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Smart Houses ICT: Marketing and Technical Analysis

  • September 2013
  • -
  • Practel Group
  • -
  • 218 pages

This report continues the Practel project on the Smart Grid development and evolution. In particular, it is detailing technological and marketing characteristics and applications for wireline and wireless ICT (Information and Communications Technologies) in the Smart Houses environments.

With each year, Smart Houses communications technologies are becoming more and more affordable and efficient on the industry-wide scale for multiple applications; though the concept was originated in the 80th of the last Century. The importance of Smart Houses proliferation is now tied up with the Smart Grid deployments, and Smart Houses communications networks will eventually be a part of a large country-wide project, such as centralized and intelligent automation system, which integrates utilities and consumers.

As per the report discussion, within the home, multiple technologies target the transport layer of the home-area network in order to carry out home automation. These include wireless technologies such as ZigBee, Z-wave, Bluetooth, and DECT and other; as well as wireline technologies such as power-line transport (e.g., HomePlug) and coax/wire-based (e.g., MoCA, HPNA) technologies. The fact that so many wireline and wireless technologies are targeting home automation indicates that this market is just scratching the surface in terms of potential, and there are no clear 'winners' as of yet.

The report provides the analysis of wireless ICT (Z-wave, ZigBee/IEEE802.15.4, DECT, and Bluetooth); and wireline technologies (HomePlug, HomePNA, G.hn, MoCA); and respective markets.

The emphasis is made on applications of these technologies for HANs (Home Area Networks) in the Smart Houses environment.

The report also addresses the Smart Appliances initiatives, related technologies and markets and the role of Smart Meters in the evolving Smart Houses development.

The U.S. market for ICT in Smart Houses (with a base of private houses reaching more than 100 million) is huge; it also has support of the government, which is involved in the Smart Grid project.

Research Methodology

Considerable research was done using the Internet. Information from various Web sites was studied and analyzed. Evaluation of publicly available marketing and technical publications was conducted. Telephone conversations and interviews were held with industry analysts, technical experts and executives. In addition to these interviews and primary research, secondary sources were used to develop a more complete mosaic of the market landscape, including industry and trade publications, conferences and seminars.

The overriding objective throughout the work has been to provide valid and relevant information. This has led to a continual review and update of the information content.

Table Of Contents

Smart Houses ICT: Marketing and Technical Analysis
1.0. Introduction

1.1. General
1.2. Scope
1.3. Research Methodology
1.4. Target Audience
2.0. General: Smart Houses

2.1. Levels
2.2. Components
2.3. Benefits
3.0. SH: Wireline ICT

3.1. PLC - HomePlug in Smart Houses
3.1.1. General
3.1.2. HomePlug Alliance Goal Timetable
3.1.3. HomePlug 1.0
3.1.4. HomePlug Command and Control
3.1.5. HomePlug AV Major Features Major Applications HomePlug AV2
3.1.6. HomePlug GP Applications Specifics Developments ZigBee/HomePlug Smart Energy (SEP 2)
3.1.7. Advantages
3.1.8. Standard Organizations Work IEEE IEEE 1901 IEEE P1901.2 IEEE 1905.1-2013 TIA ETSI ITU
3.1.9. HomePlug - SH Market Segment General Estimation Vendors
Atheros - Qualcomm Atheros
Devolo AG
Sigma Design
3.2. ITU G.hn - HomePNA
3.2.1. HomePNA Alliance HomePNA: Major Characteristics Major Benefits
3.2.2. ITU Activity General ITU Recommendation G.9960 ITU Recommendation G.9961 G.hn Details HomeGrid Forum - ITU-T G.hn Mixed Reaction Acceptance Documentation
3.2.3. Samples of Vendors
Sigma Designs
3.3. MOCA (Multimedia over Coax Alliance)
3.3.1. General
3.3.2. Partnerships
3.3.3. Details MoCA 2.0 MOCA 2.0 Technical Highlights Comparison
3.3.4. Samples of Vendors
4.0 Smart House: Wireless ICT

4.1. Z-Wave
4.1.2. Z-Wave Alliance
4.1.3. Benefits
4.1.4. Details General Characteristics ITU G.9959 (2/2012) ZigBee and Z-Wave
4.1.5. Advanced Energy Control Framework SH: Z-wave and Smart Metering
4.1.6. Selected Vendors
Aeon Labs
Mi Casa Verde
Sigma Designs
4.1.7. Pricing
4.1.8. Market Estimate: Z-wave Products for Smart Houses Model Results
4.2. ZigBee
4.2.1. General
4.2.2. ZigBee Foundations: IEEE 802.15.4 Radio and Alliance Specifications General Objectives Specifications Feature Sets Application Specifics - Profiles Smart Energy Profile-ICT for Smart Grid Enhancements - SEP 2.0 Features-Energy Service Portal “Green” ZigBee ZigBee IP ZigBee: Major Technology Features Device Types Protocol Stack Physical and MAC layers - IEEE802.15.4 Upper Layers Security Applications - General Home PC Manufacturing WSN-UGS and ZigBee
4.2.3. 802.15.4 - ZigBee Radio
4.2.4. ZigBee Technology Benefits and Limitations
4.2.5. Market Expectations Segments Forecast Industry
Amber (RF Modules)
Atmel (Chipsets)
CEL (Modules)
Cirronet-RFM (Modules-Industrial Applications)
Digi (Radios, Routers, Energy Management)
Ember - Silicon Labs (Chipsets)
EnergyHub (Smart Home)
GreenPeak (WSN)
Freescale (Chipsets)
Libelium (Router)
Nuri Telecom (AMR Application)
Renesas Electronics (Platforms, AMR)
Silicon Laboratories (Chipsets, Modules)
Synapse (Modules, Protocols)
Telegesis (Integrator, Modules)
TI (Chipsets)
4.3. IEEE 802.15.1 (Bluetooth-BT)
4.3.1. BT Protocol Stack Transport layer Radio Layer Baseband and Link Manager Layers Middleware Layer
4.3.2. Profiles ULP - BLE and BT Smart
4.3.3. Bluetooth Security
4.3.4. Highlights The Standard: The Technology:
4.3.5. Evolution BT v2.1 BT v3.0 BT v4.0 and Up
4.3.6. Market Estimate
4.4. DECT
4.4.1. DECT - ETSI Standard Popularity Spectrum Layered Structure and Major Characteristics DECT in SH: Requirements
4.4.2. DECT ULE General Major Markets Major Characteristics Summary: ULE Advantages Summary: Applications
4.4.3. DECT CAT-iq General Approval Highlights
4.4.4. Market
4.4.5. Vendors Samples
Dialog Semiconductor
DSP Group
Mindspeed - DSP
5.0. Home Area Networks

5.1. General - Advantages
5.2. Choices
5.3. Industry Activity: Specifications
5.3.1. OpenHAN
5.3.2. U-SNAP
5.3.3. Wireless Standard
5.4. HAN Market
5.4.1. Drivers
5.4.2. Nodes
5.4.3. Geography
5.4.4. Technologies
5.4.5. Market Size
5.5. Major Players: Samples
Sigma Designs
6.0. Smart Appliances

6.1. Technologies
6.1.1. LG Thinq Details Plans
6.1.2. Whirlpool
6.1.3. GE - 'Nucleus energy manager' and Other ZigBee Certified Nucleus Energy Manager Brillion
6.2. New Standards
6.3. Market
7.0. Smart Meters

7.1. Progress
7.2. Characteristics
7.2.1. Standards Development SMMAA
7.3. Vendors Samples
7.4. Market Characteristics
8.0. Conclusions

List of Figures:

Figure 1: Simplified Block-diagram
Figure 2: HomePlug CandC
Figure 3: Advanced Features
Figure 4: TAM: Global HomePlug-Equipped Products Shipped (Mil. Units)
Figure 5: TAM: Global HomePlug-Equipped Products Shipped ($B)
Figure 6: HomePNA - Spectrum Allocation
Figure 7: TAM Estimate: U.S. Small SH Z-Wave IC ($M)
Figure 8: TAM Estimate: U.S. Large SH Z-Wave IC ($US Mil)
Figure 9: Profiles
Figure 10: ZigBee Protocol Stack
Figure 11: TAM: U.S. ZigBee Modules Sales ($B)
Figure 12: TAM: U.S. ZigBee Modules Sales (Mil. Units)
Figure 13: ZigBee Market Segmentation (2012)
Figure 14: ZigBee Market Segmentation (2017) - Projection
Figure 15 Bluetooth Protocol Stack
Figure 16: Piconets Illustration
Figure 17: BT ULP Layers
Figure 18: TAM: Global BT Modules Shipped (Bil. Units)
Figure 19: TAM: Global BT Modules Shipped ($B)
Figure 20: BT Market Geographical Segmentation
Figure 21: CAT-iq Development
Figure 22: TAM: Global DECT ULE Equipment Shipping (Mil. Units)
Figure 23: TAM: Global DECT ULE Equipment Shipping ($B)
Figure 24: TAM: Global DECT CAT-iq Gateways Shipping (Mil. Units)
Figure 25: TAM: Global DECT CAT-iq Gateways Shipping ($B)
Figure 26: Dynamic of HAN Size Growth as Percentage of Total Deployed
Figure 27: HAN Market Geography (Percentage from total market)
Figure 28: HAN Radio Technologies Shares (As a percentage of total market)
Figure 29: TAM: U.S. HAN Equipment Sales (Million Units)
Figure 30: TAM U.S. HAN Equipment Sales ($B)
Figure 31: TAM: Global Households Large Appliances ($B)
Figure 32: TAM: Global Households Large Smart Appliances ($B)
Figure 33: Smart Meters Development Stages
Figure 34: TAM: Global Smart Meter Shipping ($B)
Figure 35: TAM: Global Smart Meter Shipping (Mil. Units)

List of Tables:

Table 1: HomePlug Major Milestones
Table 2: HomePlug CandC Characteristics
Table 3: HomePlug AV Characteristics
Table 4: HomePlug GP Features
Table 5: HomePlug GP - PHY Data
Table 6: HomePNA Development
Table 7: ITU and HomePNA
Table 8: Comparative Characteristics
Table 9: Z-Wave and ZigBee
Table 10: Z-wave Products Retail Pricing
Table 11: ZigBee Smart Energy Profile Feature Set
Table 12: ZigBee Parameters
Table 13: Bluetooth Profiles
Table 14: HAN IP-based (Percentage of total networks)

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