Wind turbine (Indicator) - Revision history

Frank@tygron.nl at 09:34, 7 July 2026

2026-07-07T09:34:45Z

← Older revision		Revision as of 09:34, 7 July 2026
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	The Wind turbine indicator calculates the number of wind turbines in the project area and the amount of generated power in MW. The amount is calculated by comparing the current situation and the planned situation. By setting a target value it is possible to experiment with scenarios for renewable energy in the project area. For example, the target for the generated power in the project area is 10 MW. This target then needs to be reached by planning both large and normal wind turbines in the project area. The target value and the amount of power per type of wind turbine is adjustable, which makes this indicator scalable for different types of projects.		The Wind turbine indicator calculates the number of wind turbines in the project area and the amount of generated power in MW. The amount is calculated by comparing the current situation and the planned situation. By setting a target value it is possible to experiment with scenarios for renewable energy in the project area. For example, the target for the generated power in the project area is 10 MW. This target then needs to be reached by planning both large and normal wind turbines in the project area. The target value and the amount of power per type of wind turbine is adjustable, which makes this indicator scalable for different types of projects.

	This indicator is ~~for example~~ useful for projects in where:		This indicator is useful for projects where:

	(one of the) goals is to work on reaching a certain renewable energy target		(one of the) goals is to work on reaching a certain renewable energy target
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	===Calculation===		===Calculation===
	The indicator ~~calculates~~ the ~~number of wind turbines in order~~ to ~~calculate how much~~ MW ~~is generated~~. The normal size turbine generates 1 MW and the large turbine generates 3 MW. The amount of MW generated per turbine is based on values found at https://www.windcentrale.nl/blog/hoeveel-energie-levert-een-windmolen-op/.		The indicator uses the turbine count to determine total power generation (MW). The normal size turbine generates 1 MW and the large turbine generates 3 MW. The amount of MW generated per turbine is based on values found at https://www.windcentrale.nl/blog/hoeveel-energie-levert-een-windmolen-op/.

	The following formula is used:		The following formula is used:
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	===Add the attribute===		===Add the attribute===
	The generated power per type of wind turbine is set in the [[Functions#Function_values\|function values table]]. To learn more about this table, please go to the [[Functions#Function_values\|function values table]] page.		The generated power per type of wind turbine is set in the [[Functions#Function_values\|function values table]]. To learn more about this table, please go to the [[Functions#Function_values\|function values table]] page.
	{{Editor steps\|title=\|Select the ''Current tab'' and hover over the ''Buildings'' button in the ribbon header\| Click on ''Edit function values'' in the hover menu.\| Set the ''Category filter'' on ''Other''\|Click in the left bottom corner on the Add button after Function\| In the new panel, choose the Windmill function and click on Apply.\| Repeat the steps 3 and 4 for the Windmill large function\|~~Now write in~~ the left ~~bottom~~ corner ~~after Attributes~~, ~~the new attribute name:~~ POWER and click on Add. ~~The new attribute POWER is created.~~\|Search for the attribute POWER in the table and set the desired values for each type of windmill by clicking two times on the value and entering a new value.\| Hover over the Auto update icon and choose for Reset to Start values (faster) to update your project.}}		{{Editor steps
			\|title=
			\|Select the ''Current tab'' and hover over the ''Buildings'' button in the ribbon header
			\|Click on ''Edit function values'' in the hover menu.
			\|Set the ''Category filter'' on ''Other''.
			\|Click in the left bottom corner on the Add button after Function.
			\|In the new panel, choose the Windmill function and click on Apply.
			\|Repeat the steps 3 and 4 for the Windmill large function\|n the bottom-left corner, enter "POWER" under Attributes and click Add.
			\|Search for the attribute POWER in the table and set the desired values for each type of windmill by clicking two times on the value and entering a new value.
			\| Hover over the Auto update icon and choose for Reset to Start values (faster) to update your project.
			}}

	<gallery>		<gallery>

Maxim@tygron.com at 15:06, 2 July 2026

2026-07-02T15:06:07Z

← Older revision		Revision as of 15:06, 2 July 2026
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	The Wind turbine indicator calculates the ~~amount~~ of wind turbines in the project area and the amount of generated power in MW. The amount is calculated by comparing the current situation and the planned situation. By setting a target value it is possible to experiment with scenarios for renewable energy in the project area. For example, the target for the generated power in the project area is 10 MW. This target then needs to be reached by planning both large and normal wind turbines in the project area. The target value and the amount of power per type of wind turbine is adjustable, which makes this indicator scalable for different types of projects.		The Wind turbine indicator calculates the number of wind turbines in the project area and the amount of generated power in MW. The amount is calculated by comparing the current situation and the planned situation. By setting a target value it is possible to experiment with scenarios for renewable energy in the project area. For example, the target for the generated power in the project area is 10 MW. This target then needs to be reached by planning both large and normal wind turbines in the project area. The target value and the amount of power per type of wind turbine is adjustable, which makes this indicator scalable for different types of projects.

	This indicator is for example useful for projects in where:		This indicator is for example useful for projects in where:
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	[[File:Wind_turbine_indicator_panel.png\|thumb\|The wind turbine indicator.\|300px\|right]]		[[File:Wind_turbine_indicator_panel.png\|thumb\|The wind turbine indicator.\|300px\|right]]
	The indicator panel shows the following information:		The indicator panel shows the following information:
	* The ~~amount~~ of current turbines		* The number of current turbines
	* The ~~amount~~ of current large turbines		* The number of current large turbines
	* The ~~amount~~ of planned turbines		* The number of planned turbines
	* The ~~amount~~ of planned large turbines		* The number of planned large turbines
	* The total amount of generated power in MW		* The total amount of generated power in MW
	* The score per area		* The score per area
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	===Calculation===		===Calculation===
	The indicator calculates the ~~amount~~ of wind turbines in order to calculate how much MW is generated. The normal size turbine generates 1 MW and the large turbine generates 3 MW. The amount of MW generated per turbine is based on values found at https://www.windcentrale.nl/blog/hoeveel-energie-levert-een-windmolen-op/.		The indicator calculates the number of wind turbines in order to calculate how much MW is generated. The normal size turbine generates 1 MW and the large turbine generates 3 MW. The amount of MW generated per turbine is based on values found at https://www.windcentrale.nl/blog/hoeveel-energie-levert-een-windmolen-op/.

	The following formula is used:		The following formula is used:

	(~~amount~~ of turbines normal * 1MW) + (~~amount~~ of turbines large * 3MW)= total amount of MW		(number of turbines normal * 1MW) + (number of turbines large * 3MW)= total amount of MW

	===Score===		===Score===

Rudolf@tygron.nl: /* Calculation */

2026-02-25T11:04:25Z

Calculation

← Older revision		Revision as of 11:04, 25 February 2026
Line 21:		Line 21:

	===Calculation===		===Calculation===
	The indicator calculates the amount of wind turbines in order to calculate how much MW is generated. The normal size turbine generates 1 MW and the large turbine generates 3 MW. The amount of MW generated per turbine is based on values found at https://www.windcentrale.nl/blog/hoeveel-energie-levert-een-windmolen-op/ .		The indicator calculates the amount of wind turbines in order to calculate how much MW is generated. The normal size turbine generates 1 MW and the large turbine generates 3 MW. The amount of MW generated per turbine is based on values found at https://www.windcentrale.nl/blog/hoeveel-energie-levert-een-windmolen-op/.

	The following formula is used:		The following formula is used:

Rudolf@tygron.nl: /* Calculation */

2026-02-25T11:04:15Z

Calculation

← Older revision		Revision as of 11:04, 25 February 2026
Line 21:		Line 21:

	===Calculation===		===Calculation===
	The indicator calculates the amount of wind turbines in order to calculate how much MW is generated. The normal size turbine generates 1 MW and the large turbine generates 3 MW. The amount of MW generated per turbine is based on ~~this source [[~~https://www.windcentrale.nl/blog/hoeveel-energie-levert-een-windmolen-op/~~\| windcentrale]]~~.		The indicator calculates the amount of wind turbines in order to calculate how much MW is generated. The normal size turbine generates 1 MW and the large turbine generates 3 MW. The amount of MW generated per turbine is based on values found at https://www.windcentrale.nl/blog/hoeveel-energie-levert-een-windmolen-op/ .
	The following formula is used:		The following formula is used:

Hedi@tygron.com at 16:11, 2 February 2023

2023-02-02T16:11:08Z

← Older revision		Revision as of 16:11, 2 February 2023
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	the project area should become climate adaptive		the project area should become climate adaptive

	This Excel indicator can be downloaded from the [~~https://store.tygron.com/product/wind-turbine-indicator/ Tygron Index~~]. Read on to find out more about the indicator's calculation method and how to set it up in your project.		This Excel indicator can be downloaded from the Public [[GeoShare]]. Read on to find out more about the indicator's calculation method and how to set it up in your project.

	===Indicator panel===		===Indicator panel===
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	</gallery>		</gallery>
	{{Indicator nav}}		{{Indicator nav}}
	[[Category:~~Index~~]]		[[Category: Public GeoShare]]

Frank@tygron.nl at 14:18, 30 January 2023

2023-01-30T14:18:05Z

← Older revision		Revision as of 14:18, 30 January 2023
Line 4:		Line 4:

	(one of the) goals is to work on reaching a certain renewable energy target		(one of the) goals is to work on reaching a certain renewable energy target
	different spatial plans are compared in the 3D ~~world~~		different spatial plans are compared using the [[3D Visualization]]
	the project area should become climate adaptive		the project area should become climate adaptive

Frank@tygron.nl: /* Add the attribute */

2023-01-26T08:58:38Z

Add the attribute

← Older revision		Revision as of 08:58, 26 January 2023
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	File:Recalculate_excel.JPG		File:Recalculate_excel.JPG
	</gallery>		</gallery>
			{{Indicator nav}}
	[[Category:Index]]		[[Category:Index]]

Maxim@tygron.com at 15:43, 5 October 2022

2022-10-05T15:43:56Z

← Older revision		Revision as of 15:43, 5 October 2022
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	~~{{learned\|what the Wind turbine indicator is\|how the Wind turbine indicator is calculated\|how to adjust your project in order to make the indicator functional}}~~

	~~==General==~~
	The Wind turbine indicator calculates the amount of wind turbines in the project area and the amount of generated power in MW. The amount is calculated by comparing the current situation and the planned situation. By setting a target value it is possible to experiment with scenarios for renewable energy in the project area. For example, the target for the generated power in the project area is 10 MW. This target then needs to be reached by planning both large and normal wind turbines in the project area. The target value and the amount of power per type of wind turbine is adjustable, which makes this indicator scalable for different types of projects.		The Wind turbine indicator calculates the amount of wind turbines in the project area and the amount of generated power in MW. The amount is calculated by comparing the current situation and the planned situation. By setting a target value it is possible to experiment with scenarios for renewable energy in the project area. For example, the target for the generated power in the project area is 10 MW. This target then needs to be reached by planning both large and normal wind turbines in the project area. The target value and the amount of power per type of wind turbine is adjustable, which makes this indicator scalable for different types of projects.

Godelief@tygron.com at 10:54, 22 April 2021

2021-04-22T10:54:03Z

← Older revision		Revision as of 10:54, 22 April 2021
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	==Additional configurations==		==Additional configurations==
	For this indicator, the Global ~~TARGET_POWER~~ needs to be added.		For this indicator, the Global POWER_TARGET needs to be added.
	Also the Attribute POWER needs to be added to the functions "Windmill" and "Windmill (Large)" in the function values table		Also the Attribute POWER needs to be added to the functions "Windmill" and "Windmill (Large)" in the function values table
	See below for the steps:		See below for the steps:
	===Add the global===		===Add the global===
	The target is set in a [[Global]]. To learn more about what a global is, please go to the [[Globals]] page.		The target is set in a [[Global]]. To learn more about what a global is, please go to the [[Globals]] page.
	{{Editor steps\|title=\|Select the ''Current situation'' and then hover over the ''TQL Queries'' button in the ribbon header. \|Click on the ''Add Global'' button in the hover panel. A new global named VARIABLE will be added to the left panel.\| Select the global VARIABLE.\| In the right panel, change the name to ~~TARGET_POWER~~. \| Change the start value to a number representing your total target.\|Hover over the Auto update icon and choose for Reset to Start values (faster) to update your project.}}		{{Editor steps\|title=\|Select the ''Current situation'' and then hover over the ''TQL Queries'' button in the ribbon header. \|Click on the ''Add Global'' button in the hover panel. A new global named VARIABLE will be added to the left panel.\| Select the global VARIABLE.\| In the right panel, change the name to POWER_TARGET. \| Change the start value to a number representing your total target.\|Hover over the Auto update icon and choose for Reset to Start values (faster) to update your project.}}

	<gallery mode=nolines>		<gallery mode=nolines>

Reijn@tygron.com: /* General */

2020-09-18T12:30:34Z

General

← Older revision		Revision as of 12:30, 18 September 2020
Line 10:		Line 10:
	the project area should become climate adaptive		the project area should become climate adaptive

	This Excel indicator can be downloaded from the [https://store.tygron.com/ Tygron Index]. Read on to find out more about the indicator's calculation method and how to set it up in your project.		This Excel indicator can be downloaded from the [https://store.tygron.com/product/wind-turbine-indicator/ Tygron Index]. Read on to find out more about the indicator's calculation method and how to set it up in your project.

	===Indicator panel===		===Indicator panel===