Smart Buildings O&M - Revision history

Pinfold at 17:05, July 31, 2023

2023-07-31T17:05:17Z

← Older revision		Revision as of 17:05, July 31, 2023
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	{{Chapter		{{Chapter
	\|image=Smart Buildings and IoT.jpg		\|image=Smart Buildings and IoT.jpg
	~~\|imagecaption=Building Operations & Management~~
	\|poc=Jiri Skopek		\|poc=Jiri Skopek
	\|authors=Jiri Skopek, Jayson Bursill, Christopher Larry		\|authors=Jiri Skopek, Jayson Bursill, Christopher Larry
	\|blueprint=Smart Buildings		\|blueprint=Smart Buildings
	\|sectors=Buildings		\|sectors=Smart Buildings
	\|summary=This section explores how the next generation of smart building operations, functionality and maintenance is utilizing the Internet of Things (IoT) to operate at full interconnectivity, functionality and efficiency.		\|summary=This section explores how the next generation of smart building operations, functionality and maintenance is utilizing the Internet of Things (IoT) to operate at full interconnectivity, functionality and efficiency.
			\|imagecaption=Building Operations & Management
	}}		}}
	__NOTOC__		__NOTOC__

Jskopek at 21:20, June 14, 2023

2023-06-14T21:20:59Z

← Older revision		Revision as of 21:20, June 14, 2023
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	\|poc=Jiri Skopek		\|poc=Jiri Skopek
	\|authors=Jiri Skopek, Jayson Bursill, Christopher Larry		\|authors=Jiri Skopek, Jayson Bursill, Christopher Larry
	\|blueprint=Buildings		\|blueprint=Smart Buildings
	\|sectors=Buildings		\|sectors=Buildings
	\|summary=This section explores how the next generation of smart building operations, functionality and maintenance is utilizing the Internet of Things (IoT) to operate at full interconnectivity, functionality and efficiency.		\|summary=This section explores how the next generation of smart building operations, functionality and maintenance is utilizing the Internet of Things (IoT) to operate at full interconnectivity, functionality and efficiency.

Jskopek at 19:58, June 9, 2023

2023-06-09T19:58:46Z

← Older revision		Revision as of 19:58, June 9, 2023
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	The interactions across the three levels of analysis is a central component of the H-KPI methodology. For example, sensors deployed at Level 1 inform the building management infrastructures at Level 2. The benefits of deploying the smart controls are then manifested at level 3.		The interactions across the three levels of analysis is a central component of the H-KPI methodology. For example, sensors deployed at Level 1 inform the building management infrastructures at Level 2. The benefits of deploying the smart controls are then manifested at level 3.

	[[File:Smart Building Operations KPIs.jpg\|thumb\|~~1500px~~\|center\|<div style='text-align: center;'>]]'''Figure 1: Operational and Energy Savings'''</div>		[[File:Smart Building Operations KPIs.jpg\|thumb\|1000px\|center\|<div style='text-align: center;'>]]'''Figure 1: Operational and Energy Savings'''</div>

	==Level 1 Technology==		==Level 1 Technology==

Jskopek at 19:57, June 9, 2023

2023-06-09T19:57:50Z

← Older revision		Revision as of 19:57, June 9, 2023
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	The interactions across the three levels of analysis is a central component of the H-KPI methodology. For example, sensors deployed at Level 1 inform the building management infrastructures at Level 2. The benefits of deploying the smart controls are then manifested at level 3.		The interactions across the three levels of analysis is a central component of the H-KPI methodology. For example, sensors deployed at Level 1 inform the building management infrastructures at Level 2. The benefits of deploying the smart controls are then manifested at level 3.

	[[File:Smart Building Operations KPIs.jpg\|thumb\|~~1000px~~\|center\|<div style='text-align: center;'>]]'''Figure 1: Operational and Energy Savings'''</div>		[[File:Smart Building Operations KPIs.jpg\|thumb\|1500px\|center\|<div style='text-align: center;'>]]'''Figure 1: Operational and Energy Savings'''</div>

	==Level 1 Technology==		==Level 1 Technology==

Jskopek at 19:55, June 9, 2023

2023-06-09T19:55:50Z

← Older revision		Revision as of 19:55, June 9, 2023
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	The interactions across the three levels of analysis is a central component of the H-KPI methodology. For example, sensors deployed at Level 1 inform the building management infrastructures at Level 2. The benefits of deploying the smart controls are then manifested at level 3.		The interactions across the three levels of analysis is a central component of the H-KPI methodology. For example, sensors deployed at Level 1 inform the building management infrastructures at Level 2. The benefits of deploying the smart controls are then manifested at level 3.

	[[File:Smart ~~Buildings A Foundation~~.jpg\|thumb\|1000px\|center\|<div style='text-align: center;'>]]'''Figure 1: Operational and Energy Savings'''</div>		[[File:Smart Building Operations KPIs.jpg\|thumb\|1000px\|center\|<div style='text-align: center;'>]]'''Figure 1: Operational and Energy Savings'''</div>

	==Level 1 Technology==		==Level 1 Technology==

Jskopek at 19:53, June 9, 2023

2023-06-09T19:53:59Z

← Older revision		Revision as of 19:53, June 9, 2023
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	The interactions across the three levels of analysis is a central component of the H-KPI methodology. For example, sensors deployed at Level 1 inform the building management infrastructures at Level 2. The benefits of deploying the smart controls are then manifested at level 3.		The interactions across the three levels of analysis is a central component of the H-KPI methodology. For example, sensors deployed at Level 1 inform the building management infrastructures at Level 2. The benefits of deploying the smart controls are then manifested at level 3.

	[[File:Smart ~~Building Operations KPIs~~.jpg\|~~1000p~~\|center]]'''Figure 1: Operational and Energy Savings'''</div>		[[File:Smart Buildings A Foundation.jpg\|thumb\|1000px\|center\|<div style='text-align: center;'>]]'''Figure 1: Operational and Energy Savings'''</div>

	==Level 1 Technology==		==Level 1 Technology==

Jskopek at 19:51, June 9, 2023

2023-06-09T19:51:58Z

← Older revision		Revision as of 19:51, June 9, 2023
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	The interactions across the three levels of analysis is a central component of the H-KPI methodology. For example, sensors deployed at Level 1 inform the building management infrastructures at Level 2. The benefits of deploying the smart controls are then manifested at level 3.		The interactions across the three levels of analysis is a central component of the H-KPI methodology. For example, sensors deployed at Level 1 inform the building management infrastructures at Level 2. The benefits of deploying the smart controls are then manifested at level 3.

	[[File:Smart Building Operations KPIs.jpg\|center]]>'''Figure 1: Operational and Energy Savings'''</div>		[[File:Smart Building Operations KPIs.jpg\|1000p\|center]]'''Figure 1: Operational and Energy Savings'''</div>

	==Level 1 Technology==		==Level 1 Technology==

Jskopek at 19:50, June 9, 2023

2023-06-09T19:50:10Z

← Older revision		Revision as of 19:50, June 9, 2023
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	The interactions across the three levels of analysis is a central component of the H-KPI methodology. For example, sensors deployed at Level 1 inform the building management infrastructures at Level 2. The benefits of deploying the smart controls are then manifested at level 3.		The interactions across the three levels of analysis is a central component of the H-KPI methodology. For example, sensors deployed at Level 1 inform the building management infrastructures at Level 2. The benefits of deploying the smart controls are then manifested at level 3.

	[[File:Smart Building Operations KPIs.jpg\|center]]		[[File:Smart Building Operations KPIs.jpg\|center]]>'''Figure 1: Operational and Energy Savings'''</div>

	==Level 1 Technology==		==Level 1 Technology==

Jskopek at 19:47, June 9, 2023

2023-06-09T19:47:45Z

@@ Line 35: / Line 35: @@
 The interactions across the three levels of analysis is a central component of the H-KPI methodology. For example, sensors deployed at Level 1 inform the building management infrastructures at Level 2. The benefits of deploying the smart controls are then manifested at level 3.
-[[File:Smart Building Operations KPIs.jpg|thumb]]
+[[File:Smart Building Operations KPIs.jpg|center]]
 ==Level 1 Technology==

Pinfold at 05:21, June 9, 2023

2023-06-09T05:21:49Z

← Older revision		Revision as of 05:21, June 9, 2023
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	~~<!--~~ {{Chapter		{{Chapter
	\|image=Smart Buildings and IoT.jpg		\|image=Smart Buildings and IoT.jpg
	\|imagecaption=Building Operations & Management		\|imagecaption=Building Operations & Management
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	\|summary=This section explores how the next generation of smart building operations, functionality and maintenance is utilizing the Internet of Things (IoT) to operate at full interconnectivity, functionality and efficiency.		\|summary=This section explores how the next generation of smart building operations, functionality and maintenance is utilizing the Internet of Things (IoT) to operate at full interconnectivity, functionality and efficiency.
	}}		}}
	__NOTOC__ ~~-->~~		__NOTOC__
	==Objective==		==Objective==
	Smart building, operations, functionality and maintenance capabilities cut energy consumption and CO2 emissions, reduce maintenance costs, improve performance and extend equipment lifetime. Various systems offer actionable insights, drive fewer complaints from occupants, decrease the need for unscheduled maintenance and reduce energy costs and carbon footprint. In time of pandemic or other extreme events, smart buildings may offer autonomous operation.		Smart building, operations, functionality and maintenance capabilities cut energy consumption and CO2 emissions, reduce maintenance costs, improve performance and extend equipment lifetime. Various systems offer actionable insights, drive fewer complaints from occupants, decrease the need for unscheduled maintenance and reduce energy costs and carbon footprint. In time of pandemic or other extreme events, smart buildings may offer autonomous operation.