Solar energy control - Revision history

Designing Buildings at 07:36, 26 February 2021

2021-02-26T07:36:38Z

← Older revision		Revision as of 07:36, 26 February 2021
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	By --[[User:Guthrie_Douglas_Group_Limited\|Guthrie Douglas Group Limited]]		By --[[User:Guthrie_Douglas_Group_Limited\|Guthrie Douglas Group Limited]]

−	~~= Find out more =~~	+	= Related articles on Designing Buildings Wiki =
−		+
−	=== Related articles on Designing Buildings Wiki ===	+

	* Emissivity.		* Emissivity.
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	* Solar thermal systems.		* Solar thermal systems.

−	[[Category:~~Construction_techniques~~]] [[Category:~~Products_/_components~~]] [[Category:DCN_Product_Knowledge]]	+	[[Category:DCN_Commentary]] [[Category:DCN_Guidance]] [[Category:DCN_Product_Knowledge]] [[Category:Construction_techniques]] [[Category:Products_/_components]]

Designing Buildings at 15:04, 18 January 2018

2018-01-18T15:04:37Z

← Older revision		Revision as of 15:04, 18 January 2018
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	Dynamic fabric shading can mean significant energy savings because it removes the need for artificial cooling, lighting and heating. For south facing facades this reduction can even be as much as 65%.		Dynamic fabric shading can mean significant energy savings because it removes the need for artificial cooling, lighting and heating. For south facing facades this reduction can even be as much as 65%.

−	The biggest single area of savings is air conditioning, where external blinds can help achieve energy savings of ~~over~~ 70%. (source: ES-SO). Savings are also significant for lighting costs, especially where building management systems ~~synchronize~~ shading and lighting use.	+	The biggest single area of savings is air conditioning, where external blinds can help achieve energy savings of more than 70% (source: ES-SO). Savings are also significant for lighting costs, especially where building management systems synchronise shading and lighting use.

−	Whereas louvres, film or ‘solar control’ glazing cast a permanent shadow, automated fabric shades offer more versatile control and allow ~~you~~ to enjoy natural light, even in duller conditions. ~~Finally, the~~ use of highly insulating fabrics can even reduce heating costs in colder weather, especially when closed overnight.	+	Whereas louvres, film or ‘solar control’ glazing cast a permanent shadow, automated fabric shades offer more versatile control and allow occupants to enjoy natural light, even in duller conditions. The use of highly-insulating fabrics can even reduce heating costs in colder weather, especially when closed overnight.

−	If environmental credentials are important to the design brief, ~~be assured that~~ fabric shading ~~will~~ make a ~~real~~ difference. The appropriate automated fabric shade will deliver energy savings of up to 60 times its CO2 footprint over a 20-year lifespan. Approximately 86% of relevant emissions come from the extraction of raw materials and the production of primary products. Only 0.5% is created during manufacturing. This makes fabric shading a popular choice for any designer thinking about environmental impact.	+	If environmental credentials are important to the design brief, fabric shading can help make a difference. The appropriate automated fabric shade will deliver energy savings of up to 60 times its CO2 footprint over a 20-year lifespan. Approximately 86% of relevant emissions come from the extraction of raw materials and the production of primary products. Only 0.5% is created during manufacturing. This makes fabric shading a popular choice for any designer thinking about environmental impact.

	-----		-----
−	By ~~[http://www.guthriedouglas.com Guthrie Douglas Group Limited]~~	+	By --[[User:Guthrie_Douglas_Group_Limited\|Guthrie Douglas Group Limited]]
−		+
−	--[[User:Guthrie_Douglas_Group_Limited\|Guthrie Douglas Group Limited]]	+

	= Find out more =		= Find out more =
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	* Solar thermal systems.		* Solar thermal systems.

−	[[Category:Construction_techniques]] [[Category:Products_/_components]]	+	[[Category:Construction_techniques]] [[Category:Products_/_components]] [[Category:DCN_Product_Knowledge]]

Editor at 15:48, 15 January 2018

2018-01-15T15:48:16Z

← Older revision		Revision as of 15:48, 15 January 2018
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−	~~By [http://www.guthriedouglas.com Guthrie Douglas Group Limited] - Technical shading systems for extraordinary spaces~~	+	= Introduction =

−	The interaction of light with a glass surface is a complex area of study~~, and one we’re constantly examining~~. Advanced building physics modelling systems can simulate the effect of solar radiation and energy flows on internal environments, examining variables such as solar angle (dependent on geographic location and time of year), glazing type, shading system, and the aspect and construction of a specific building.	+	The interaction of light with a glass surface is a complex area of study. Advanced building physics modelling systems can simulate the effect of solar radiation and energy flows on internal environments, examining variables such as solar angle (dependent on geographic location and time of year), glazing type, shading system, and the aspect and construction of a specific building.

−	=== Thermal ~~Gain ==~~=	+	= Thermal gain =

	The g-value, or total solar energy transmittance, is the percentage of solar energy that reaches the interior of a building. It is calculated from a number of factors, including direct transmittance, reflectance, and absorptance.		The g-value, or total solar energy transmittance, is the percentage of solar energy that reaches the interior of a building. It is calculated from a number of factors, including direct transmittance, reflectance, and absorptance.
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	External fabric shading can achieve a g-value as low as 0.02 for all types of glazing. This means that fabric shading can deliver the required environmental benefits while also reducing the overall project cost, as savings can be made on the glazing specification.		External fabric shading can achieve a g-value as low as 0.02 for all types of glazing. This means that fabric shading can deliver the required environmental benefits while also reducing the overall project cost, as savings can be made on the glazing specification.

−	=== Energy ~~Savings &~~ CO2 emissions ===	+	= Energy savings and CO2 emissions =

	Dynamic fabric shading can mean significant energy savings because it removes the need for artificial cooling, lighting and heating. For south facing facades this reduction can even be as much as 65%.		Dynamic fabric shading can mean significant energy savings because it removes the need for artificial cooling, lighting and heating. For south facing facades this reduction can even be as much as 65%.

−	The biggest single area of savings is air conditioning, where external blinds can help achieve energy savings of over 70%. (~~Source~~: ES-SO). Savings are also significant for lighting costs, especially where building management systems synchronize shading and lighting use.	+	The biggest single area of savings is air conditioning, where external blinds can help achieve energy savings of over 70%. (source: ES-SO). Savings are also significant for lighting costs, especially where building management systems synchronize shading and lighting use.

−	Whereas ~~louvers~~, film or ‘solar control’ glazing cast a permanent shadow, automated fabric shades offer more versatile control and allow you to enjoy natural light, even in duller conditions. Finally, the use of highly insulating fabrics can even reduce heating costs in colder weather, especially when closed overnight.	+	Whereas louvres, film or ‘solar control’ glazing cast a permanent shadow, automated fabric shades offer more versatile control and allow you to enjoy natural light, even in duller conditions. Finally, the use of highly insulating fabrics can even reduce heating costs in colder weather, especially when closed overnight.

−	If environmental credentials are important to the design brief, be assured that fabric shading will make a real difference. The appropriate automated fabric shade will deliver energy savings of up to 60 times its CO2 footprint over a 20 year lifespan. Approximately 86% of relevant emissions come from the extraction of raw materials and the production of primary products. Only 0.5% is created during manufacturing. This makes fabric shading a popular choice for any designer thinking about environmental impact.	+	If environmental credentials are important to the design brief, be assured that fabric shading will make a real difference. The appropriate automated fabric shade will deliver energy savings of up to 60 times its CO2 footprint over a 20-year lifespan. Approximately 86% of relevant emissions come from the extraction of raw materials and the production of primary products. Only 0.5% is created during manufacturing. This makes fabric shading a popular choice for any designer thinking about environmental impact.

−	~~We always aim to collaborate with architects and technical consultants as early as possible~~ in ~~the design process, to create a bespoke~~ shading system that meets any project requirements, whether they be to achieve the correct balance of heat reflection, glare reduction, views to the outside, durability, safety, aesthetics, or a low carbon footprint.	+	-----
		+	By [http://www.guthriedouglas.com Guthrie Douglas Group Limited]
		+
		+	--[[User:Guthrie_Douglas_Group_Limited\|Guthrie Douglas Group Limited]]
		+
		+	= Find out more =
		+
		+	=== Related articles on Designing Buildings Wiki ===
		+
		+	* Emissivity.
		+	* G-value.
		+	* Large scale solar thermal energy.
		+	* Shading coefficient.
		+	* Solar gain in buildings.
		+	* Solar shading.
		+	* Solar thermal systems.
		+
		+	[[Category:Construction_techniques]] [[Category:Products_/_components]]

Editor: moved Solar Energy Control to Solar energy control

2018-01-15T15:44:22Z

moved Solar Energy Control to Solar energy control

← Older revision

Revision as of 15:44, 15 January 2018

Guthrie Douglas Group Limited at 01:10, 9 January 2018

2018-01-09T01:10:58Z

← Older revision		Revision as of 01:10, 9 January 2018
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	The interaction of light with a glass surface is a complex area of study, and one we’re constantly examining. Advanced building physics modelling systems can simulate the effect of solar radiation and energy flows on internal environments, examining variables such as solar angle (dependent on geographic location and time of year), glazing type, shading system, and the aspect and construction of a specific building.		The interaction of light with a glass surface is a complex area of study, and one we’re constantly examining. Advanced building physics modelling systems can simulate the effect of solar radiation and energy flows on internal environments, examining variables such as solar angle (dependent on geographic location and time of year), glazing type, shading system, and the aspect and construction of a specific building.

−	Thermal Gain	+	=== Thermal Gain ===

	The g-value, or total solar energy transmittance, is the percentage of solar energy that reaches the interior of a building. It is calculated from a number of factors, including direct transmittance, reflectance, and absorptance.		The g-value, or total solar energy transmittance, is the percentage of solar energy that reaches the interior of a building. It is calculated from a number of factors, including direct transmittance, reflectance, and absorptance.
Line 9:		Line 9:
	External fabric shading can achieve a g-value as low as 0.02 for all types of glazing. This means that fabric shading can deliver the required environmental benefits while also reducing the overall project cost, as savings can be made on the glazing specification.		External fabric shading can achieve a g-value as low as 0.02 for all types of glazing. This means that fabric shading can deliver the required environmental benefits while also reducing the overall project cost, as savings can be made on the glazing specification.

−	Energy Savings & CO2 emissions	+	=== Energy Savings & CO2 emissions ===

	Dynamic fabric shading can mean significant energy savings because it removes the need for artificial cooling, lighting and heating. For south facing facades this reduction can even be as much as 65%.		Dynamic fabric shading can mean significant energy savings because it removes the need for artificial cooling, lighting and heating. For south facing facades this reduction can even be as much as 65%.
Line 19:		Line 19:
	If environmental credentials are important to the design brief, be assured that fabric shading will make a real difference. The appropriate automated fabric shade will deliver energy savings of up to 60 times its CO2 footprint over a 20 year lifespan. Approximately 86% of relevant emissions come from the extraction of raw materials and the production of primary products. Only 0.5% is created during manufacturing. This makes fabric shading a popular choice for any designer thinking about environmental impact.		If environmental credentials are important to the design brief, be assured that fabric shading will make a real difference. The appropriate automated fabric shade will deliver energy savings of up to 60 times its CO2 footprint over a 20 year lifespan. Approximately 86% of relevant emissions come from the extraction of raw materials and the production of primary products. Only 0.5% is created during manufacturing. This makes fabric shading a popular choice for any designer thinking about environmental impact.

−	We always aim to collaborate with architects and technical consultants as early as possible in the design process, to create a bespoke shading system that meets any project requirements, whether they be to achieve the correct balance of heat reflection, glare reduction, views to the outside, durability, safety, aesthetics, or a low carbon footprint. ~~[mailto:solar@guthriedouglas.com Contact our specifications team to discuss your project >>]~~	+	We always aim to collaborate with architects and technical consultants as early as possible in the design process, to create a bespoke shading system that meets any project requirements, whether they be to achieve the correct balance of heat reflection, glare reduction, views to the outside, durability, safety, aesthetics, or a low carbon footprint.

Guthrie Douglas Group Limited: Created page with "By [http://www.guthriedouglas.com Guthrie Douglas Group Limited] - Technical shading systems for extraordinary spaces The interaction of light with a glass surface is a complex ..."

2018-01-09T01:08:26Z

Created page with "By [http://www.guthriedouglas.com Guthrie Douglas Group Limited] - Technical shading systems for extraordinary spaces The interaction of light with a glass surface is a complex ..."

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By [http://www.guthriedouglas.com Guthrie Douglas Group Limited] - Technical shading systems for extraordinary spaces

The interaction of light with a glass surface is a complex area of study, and one we’re constantly examining. Advanced building physics modelling systems can simulate the effect of solar radiation and energy flows on internal environments, examining variables such as solar angle (dependent on geographic location and time of year), glazing type, shading system, and the aspect and construction of a specific building.

Thermal Gain

The g-value, or total solar energy transmittance, is the percentage of solar energy that reaches the interior of a building. It is calculated from a number of factors, including direct transmittance, reflectance, and absorptance.

External fabric shading can achieve a g-value as low as 0.02 for all types of glazing. This means that fabric shading can deliver the required environmental benefits while also reducing the overall project cost, as savings can be made on the glazing specification.

Energy Savings & CO2 emissions

Dynamic fabric shading can mean significant energy savings because it removes the need for artificial cooling, lighting and heating. For south facing facades this reduction can even be as much as 65%.

The biggest single area of savings is air conditioning, where external blinds can help achieve energy savings of over 70%. (Source: ES-SO). Savings are also significant for lighting costs, especially where building management systems synchronize shading and lighting use.

Whereas louvers, film or ‘solar control’ glazing cast a permanent shadow, automated fabric shades offer more versatile control and allow you to enjoy natural light, even in duller conditions. Finally, the use of highly insulating fabrics can even reduce heating costs in colder weather, especially when closed overnight.

If environmental credentials are important to the design brief, be assured that fabric shading will make a real difference. The appropriate automated fabric shade will deliver energy savings of up to 60 times its CO2 footprint over a 20 year lifespan. Approximately 86% of relevant emissions come from the extraction of raw materials and the production of primary products. Only 0.5% is created during manufacturing. This makes fabric shading a popular choice for any designer thinking about environmental impact.

We always aim to collaborate with architects and technical consultants as early as possible in the design process, to create a bespoke shading system that meets any project requirements, whether they be to achieve the correct balance of heat reflection, glare reduction, views to the outside, durability, safety, aesthetics, or a low carbon footprint. [mailto:solar@guthriedouglas.com Contact our specifications team to discuss your project >>]