Global Occupancy Sensor Market – Global Industry Analysis and Forecast (2019-2026) – by Network Connectivity, Technology, Coverage area, Application, Operation, building type and by Region.

Global Occupancy Sensor Market – Global Industry Analysis and Forecast (2019-2026) – by Network Connectivity, Technology, Coverage area, Application, Operation, building type and by Region.

Market Scenario

Global Occupancy Sensor Market was valued US$ XX Bn in 2018 and is estimated to reach US$ XX Bn by 2026 at a CAGR of XX %.Global Occupancy Sensor MARKETThe occupancy sensor is generally used for providing automatic control, saving energy and complying with building codes etc. Increasing demand for energy saving devices has resulted in several technological advancements in occupancy sensors market. A proliferation of IoT is one of the major trends in occupancy sensor market globally. The IoT is technology that connects electronic devices to the internet, and thus facilitates data transfer over a network. Global occupancy sensor market is driven by factors such as the increasing demand for energy-efficient devices, favourable government policies with regards to energy saving, development of more accurate & efficient sensors, and configurable & programmable sensors for HVAC systems. The passive infrared-based occupancy sensor is projected to hold the biggest share market during the forecast period. Additionally, due to an increase in energy and power prices on an overall basis occupancy sensor devices are expected to gain traction and grow at the highest CAGR in the upcoming years. The global occupancy sensor market is also anticipated to witness increasing commercial building types including office and hospitality buildings providing the biggest market share during the forecast period. In reducing light pollution and can be used in offices, conference rooms, restrooms, and other spaces, occupancy sensors are also essential. A combination of automatic occupancy sensors and scheduling devices do the job of saving energy quite efficiently. Indoor operation segment is leading the global occupancy sensor market. An occupancy operation sensor is an indoor motion detecting devices used to detect the presence of a person to automatically control lights or temperature or ventilation systems. The indoor sensors use infrared, ultrasonic, microwave, or other technology. The term involves devices as different as PIR sensors, hotel room key card locks, and smart meters. Occupancy sensors are usually used to save energy, provide automatic control, and comply with building codes. Region-wise, North America is expected to hold the largest market share and dominate the occupancy sensor market globally during the forecast period, due to the presence of key players and supportive government plans and programs in the region. The European region offers potential growth opportunities as there is growing government support and enterprises that are turning towards occupancy sensor as energy-efficient devices. Global occupancy sensor market report includes PESTLE analysis, competitive landscape, and Porter’s five force model. Market attractive analysis wherein all the segments are benchmarked based on the market size, growth rate, and general attractiveness. Key players operating in global occupancy sensor market, Honeywell International, Eaton Corporation, Schneider Electric, Legrand Inc., Leviton Electronic Co. Ltd, Philips Ltd, Hubbel Automation Inc., Johnson Controls GmbH, Pammvi Group, Lutron Electronics, General Electric, and Texas Instruments Incorporated, amongst others.

Scope of Global Occupancy Sensor Market

Global Occupancy Sensor Market, by Network Connectivity

• Wired • Wireless

Global Occupancy Sensor Market, by Technology

• Passive Infrared • Ultrasonic • Dual Technology

Global Occupancy Sensor Market, by Coverage Area

• Less than 89 Degree • 90 Degree–179 Degree • 180 Degree–360 Degree

Global Occupancy Sensor Market, by Application

• Lighting Control • Security Surveillance • HVAC

Global Occupancy Sensor Market, by Operation

• Indoor Operation • Outdoor Operation

Global Occupancy Sensor Market, by Building Type

• Residential Buildings • Commercial Buildings

Global Occupancy Sensor Market, by Region

• North America • Europe • Asia Pacific • Middle East and Africa • South America

Key players operating in Global Occupancy Sensor Market

• Honeywell International • Eaton Corporation • Schneider Electric • Legrand Inc. • Leviton Electronic Co. Ltd • Philips Ltd • Hubbel Automation Inc. • Johnson Controls GmbH • Pammvi Group • Lutron Electronics • General Electric • Texas Instruments Incorporated

Table of Contents

Global Occupancy Sensor Market

1. Preface 1.1. Report Scope and Market Segmentation 1.2. Research Highlights 1.3. Research Objectives 2. Assumptions and Research Methodology 2.1. Report Assumptions 2.2. Abbreviations 2.3. Research Methodology 2.3.1. Secondary Research 2.3.1.1. Secondary data 2.3.1.2. Secondary Sources 2.3.2. Primary Research 2.3.2.1. Data from Primary Sources 2.3.2.2. Breakdown of Primary Sources 3. Executive Summary: Global Occupancy Sensor Market Size, by Market Value (US$ Bn) and Volume (US$ Units) 4. Market Overview 4.1. Introduction 4.2. Market Indicator 4.2.1. Drivers 4.2.2. Restraints 4.2.3. Opportunities 4.2.4. Challenges 4.3. Porter’s Analysis 4.4. Value Chain Analysis 4.5. Market Risk Analysis 4.6. SWOT Analysis 4.7.Global Occupancy Sensor Market Industry Trends 4.8. Patent Registration 5. Supply Side and Demand Side Indicators 6. Global Occupancy Sensor Market Analysis and Forecast 6.1. Global Occupancy Sensor Market Size & Y-o-Y Growth Analysis 6.1.1. North America 6.1.2. Europe 6.1.3. Asia Pacific 6.1.4. Middle East & Africa 6.1.5. South America 7. Global Occupancy Sensor Market Analysis and Forecast, by Network Connectivity 7.1. Introduction and Definition 7.2. Key Findings 7.3. Global Occupancy Sensor Market Value Share Analysis, by Network Connectivity 7.4. Global Occupancy Sensor Market Size (US$ Bn) Forecast, by Network Connectivity 7.5. Global Occupancy Sensor Market Analysis, by Network Connectivity 7.6. Global Occupancy Sensor Market Attractiveness Analysis, by Network Connectivity 8. Global Occupancy Sensor Market Analysis and Forecast, by Technology 8.1. Introduction and Definition 8.2. Key Findings 8.3. Global Occupancy Sensor Market Value Share Analysis, by Technology 8.4. Global Occupancy Sensor Market Size (US$ Bn) Forecast, by Technology 8.5. Global Occupancy Sensor Market Analysis, by Technology 8.6. Global Occupancy Sensor Market Attractiveness Analysis, by Technology 9. Global Occupancy Sensor Market Analysis and Forecast, by Coverage Area 9.1. Introduction and Definition 9.2. Key Findings 9.3. Global Occupancy Sensor Market Value Share Analysis, by Coverage Area 9.4. Global Occupancy Sensor Market Size (US$ Bn) Forecast, by Coverage Area 9.5. Global Occupancy Sensor Market Analysis, by Coverage Area 9.6. Global Occupancy Sensor Market Attractiveness Analysis, by Coverage Area 10. Global Occupancy Sensor Market Analysis and Forecast, by Application 10.1. Introduction and Definition 10.2. Key Findings 10.3. Global Occupancy Sensor Market Value Share Analysis, by Application 10.4. Global Occupancy Sensor Market Size (US$ Bn) Forecast, by Application 10.5. Global Occupancy Sensor Market Analysis, by Application 10.6. Global Occupancy Sensor Market Attractiveness Analysis, by Application 11. Global Occupancy Sensor Market Analysis and Forecast, by Operation 11.1. Introduction and Definition 11.2. Key Findings 11.3. Global Occupancy Sensor Market Value Share Analysis, by Operation 11.4. Global Occupancy Sensor Market Size (US$ Bn) Forecast, by Operation 11.5. Global Occupancy Sensor Market Analysis, by Operation 11.6. Global Occupancy Sensor Market Attractiveness Analysis, by Operation 12. Global Occupancy Sensor Market Analysis and Forecast, by Building Type 12.1. Introduction and Definition 12.2. Key Findings 12.3. Global Occupancy Sensor Market Value Share Analysis, by Building Type 12.4. Global Occupancy Sensor Market Size (US$ Bn) Forecast, by Building Type 12.5. Global Occupancy Sensor Market Analysis, by Building Type 12.6. Global Occupancy Sensor Market Attractiveness Analysis, by Building Type 13. Global Occupancy Sensor Market Analysis, by Region 13.1. Global Occupancy Sensor Market Value Share Analysis, by Region 13.2. Global Occupancy Sensor Market Size (US$ Bn) Forecast, by Region 13.3. Global Occupancy Sensor Market Attractiveness Analysis, by Region 14. North America Occupancy Sensor Market Analysis 14.1. Key Findings 14.2. North America Occupancy Sensor Market Overview 14.3. North America Occupancy Sensor Market Value Share Analysis, by Network Connectivity 14.4. North America Occupancy Sensor Market Forecast, by Network Connectivity 14.4.1. Wired 14.4.2. Wireless 14.5. North America Occupancy Sensor Market Value Share Analysis, by Technology 14.6. North America Occupancy Sensor Market Forecast, by Technology 14.6.1. Passive Infrared 14.6.2. Ultrasonic 14.6.3. Dual Technology 14.7. North America Occupancy Sensor Market Value Share Analysis, by Coverage Area 14.8. North America Occupancy Sensor Market Forecast, by Coverage Area 14.8.1. Less than 89 Degree 14.8.2. 90 Degree–179 Degree 14.8.3. 180 Degree–360 Degree 14.9. North America Occupancy Sensor Market Value Share Analysis, by Application 14.10. North America Occupancy Sensor Market Forecast, by Application 14.10.1. Lighting Control 14.10.2. Security Surveillance 14.10.3. HVAC 14.11. North America Occupancy Sensor Market Value Share Analysis, by Operation 14.12. North America Occupancy Sensor Market Forecast, by Operation 14.12.1. Indoor Operation 14.12.2. Outdoor Operation 14.13. North America Occupancy Sensor Market Value Share Analysis, by Building Type 14.14. North America Occupancy Sensor Market Forecast, by Building Type 14.14.1. Residential Buildings 14.14.2. Commercial Buildings 14.15. North America Occupancy Sensor Market Value Share Analysis, by Country 14.16. North America Occupancy Sensor Market Forecast, by Country 14.16.1. U.S. 14.16.2. Canada 14.17. North America Occupancy Sensor Market Analysis, by Country 14.18. U.S. Occupancy Sensor Market Forecast, by Network Connectivity 14.18.1. Wired 14.18.2. Wireless 14.19. U.S. Occupancy Sensor Market Forecast, by Technology 14.19.1. Passive Infrared 14.19.2. Ultrasonic 14.19.3. Dual Technology 14.20. U.S. Occupancy Sensor Market Forecast, by Coverage Area 14.20.1. Less than 89 Degree 14.20.2. 90 Degree–179 Degree 14.20.3. 180 Degree–360 Degree 14.21. U.S. Occupancy Sensor Market Forecast, by Application 14.21.1. Lighting Control 14.21.2. Security Surveillance 14.21.3. HVAC 14.22. U.S. Occupancy Sensor Market Forecast, by Operation 14.22.1. Indoor Operation 14.22.2. Outdoor Operation 14.23. U.S. Occupancy Sensor Market Forecast, by Building Type 14.23.1. Residential Buildings 14.23.2. Commercial Buildings 14.24. Canada Occupancy Sensor Market Forecast, by Network Connectivity 14.24.1. Wired 14.24.2. Wireless 14.25. Canada Occupancy Sensor Market Forecast, by Technology 14.25.1. Passive Infrared 14.25.2. Ultrasonic 14.25.3. Dual Technology 14.26. Canada Occupancy Sensor Market Forecast, by Coverage Area 14.26.1. Less than 89 Degree 14.26.2. 90 Degree–179 Degree 14.26.3. 180 Degree–360 Degree 14.27. Canada Occupancy Sensor Market Forecast, by Application 14.27.1. Lighting Control 14.27.2. Security Surveillance 14.27.3. HVAC 14.28. Canada Occupancy Sensor Market Forecast, by Operation 14.28.1. Indoor Operation 14.28.2. Outdoor Operation 14.29. Canada Occupancy Sensor Market Forecast, by Building Type 14.29.1. Residential Buildings 14.29.2. Commercial Buildings 14.30. North America Occupancy Sensor Market Attractiveness Analysis 14.30.1. By Network Connectivity 14.30.2. By Technology 14.30.3. By Coverage Area 14.30.4. By Application 14.30.5. By Operation 14.30.6. By Building Type 14.31. PEST Analysis 15. Europe Occupancy Sensor Market Analysis 15.1. Key Findings 15.2. Europe Occupancy Sensor Market Overview 15.3. Europe Occupancy Sensor Market Value Share Analysis, by Network Connectivity 15.4. Europe Occupancy Sensor Market Forecast, by Network Connectivity 15.4.1. Wired 15.4.2. Wireless 15.5. Europe Occupancy Sensor Market Value Share Analysis, by Technology 15.6. Europe Occupancy Sensor Market Forecast, by Technology 15.6.1. Passive Infrared 15.6.2. Ultrasonic 15.6.3. Dual Technology 15.7. Europe Occupancy Sensor Market Value Share Analysis, by Coverage Area 15.8. Europe Occupancy Sensor Market Forecast, by Coverage Area 15.8.1. Less than 89 Degree 15.8.2. 90 Degree–179 Degree 15.8.3. 180 Degree–360 Degree 15.9. Europe Occupancy Sensor Market Value Share Analysis, by Application 15.10. Europe Occupancy Sensor Market Forecast, by Application 15.10.1. Lighting Control 15.10.2. Security Surveillance 15.10.3. HVAC 15.11. Europe Occupancy Sensor Market Value Share Analysis, by Operation 15.12. Europe Occupancy Sensor Market Forecast, by Operation 15.12.1. Indoor Operation 15.12.2. Outdoor Operation 15.13. Europe Occupancy Sensor Market Value Share Analysis, by Building Type 15.14. Europe Occupancy Sensor Market Forecast, by Building Type 15.14.1. Residential Buildings 15.14.2. Commercial Buildings 15.15. Europe Occupancy Sensor Market Value Share Analysis, by Country 15.16. Europe Occupancy Sensor Market Forecast, by Country 15.16.1. Germany 15.16.2. U.K. 15.16.3. France 15.16.4. Italy 15.16.5. Spain 15.16.6. Rest of Europe 15.17. Europe Occupancy Sensor Market Analysis, by Country 15.18. Germany Occupancy Sensor Market Forecast, by Network Connectivity 15.18.1. Wired 15.18.2. Wireless 15.19. Germany Occupancy Sensor Market Forecast, by Technology 15.19.1. Passive Infrared 15.19.2. Ultrasonic 15.19.3. Dual Technology 15.20. Germany Occupancy Sensor Market Forecast, by Coverage Area 15.20.1. Less than 89 Degree 15.20.2. 90 Degree–179 Degree 15.20.3. 180 Degree–360 Degree 15.21. Germany Occupancy Sensor Market Forecast, by Application 15.21.1. Lighting Control 15.21.2. Security Surveillance 15.21.3. HVAC 15.22. Germany Occupancy Sensor Market Forecast, by Operation 15.22.1. Indoor Operation 15.22.2. Outdoor Operation 15.23. Germany Occupancy Sensor Market Forecast, by Building Type 15.23.1. Residential Buildings 15.23.2. Commercial Buildings 15.24. U.K. Occupancy Sensor Market Forecast, by Network Connectivity 15.24.1. Wired 15.24.2. Wireless 15.25. U.K. Occupancy Sensor Market Forecast, by Technology 15.25.1. Passive Infrared 15.25.2. Ultrasonic 15.25.3. Dual Technology 15.26. U.K. Occupancy Sensor Market Forecast, by Coverage Area 15.26.1. Less than 89 Degree 15.26.2. 90 Degree–179 Degree 15.26.3. 180 Degree–360 Degree 15.27. U.K. Occupancy Sensor Market Forecast, by Application 15.27.1. Lighting Control 15.27.2. Security Surveillance 15.27.3. HVAC 15.28. U.K. Occupancy Sensor Market Forecast, by Operation 15.28.1. Indoor Operation 15.28.2. Outdoor Operation 15.29. U.K. Occupancy Sensor Market Forecast, by Building Type 15.29.1. Residential Buildings 15.29.2. Commercial Buildings 15.30. France Occupancy Sensor Market Forecast, by Network Connectivity 15.30.1. Wired 15.30.2. Wireless 15.31. France Occupancy Sensor Market Forecast, by Technology 15.31.1. Passive Infrared 15.31.2. Ultrasonic 15.31.3. Dual Technology 15.32. France Occupancy Sensor Market Forecast, by Coverage Area 15.32.1. Less than 89 Degree 15.32.2. 90 Degree–179 Degree 15.32.3. 180 Degree–360 Degree 15.33. France Occupancy Sensor Market Forecast, by Application 15.33.1. Lighting Control 15.33.2. Security Surveillance 15.33.3. HVAC 15.34. France Occupancy Sensor Market Forecast, by Operation 15.34.1. Indoor Operation 15.34.2. Outdoor Operation 15.35. France Occupancy Sensor Market Forecast, by Building Type 15.35.1. Residential Buildings 15.35.2. Commercial Buildings 15.36. Italy Occupancy Sensor Market Forecast, by Network Connectivity 15.36.1. Wired 15.36.2. Wireless 15.37. Italy Occupancy Sensor Market Forecast, by Technology 15.37.1. Passive Infrared 15.37.2. Ultrasonic 15.37.3. Dual Technology 15.38. Italy Occupancy Sensor Market Forecast, by Coverage Area 15.38.1. Less than 89 Degree 15.38.2. 90 Degree–179 Degree 15.38.3. 180 Degree–360 Degree 15.39. Italy Occupancy Sensor Market Forecast, by Application 15.39.1. Lighting Control 15.39.2. Security Surveillance 15.39.3. HVAC 15.40. Italy Occupancy Sensor Market Forecast, by Operation 15.40.1. Indoor Operation 15.40.2. Outdoor Operation 15.41. Italy Occupancy Sensor Market Forecast, by Building Type 15.41.1. Residential Buildings 15.41.2. Commercial Buildings 15.42. Spain Occupancy Sensor Market Forecast, by Network Connectivity 15.42.1. Wired 15.42.2. Wireless 15.43. Spain Occupancy Sensor Market Forecast, by Technology 15.43.1. Passive Infrared 15.43.2. Ultrasonic 15.43.3. Dual Technology 15.44. Spain Occupancy Sensor Market Forecast, by Coverage Area 15.44.1. Less than 89 Degree 15.44.2. 90 Degree–179 Degree 15.44.3. 180 Degree–360 Degree 15.45. Spain Occupancy Sensor Market Forecast, by Application 15.45.1. Lighting Control 15.45.2. Security Surveillance 15.45.3. HVAC 15.46. Spain Occupancy Sensor Market Forecast, by Operation 15.46.1. Indoor Operation 15.46.2. Outdoor Operation 15.47. Spain Occupancy Sensor Market Forecast, by Building Type 15.47.1. Residential Buildings 15.47.2. Commercial Buildings 15.48. Rest of Europe Occupancy Sensor Market Forecast, by Network Connectivity 15.48.1. Wired 15.48.2. Wireless 15.49. Rest of Europe Occupancy Sensor Market Forecast, by Technology 15.49.1. Passive Infrared 15.49.2. Ultrasonic 15.49.3. Dual Technology 15.50. Rest of Europe Occupancy Sensor Market Forecast, by Coverage Area 15.50.1. Less than 89 Degree 15.50.2. 90 Degree–179 Degree 15.50.3. 180 Degree–360 Degree 15.51. Rest Of Europe Occupancy Sensor Market Forecast, by Application 15.51.1. Lighting Control 15.51.2. Security Surveillance 15.51.3. HVAC 15.52. Rest Of Europe Occupancy Sensor Market Forecast, by Operation 15.52.1. Indoor Operation 15.52.2. Outdoor Operation 15.53. Rest Of Europe Occupancy Sensor Market Forecast, by Building Type 15.53.1. Residential Buildings 15.53.2. Commercial Buildings 15.54. Europe Occupancy Sensor Market Attractiveness Analysis 15.54.1. By Network Connectivity 15.54.2. By Technology 15.54.3. By Coverage Area 15.54.4. By Application 15.54.5. By Operation 15.54.6. By Building Type 15.55. PEST Analysis 16. Asia Pacific Occupancy Sensor Market Analysis 16.1. Key Findings 16.2. Asia Pacific Occupancy Sensor Market Overview 16.3. Asia Pacific Occupancy Sensor Market Value Share Analysis, by Network Connectivity 16.4. Asia Pacific Occupancy Sensor Market Forecast, by Network Connectivity 16.4.1. Wired 16.4.2. Wireless 16.5. Asia Pacific Occupancy Sensor Market Value Share Analysis, by Technology 16.6. Asia Pacific Occupancy Sensor Market Forecast, by Technology 16.6.1. Passive Infrared 16.6.2. Ultrasonic 16.6.3. Dual Technology 16.7. Asia Pacific Occupancy Sensor Market Value Share Analysis, by Coverage Area 16.8. Asia Pacific Occupancy Sensor Market Forecast, by Coverage Area 16.8.1. Less than 89 Degree 16.8.2. 90 Degree–179 Degree 16.8.3. 180 Degree–360 Degree 16.9. Asia Pacific Occupancy Sensor Market Value Share Analysis, by Application 16.10. Asia Pacific Occupancy Sensor Market Forecast, by Application 16.10.1. Lighting Control 16.10.2. Security Surveillance 16.10.3. HVAC 16.11. Asia Pacific Occupancy Sensor Market Value Share Analysis, by Operation 16.12. Asia Pacific Occupancy Sensor Market Forecast, by Operation 16.12.1. Indoor Operation 16.12.2. Outdoor Operation 16.13. Asia Pacific Occupancy Sensor Market Value Share Analysis, by Building Type 16.14. Asia Pacific Occupancy Sensor Market Forecast, by Building Type 16.14.1. Residential Buildings 16.14.2. Commercial Buildings 16.15. Asia Pacific Occupancy Sensor Market Value Share Analysis, by Country 16.16. Asia Pacific Occupancy Sensor Market Forecast, by Country 16.16.1. China 16.16.2. India 16.16.3. Japan 16.16.4. ASEAN 16.16.5. Rest of Asia Pacific 16.17. Asia Pacific Occupancy Sensor Market Analysis, by Country 16.18. China Occupancy Sensor Market Forecast, by Network Connectivity 16.18.1. Wired 16.18.2. Wireless 16.19. China Occupancy Sensor Market Forecast, by Technology 16.19.1. Passive Infrared 16.19.2. Ultrasonic 16.19.3. Dual Technology 16.20. China Occupancy Sensor Market Forecast, by Coverage Area 16.20.1. Less than 89 Degree 16.20.2. 90 Degree–179 Degree 16.20.3. 180 Degree–360 Degree 16.21. China Occupancy Sensor Market Forecast, by Application 16.21.1. Lighting Control 16.21.2. Security Surveillance 16.21.3. HVAC 16.22. China Occupancy Sensor Market Forecast, by Operation 16.22.1. Indoor Operation 16.22.2. Outdoor Operation 16.23. China Occupancy Sensor Market Forecast, by Building Type 16.23.1. Residential Buildings 16.23.2. Commercial Buildings 16.24. India Occupancy Sensor Market Forecast, by Network Connectivity 16.24.1. Wired 16.24.2. Wireless 16.25. India Occupancy Sensor Market Forecast, by Technology 16.25.1. Passive Infrared 16.25.2. Ultrasonic 16.25.3. Dual Technology 16.26. India Occupancy Sensor Market Forecast, by Coverage Area 16.26.1. Less than 89 Degree 16.26.2. 90 Degree–179 Degree 16.26.3. 180 Degree–360 Degree 16.27. India Occupancy Sensor Market Forecast, by Application 16.27.1. Lighting Control 16.27.2. Security Surveillance 16.27.3. HVAC 16.28. India Occupancy Sensor Market Forecast, by Operation 16.28.1. Indoor Operation 16.28.2. Outdoor Operation 16.29. India Occupancy Sensor Market Forecast, by Building Type 16.29.1. Residential Buildings 16.29.2. Commercial Buildings 16.30. Japan Occupancy Sensor Market Forecast, by Network Connectivity 16.30.1. Wired 16.30.2. Wireless 16.31. Japan Occupancy Sensor Market Forecast, by Technology 16.31.1. Passive Infrared 16.31.2. Ultrasonic 16.31.3. Dual Technology 16.32. Japan Occupancy Sensor Market Forecast, by Coverage Area 16.32.1. Less than 89 Degree 16.32.2. 90 Degree–179 Degree 16.32.3. 180 Degree–360 Degree 16.33. Japan Occupancy Sensor Market Forecast, by Application 16.33.1. Lighting Control 16.33.2. Security Surveillance 16.33.3. HVAC 16.34. Japan Occupancy Sensor Market Forecast, by Operation 16.34.1. Indoor Operation 16.34.2. Outdoor Operation 16.35. Japan Occupancy Sensor Market Forecast, by Building Type 16.35.1. Residential Buildings 16.35.2. Commercial Buildings 16.36. ASEAN Occupancy Sensor Market Forecast, by Network Connectivity 16.36.1. Wired 16.36.2. Wireless 16.37. ASEAN Occupancy Sensor Market Forecast, by Technology 16.37.1. Passive Infrared 16.37.2. Ultrasonic 16.37.3. Dual Technology 16.38. ASEAN Occupancy Sensor Market Forecast, by Coverage Area 16.38.1. Less than 89 Degree 16.38.2. 90 Degree–179 Degree 16.38.3. 180 Degree–360 Degree 16.39. ASEAN Occupancy Sensor Market Forecast, by Application 16.39.1. Lighting Control 16.39.2. Security Surveillance 16.39.3. HVAC 16.40. ASEAN Occupancy Sensor Market Forecast, by Operation 16.40.1. Indoor Operation 16.40.2. Outdoor Operation 16.41. ASEAN Occupancy Sensor Market Forecast, by Building Type 16.41.1. Residential Buildings 16.41.2. Commercial Buildings 16.42. Rest of Asia Pacific Occupancy Sensor Market Forecast, by Network Connectivity 16.42.1. Wired 16.42.2. Wireless 16.43. Rest of Asia Pacific Occupancy Sensor Market Forecast, by Technology 16.43.1. Passive Infrared 16.43.2. Ultrasonic 16.43.3. Dual Technology 16.44. Rest of Asia Pacific Occupancy Sensor Market Forecast, by Coverage Area 16.44.1. Less than 89 Degree 16.44.2. 90 Degree–179 Degree 16.44.3. 180 Degree–360 Degree 16.45. Rest of Asia Pacific Occupancy Sensor Market Forecast, by Application 16.45.1. Lighting Control 16.45.2. Security Surveillance 16.45.3. HVAC 16.46. Rest of Asia Pacific Occupancy Sensor Market Forecast, by Operation 16.46.1. Indoor Operation 16.46.2. Outdoor Operation 16.47. Rest of Asia Pacific Occupancy Sensor Market Forecast, by Building Type 16.47.1. Residential Buildings 16.47.2. Commercial Buildings 16.48. Asia Pacific Occupancy Sensor Market Attractiveness Analysis 16.48.1. By Network Connectivity 16.48.2. By Technology 16.48.3. By Coverage Area 16.48.4. By Application 16.48.5. By Operation 16.48.6. By Building Type 16.49. PEST Analysis 17. Middle East & Africa Occupancy Sensor Market Analysis 17.1. Key Findings 17.2. Middle East & Africa Occupancy Sensor Market Overview 17.3. Middle East & Africa Occupancy Sensor Market Value Share Analysis, by Network Connectivity 17.4. Middle East & Africa Occupancy Sensor Market Forecast, by Network Connectivity 17.4.1. Wired 17.4.2. Wireless 17.5. Middle East & Africa Occupancy Sensor Market Value Share Analysis, by Technology 17.6. Middle East & Africa Occupancy Sensor Market Forecast, by Technology 17.6.1. Passive Infrared 17.6.2. Ultrasonic 17.6.3. Dual Technology 17.7. Middle East & Africa Occupancy Sensor Market Value Share Analysis, by Coverage Area 17.8. Middle East & Africa Occupancy Sensor Market Forecast, by Coverage Area 17.8.1. Less than 89 Degree 17.8.2. 90 Degree–179 Degree 17.8.3. 180 Degree–360 Degree 17.9. Middle East & Africa Occupancy Sensor Market Value Share Analysis, by Application 17.10. Middle East & Africa Occupancy Sensor Market Forecast, by Application 17.10.1. Lighting Control 17.10.2. Security Surveillance 17.10.3. HVAC 17.11. Middle East & Africa Occupancy Sensor Market Value Share Analysis, by Operation 17.12. Middle East & Africa Occupancy Sensor Market Forecast, by Operation 17.12.1. Indoor Operation 17.12.2. Outdoor Operation 17.13. Middle East & Africa Occupancy Sensor Market Value Share Analysis, by Building Type 17.14. Middle East & Africa Occupancy Sensor Market Forecast, by Building Type 17.14.1. Residential Buildings 17.14.2. Commercial Buildings 17.15. Middle East & Africa Occupancy Sensor Market Value Share Analysis, by Country 17.16. Middle East & Africa Occupancy Sensor Market Forecast, by Country 17.16.1. GCC 17.16.2. South Africa 17.16.3. Rest of Middle East & Africa 17.17. Middle East & Africa Occupancy Sensor Market Analysis, by Country 17.18. GCC Occupancy Sensor Market Forecast, by Network Connectivity 17.18.1. Wired 17.18.2. Wireless 17.19. GCC Occupancy Sensor Market Forecast, by Technology 17.19.1. Passive Infrared 17.19.2. Ultrasonic 17.19.3. Dual Technology 17.20. GCC Occupancy Sensor Market Forecast, by Coverage Area 17.20.1. Less than 89 Degree 17.20.2. 90 Degree–179 Degree 17.20.3. 180 Degree–360 Degree 17.21. GCC Occupancy Sensor Market Forecast, by Application 17.21.1. Lighting Control 17.21.2. Security Surveillance 17.21.3. HVAC 17.22. GCC Occupancy Sensor Market Forecast, by Operation 17.22.1. Indoor Operation 17.22.2. Outdoor Operation 17.23. GCC Occupancy Sensor Market Forecast, by Building Type 17.23.1. Residential Buildings 17.23.2. Commercial Buildings 17.24. South Africa Occupancy Sensor Market Forecast, by Network Connectivity 17.24.1. Wired 17.24.2. Wireless 17.25. South Africa Occupancy Sensor Market Forecast, by Technology 17.25.1. Passive Infrared 17.25.2. Ultrasonic 17.25.3. Dual Technology 17.26. South Africa Occupancy Sensor Market Forecast, by Coverage Area 17.26.1. Less than 89 Degree 17.26.2. 90 Degree–179 Degree 17.26.3. 180 Degree–360 Degree 17.27. South Africa Occupancy Sensor Market Forecast, by Application 17.27.1. Lighting Control 17.27.2. Security Surveillance 17.27.3. HVAC 17.28. South Africa Occupancy Sensor Market Forecast, by Operation 17.28.1. Indoor Operation 17.28.2. Outdoor Operation 17.29. South Africa Occupancy Sensor Market Forecast, by Building Type 17.29.1. Residential Buildings 17.29.2. Commercial Buildings 17.30. Rest of Middle East & Africa Occupancy Sensor Market Forecast, by Network Connectivity 17.30.1. Wired 17.30.2. Wireless 17.31. Rest of Middle East & Africa Occupancy Sensor Market Forecast, by Technology 17.31.1. Passive Infrared 17.31.2. Ultrasonic 17.31.3. Dual Technology 17.32. Rest of Middle East & Africa Occupancy Sensor Market Forecast, by Coverage Area 17.32.1. Less than 89 Degree 17.32.2. 90 Degree–179 Degree 17.32.3. 180 Degree–360 Degree 17.33. Rest of Middle East & Africa Occupancy Sensor Market Forecast, by Application 17.33.1. Lighting Control 17.33.2. Security Surveillance 17.33.3. HVAC 17.34. Rest of Middle East & Africa Occupancy Sensor Market Forecast, by Operation 17.34.1. Indoor Operation 17.34.2. Outdoor Operation 17.35. Rest of Middle East & Africa Occupancy Sensor Market Forecast, by Building Type 17.35.1. Residential Buildings 17.35.2. Commercial Buildings 17.36. Middle East & Africa Occupancy Sensor Market Attractiveness Analysis 17.36.1. By Network Connectivity 17.36.2. By Technology 17.36.3. By Coverage Area 17.36.4. By Application 17.36.5. By Operation 17.36.6. By Building Type 17.37. PEST Analysis 18. South America Occupancy Sensor Market Analysis 18.1. Key Findings 18.2. South America Occupancy Sensor Market Overview 18.3. South America Occupancy Sensor Market Value Share Analysis, by Network Connectivity 18.4. South America Occupancy Sensor Market Forecast, by Network Connectivity 18.4.1. Wired 18.4.2. Wireless 18.5. South America Occupancy Sensor Market Value Share Analysis, by Technology 18.6. South America Occupancy Sensor Market Forecast, by Technology 18.6.1. Passive Infrared 18.6.2. Ultrasonic 18.6.3. Dual Technology 18.7. South America Occupancy Sensor Market Value Share Analysis, by Coverage Area 18.8. South America Occupancy Sensor Market Forecast, by Coverage Area 18.8.1. Less than 89 Degree 18.8.2. 90 Degree–179 Degree 18.8.3. 180 Degree–360 Degree 18.9. South America Occupancy Sensor Market Value Share Analysis, by Application 18.10. South America Occupancy Sensor Market Forecast, by Application 18.10.1. Lighting Control 18.10.2. Security Surveillance 18.10.3. HVAC 18.11. South America Occupancy Sensor Market Value Share Analysis, by Operation 18.12. South America Occupancy Sensor Market Forecast, by Operation 18.12.1. Indoor Operation 18.12.2. Outdoor Operation 18.13. South America Occupancy Sensor Market Value Share Analysis, by Building Type 18.14. South America Occupancy Sensor Market Forecast, by Building Type 18.14.1. Residential Buildings 18.14.2. Commercial Buildings 18.15. South America Occupancy Sensor Market Value Share Analysis, by Country 18.16. South America Occupancy Sensor Market Forecast, by Country 18.16.1. Brazil 18.16.2. Mexico 18.16.3. Rest of South America 18.17. South America Occupancy Sensor Market Analysis, by Country 18.18. Brazil Occupancy Sensor Market Forecast, by Network Connectivity 18.18.1. Wired 18.18.2. Wireless 18.19. Brazil Occupancy Sensor Market Forecast, by Technology 18.19.1. Passive Infrared 18.19.2. Ultrasonic 18.19.3. Dual Technology 18.20. Brazil Occupancy Sensor Market Forecast, by Coverage Area 18.20.1. Less than 89 Degree 18.20.2. 90 Degree–179 Degree 18.20.3. 180 Degree–360 Degree 18.21. Brazil Occupancy Sensor Market Forecast, by Application 18.21.1. Lighting Control 18.21.2. Security Surveillance 18.21.3. HVAC 18.22. Brazil Occupancy Sensor Market Forecast, by Operation 18.22.1. Indoor Operation 18.22.2. Outdoor Operation 18.23. Brazil Occupancy Sensor Market Forecast, by Building Type 18.23.1. Residential Buildings 18.23.2. Commercial Buildings 18.24. Mexico Occupancy Sensor Market Forecast, by Network Connectivity 18.24.1. Wired 18.24.2. Wireless 18.25. Mexico Occupancy Sensor Market Forecast, by Technology 18.25.1. Passive Infrared 18.25.2. Ultrasonic 18.25.3. Dual Technology 18.26. Mexico Occupancy Sensor Market Forecast, by Coverage Area 18.26.1. Less than 89 Degree 18.26.2. 90 Degree–179 Degree 18.26.3. 180 Degree–360 Degree 18.27. Mexico Occupancy Sensor Market Forecast, by Application 18.27.1. Lighting Control 18.27.2. Security Surveillance 18.27.3. HVAC 18.28. Mexico Occupancy Sensor Market Forecast, by Operation 18.28.1. Indoor Operation 18.28.2. Outdoor Operation 18.29. Mexico Occupancy Sensor Market Forecast, by Building Type 18.29.1. Residential Buildings 18.29.2. Commercial Buildings 18.30. Rest of South America Occupancy Sensor Market Forecast, by Network Connectivity 18.30.1. Wired 18.30.2. Wireless 18.31. Rest of South America Occupancy Sensor Market Forecast, by Technology 18.31.1. Passive Infrared 18.31.2. Ultrasonic 18.31.3. Dual Technology 18.32. Rest of South America Occupancy Sensor Market Forecast, by Coverage Area 18.32.1. Less than 89 Degree 18.32.2. 90 Degree–179 Degree 18.32.3. 180 Degree–360 Degree 18.33. Rest of South America Occupancy Sensor Market Forecast, by Application 18.33.1. Lighting Control 18.33.2. Security Surveillance 18.33.3. HVAC 18.34. Rest of South America Occupancy Sensor Market Forecast, by Operation 18.34.1. Indoor Operation 18.34.2. Outdoor Operation 18.35. Rest of South America Occupancy Sensor Market Forecast, by Building Type 18.35.1. Residential Buildings 18.35.2. Commercial Buildings 18.36. South America Occupancy Sensor Market Attractiveness Analysis 18.36.1. By Network Connectivity 18.36.2. By Technology 18.36.3. By Coverage Area 18.36.4. By Application 18.36.5. By Operation 18.36.6. By Building Type 18.37. PEST Analysis 19. Company Profiles 19.1. Market Share Analysis, by Company 19.2. Competition Matrix 19.2.1. Competitive Benchmarking of key players by price, presence, market share, Applications and R&D investment 19.2.2. New Product Launches and Product Enhancements 19.2.3. Market Consolidation 19.2.3.1. M&A by Regions, Investment and Applications 19.2.3.2. M&A Key Players, Forward Integration and Backward Integration 19.3. Company Profiles: Key Players 19.3.1. Honeywell International 19.3.1.1. Company Overview 19.3.1.2. Financial Overview 19.3.1.3. Product Portfolio 19.3.1.4. Business Strategy 19.3.1.5. Recent Developments 19.3.1.6. Manufacturing Footprint 19.3.2. Eaton Corporation 19.3.3. Schneider Electric 19.3.4. Legrand Inc. 19.3.5. Leviton Electronic Co. Ltd 19.3.6. Philips Ltd 19.3.7. Hubbel Automation Inc. 19.3.8. Johnson Controls GmbH 19.3.9. Pammvi Group 19.3.10. Lutron Electronics 19.3.11. General Electric 19.3.12. Texas Instruments Incorporated 20. Primary Key Insights

About This Report

Report ID22610
Category Automation & Process Control
Published DateJan 2019
No of Pages272
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