Demo Wind Solar power project: Difference between revisions

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This project showcases '''Wind and solar functionalities''' in the {{software}}.
This project showcases '''Wind and solar functionalities''' in the {{software}}.


The ''Demo Wind Solar power'' project demonstrates fictional examples of different wind and solar functionalities in a location in the Netherlands. It can serve as a working demo to further explore the possibilities of adding wind and solar functionalities in a project, configurable parameters and examples of analysis that can be done with the {{software}}.  
The ''Demo Wind Solar power'' project demonstrates examples of different wind and solar functionalities in a location in the Netherlands. The scenarios in this project are completely fictional and only serve to demonstrate these functionalities. It can serve as a working demo to further explore the possibilities of adding wind and solar functionalities in a project, configurable parameters and examples of analysis that can be done with the {{software}}.  


Note that the [[Network]] functionality the {{software}} offers is not showcased in this this demo project.
Note that the [[Network]] functionality the {{software}} offers is not showcased in this this demo project.


==Exploring the project==
==Exploring the project==
* Click on the [[Future Design]] tab. Notice the [[User_Interface#Action_menu|Action menu]] is now visible (black bar below the Future Design tab). Click on the question mark icon to start a flytrough of the project. In this flytrough you will get familiar with different wind and solar functions in the {{software}}.  
# Click on the [[Future Design]] tab. Notice the [[User_Interface#Action_menu|Action menu]] is now visible (black bar below the Future Design tab). Click on the question mark icon to start a flytrough of the project. In this flytrough you will get familiar with different wind and solar functions in the {{software}}.  
* After the flytrough, make sure the [[Test Run]] is stopped by clicking on the red square stop button, on the left in the Future Design tab for the following steps.  
# After the flytrough, make sure the [[Test Run]] is stopped by clicking on the red square stop button (on the left in the Future Design tab) for the following steps.  


===Solar functions===
===Solar functions===
* Navigate to the block of houses with solar panels (indicated by a yellow arrow). Notice that the solar panels are not placed on the north side of the roof. This setting is adjustable. Go to the [[Tools]] tab, hover over [[Sun_angle|Sun angle]] and click on Edit roof solar position. Adjust the sliders in the [[Bottom panel]] and notice the difference in placement of the solar panels. For more information, see this [[How_to_edit_solar_panel_position|how to]].
# Navigate to the block of houses with solar panels (indicated by a yellow arrow). Notice that the solar panels are not placed on the north side of the roof. This setting is adjustable. Go to the [[Tools]] tab, hover over [[Sun_angle|Sun angle]] and click on Edit roof solar position. Adjust the sliders in the [[Bottom panel]] and notice the difference in placement of the solar panels. For more information, see this [[How_to_edit_solar_panel_position|how to]].
* Navigate to the solar farm in the field (indicated by a yellow arrow) . Click on the solar area indcicator to see the hectares solar filed on land and water in the project area.  
# Navigate to the solar farm in the field (indicated by a yellow arrow). Click on the solar area indicator to see the hectares solar field on land and water in the project area.  


===Wind functions===
===Wind functions===
* Navigate to the wind turbine and notice its shadow is visible. With the {{software}} it is possible to see how the shadow changes throughout the day and or year, which is important for finding a suitable location of a wind turbine. Click again on the [[Tools]] tab and click on the [[Sun_angle|Sun angle]] button. Change the date and time to see the shadow moving.  
# Navigate to the wind turbine and notice its shadow is visible. With the {{software}} it is possible to see how the shadow changes throughout the day and or year, which is important for finding a suitable location of a wind turbine. Click on the [[Tools]] tab and click on the [[Sun_angle|Sun angle]] button. Change the date and time to see the shadow moving.  
* A wind turbine also has a certain noise contour. To see the noise contour, click on the Noise contour overlay in the overlay bar. Click on the noise contour [[Indicator]] to see how many houses are in this contour and may experience noise disturbance.
# A wind turbine also has a certain noise contour. To see the noise contour, click on the Noise contour [[Overlay]] in the [[Overlay]] bar. Click on the Noise contour [[Indicator]] in the [[User_Interface#Top_bar|Top bar]] to see how many houses are in this contour and may experience noise disturbance.
* Click on the windturbines indicator to see how much power is generated. For more information about this indicator, see the [[Wind_turbine_(Indicator)|description]].
# Click on the wind turbines [[Indicator]] in the [[User_Interface#Top_bar|Top bar]] to see how much power is generated. For more information about this indicator, see the [[Wind_turbine_(Indicator)|description]]. Notice that a score is calculated, based on the generated power and a target. The target is set on 5 MW. This target is adjustable.  
* In a project it is possible to add custom types of windturbines to the Platform, with different attributes such as height, radius of the noise contour or safety contour and power and create  scenarios to find the most suitable placement, dependent on the requirements for a use case.
In a project it is possible to add custom types of wind turbines to the Platform, with different attributes such as height, radius of the noise contour or safety contour and power and create  scenarios to find the most suitable placement, dependent on the requirements for a use case.
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Revision as of 16:04, 22 April 2021

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The Demo Wind Solar power project

The Demo Wind Solar power project is available for all users and can be found in the main menu under Edit projects. This project does not count towards your license.

Take a look at this project when working with topics such as sustainable energy, (regional) energy strategy, visualization of energy sources, stakeholder participation.

This project showcases Wind and solar functionalities in the Tygron Platform.

The Demo Wind Solar power project demonstrates examples of different wind and solar functionalities in a location in the Netherlands. The scenarios in this project are completely fictional and only serve to demonstrate these functionalities. It can serve as a working demo to further explore the possibilities of adding wind and solar functionalities in a project, configurable parameters and examples of analysis that can be done with the Tygron Platform.

Note that the Network functionality the Tygron Platform offers is not showcased in this this demo project.

Exploring the project

  1. Click on the Future Design tab. Notice the Action menu is now visible (black bar below the Future Design tab). Click on the question mark icon to start a flytrough of the project. In this flytrough you will get familiar with different wind and solar functions in the Tygron Platform.
  2. After the flytrough, make sure the Test Run is stopped by clicking on the red square stop button (on the left in the Future Design tab) for the following steps.

Solar functions

  1. Navigate to the block of houses with solar panels (indicated by a yellow arrow). Notice that the solar panels are not placed on the north side of the roof. This setting is adjustable. Go to the Tools tab, hover over Sun angle and click on Edit roof solar position. Adjust the sliders in the Bottom panel and notice the difference in placement of the solar panels. For more information, see this how to.
  2. Navigate to the solar farm in the field (indicated by a yellow arrow). Click on the solar area indicator to see the hectares solar field on land and water in the project area.

Wind functions

  1. Navigate to the wind turbine and notice its shadow is visible. With the Tygron Platform it is possible to see how the shadow changes throughout the day and or year, which is important for finding a suitable location of a wind turbine. Click on the Tools tab and click on the Sun angle button. Change the date and time to see the shadow moving.
  2. A wind turbine also has a certain noise contour. To see the noise contour, click on the Noise contour Overlay in the Overlay bar. Click on the Noise contour Indicator in the Top bar to see how many houses are in this contour and may experience noise disturbance.
  3. Click on the wind turbines Indicator in the Top bar to see how much power is generated. For more information about this indicator, see the description. Notice that a score is calculated, based on the generated power and a target. The target is set on 5 MW. This target is adjustable.

In a project it is possible to add custom types of wind turbines to the Platform, with different attributes such as height, radius of the noise contour or safety contour and power and create scenarios to find the most suitable placement, dependent on the requirements for a use case.

Next page>>