizon by drawing with the mouse or by entering table values or by importing a complete horizon: 1. Start by clicking on the horizon line with the left mouse button. The current position of the cursor can be seen in the upper bar, given as azimuth : height. A dashed line is drawn between the starting point and the current position. 2. Click the next point using the left mouse button, thus confirming the dashed line. The horizon line can only go from left to right. As a result, no dashed line can be seen if you move the cursor left of the (current) end point. 3. Stop drawing by clicking the right mouse button. 4. Redrawing lines can only be done after completing the current sketch point and from an already defined point. The following text is displayed in the upper bar: To amend the horizon, click with the left mouse button exactly on the horizon line. It can be difficult to click on the existing horizon line where this is vertical. Rather enter a fitting individual object. This is done on the List of Objects page. The Shading from Individual Objects dialog opens. 1. Or enter the vertices of the horizon in the table directly. The start and end point are already entered, as are any generated with the mouse. 2. Define a point via New Point first. 3. Add a point to the table using Add new Point. On being entered, the point appears in the sketch. 4. You can remove the selected point (blue background) by clicking Delete Point. 1. Or import horizon lines created with the horizON and calculation software by clicking the button . 2. You can delete the horizon at any time by clicking the New button. To print out the shade diagram, you must copy the activated dialog to the clipboard with the key combination ALT+PRINT and paste it into a word processing program such as Microsoft Word via the menu Edit > Paste. As an example, you will then see image 10.4.3, can scale and print it out. 7.3.3 Installation System Definition > Collector Array > Installation The position of the collector array is defined on the Installation page. Enter the orientation, which describes the position of the collector area. It is independent from the location, therefore it is the same for the northern and southern hemisphere. The azimuth angle is calculated and displayed. It describes the deviation of the standard angle of the collector surface area from the south (northern hemisphere) or from the north (southern hemisphere), respectively. Dr. Valentin EnergieSoftware GmbH page 56 / 104
7 System Definition User Manual T*SOL Orientation Azimuth Northern Southern Hemisphere Hemisphere North 0 180 0 East 90 -90 90 South 180 0 180 West 270 90 -90 Image: Tilt angle for installing the collector array Azimuth for installing the collector array on the northern hemisphere The tilt angle γ (inclination) describes the angle between the horizontal and the collector surface area. γ = 0° -> The collectors are flat on the ground. γ = 90° -> The collectors are vertical. The irradiation process calculates irradiation to the tilted surface from the orientation and tilt angle, which is then shown in the table at the bottom of the page. 7.3.3.1 Minimum distance between mounted collectors System Definition > Collector Array > Installation > Calculation Image: Dialog for defining the minimum distance between mounted collectors The minimum distance of mounted collectors is calculated in this dialog, on the condition that the collectors should not shade each other at 12.00 pm on the winter solstice. The suggested distance is a function of the tilt ß (beta), the solar angle γ (gamma) at 12.00 pm on 21/12, and the installation height (b) of the collector. The program then calculates the minimum distance between the collectors d between the supporting points of the collectors and the free distance d1 between the collectors. Ł How to proceed: 1. Enter the width b of the collector. page 57 / 104 Dr. Valentin EnergieSoftware GmbH
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T*SOL basic 5.0 - User Manual T*SOL
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Page 14 and 15: User Manual T*SOL 3 Using the Progr
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Page 20 and 21: User Manual T*SOL 5 Site Data 5.2 C
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Page 26 and 27: User Manual T*SOL 5 Site Data Examp
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Page 30 and 31: User Manual T*SOL 5 Site Data 5.5.2
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Page 78 and 79: User Manual T*SOL 8 Calculations DH
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Page 82 and 83: User Manual T*SOL 9 Results • sav
Page 84 and 85: User Manual T*SOL 10 Options 10.2.1
Page 86 and 87: User Manual T*SOL 10 Options Group
Page 88 and 89: User Manual T*SOL 12 Help 12 Help M
Page 90 and 91: User Manual T*SOL 13 Appendix Annua
Page 92 and 93: User Manual T*SOL 13 Appendix Contr
Page 94 and 95: User Manual T*SOL 13 Appendix Energ
Page 96 and 97: User Manual T*SOL 13 Appendix Heati
Page 98 and 99: User Manual T*SOL 13 Appendix Prima
Page 100 and 101: User Manual T*SOL 13 Appendix Stora
Page 102 and 103: User Manual T*SOL 14 Index 14 Index
Page 104: User Manual T*SOL 14 Index Simulati
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