Smart Buildings: To Unlock the Value Opportunities, First Break Down Those Silos
Following a first edition published in 2017 encompassing smart home and smart buildings, this new report focuses on smart buildings with their own market characteristics and the key factors impacting the market.
The report mainly covers four sub-segments of smart building: energy management, security, in-building connectivity and elevators.
For each of these building facilities, we provide the key stakes faced by building managers, the solutions existing today and the different types of players involved.
It also provides forecasts of connected objects comprising the smart building market.
The report mainly covers four sub-segments of smart building: energy management, security, in-building connectivity and elevators.
For each of these building facilities, we provide the key stakes faced by building managers, the solutions existing today and the different types of players involved.
It also provides forecasts of connected objects comprising the smart building market.
1. EXECUTIVE SUMMARY
2. DEFINITION AND SCOPE
2.1. Global context
2.2. Smart Buildings, PropTech, ConTech
2.3. Scope of the present report: Smart Buildings
2.4. Impact of digital technologies in the building sector
2.5. Certification labels for buildings
3. SMART BUILDING-RELATED SERVICES
3.1. Energy management
Context, benefits
Smart HVAC
Smart lighting
Ecosystem
Trends
3.2. Physical security
Context, benefits
Solutions
Ecosystem
Trends
3.3. In-building connectivity
Context, benefits
Technologies : Wifi, small cells, DAS
Operating models
Ecosystem
Private LTE
3.4. Predictive maintenance
Concept and benefits
Smart elevators
4. MARKET TRENDS
4.1. Synthesis
4.2. ‘Real’ smart building
4.3. Key players
4.4. Drivers and barriers
4.5. Market sizing
5. ANNEX
5.1. Certification labels for buildings
2. DEFINITION AND SCOPE
2.1. Global context
2.2. Smart Buildings, PropTech, ConTech
2.3. Scope of the present report: Smart Buildings
2.4. Impact of digital technologies in the building sector
2.5. Certification labels for buildings
3. SMART BUILDING-RELATED SERVICES
3.1. Energy management
Context, benefits
Smart HVAC
Smart lighting
Ecosystem
Trends
3.2. Physical security
Context, benefits
Solutions
Ecosystem
Trends
3.3. In-building connectivity
Context, benefits
Technologies : Wifi, small cells, DAS
Operating models
Ecosystem
Private LTE
3.4. Predictive maintenance
Concept and benefits
Smart elevators
4. MARKET TRENDS
4.1. Synthesis
4.2. ‘Real’ smart building
4.3. Key players
4.4. Drivers and barriers
4.5. Market sizing
5. ANNEX
5.1. Certification labels for buildings
LIST OF TABLES AND FIGURES
Smart building segmentation
Existing certifications and their categories for buildings
Energy use by US commercial buildings, by type of building
Energy use by US commercial buildings, by major end users
Breakdown of energy use in buildings, and expected savings
Average energy savings from smart technologies
MindSphere – The IoT Operating System
Example of a specialised IoT platform for connected lighting application by InterAct
Benefits gained by the Philips integrated smart lighting system at The Edge building in Amsterdam
Smart building solution levels
Smart building energy key players
Smart energy: trends and adoption
Expected change in security equipment expenditure between 2017 and 2018
Smart building priorities for healthcare facilities
Potential applications using an access control system
Physical security key players
Network camera price
Survey of video surveillance system plans of expenditure
Wifi roadmap and features
Wifi strengths and weaknesses for building connectivity
Small cells strengths and weaknesses for building connectivity
Small cell As A Service principle
DAS strengths and weaknesses for building connectivity
Comparison of in-building connectivity solutions
Operating models for in-building connectivity
Links between operating models and in-building technologies
Players positioning in the connectivity market
Cost efficiency of CBRS network
Comparison of types of maintenance for commercial buildings
Smart building landscape
Market fragmentation
Connected HVAC in smart buildings
Connected cameras in smart buildings
Connected elevators in smart buildings
Smart building segmentation
Existing certifications and their categories for buildings
Energy use by US commercial buildings, by type of building
Energy use by US commercial buildings, by major end users
Breakdown of energy use in buildings, and expected savings
Average energy savings from smart technologies
MindSphere – The IoT Operating System
Example of a specialised IoT platform for connected lighting application by InterAct
Benefits gained by the Philips integrated smart lighting system at The Edge building in Amsterdam
Smart building solution levels
Smart building energy key players
Smart energy: trends and adoption
Expected change in security equipment expenditure between 2017 and 2018
Smart building priorities for healthcare facilities
Potential applications using an access control system
Physical security key players
Network camera price
Survey of video surveillance system plans of expenditure
Wifi roadmap and features
Wifi strengths and weaknesses for building connectivity
Small cells strengths and weaknesses for building connectivity
Small cell As A Service principle
DAS strengths and weaknesses for building connectivity
Comparison of in-building connectivity solutions
Operating models for in-building connectivity
Links between operating models and in-building technologies
Players positioning in the connectivity market
Cost efficiency of CBRS network
Comparison of types of maintenance for commercial buildings
Smart building landscape
Market fragmentation
Connected HVAC in smart buildings
Connected cameras in smart buildings
Connected elevators in smart buildings
