Member Press Releases

CABA members can publicize their press releases concerning their products and services.
  • 07 May 2014 1:33 PM | Anonymous member
    1 in 5 Americans Will Own a Wearable Technology Product by 2015

    Mass market adoption for wearable technologies is underway in the U.S. , according to global technology research firm, ON World. 

    “Mobile integrated wireless technologies such as Bluetooth Smart have made wearable technologies appealing to mainstream consumers,” says Mareca Hatler, ON World’s research director.  “Fitness continues to be the primary driver but opportunities for wearable devices are growing for personal lifestyle enhancements, safety, comfort and convenience.” 

    ON World’s recently completed survey with 1,000+ U.S. adult consumers found that by next year 19% of Americans will own a wearable technology product such as smart watch, activity tracker or smart glasses.  A younger demographic influence is leading the way for mass market adoption with over 30% of respondents aged 18 to 34 that already have a wearable technology product or plan to within the next 12 months.

    Although today’s wearable technology consumers tend to have higher incomes, respondents at all income levels are current wearable technology adopters or plan to be by 2015.  However, males are more likely than females to have a wearable technology product or plan to purchase one within the next year. 

    The majority of respondents will use their wearable technology device for health, fitness and communications.  For respondents aged 18 to 34, 6 in 10 are likely to use a wearable technology product for health or fitness.

    Smart watches are the most popular wearable product category followed by activity trackers, smart glasses, heart rate monitors and smart clothing.  Respondents aged 18 to 34 are nearly two times more likely to purchase a smart watch compared with older respondents.  However, respondents aged 25-34 are two times more likely to purchase an activity tracker compared with 18 to 25 year olds. 

    Over two-thirds of the respondents believe wearable technology will have a positive impact on industries such as health and wellness, sports and fitness, safety and security, home automation and energy management.  A quarter of those aged 18 to 34 believe that wearable technology will have a positive impact on home automation and even more believe wearables will positively influence their safety and security.

    The biggest concerns about wearable technology are costs as well as privacy and security followed by radio wave radiation, ease of use and battery lifetime.

    The survey, “Wearable Technologies,” is published in PowerPoint and may be purchased separately or as part of a report set.  More information is available from:

    http://www.onworld.com/wearables

    About ON World:
    ON World provides global business intelligence on smart technology markets.  Our market research and information services are sold to Fortune 1000 companies, startups and investors worldwide. 
    http://www.onworld.com

    Contact:
    Mary Purvis
    p: 858-259-2397

    e: purvis@onworld.com

    ###

  • 22 Apr 2014 1:16 PM | Anonymous member
    Wireless Smart Energy Markets to Reach $20 Billion by 2018

    Wireless sensor networking (WSN) has created a multi-billion dollar Smart Energy market, according to global technology research firm ON World. Annual revenues from WSN related products and services for energy management, smart lighting and advanced metering will reach $20 billion worldwide within the next five years. 

    “The energy sector has some of the largest and fastest growing Internet of Things markets,” says Mareca Hatler, ON World’s research director. “Enabled by wireless sensor network technologies combined with cloud services and mobile apps, Smart Energy solutions are transforming global markets.”

    Smart Energy startups have raised almost two-thirds of the $3.4 billion in the venture capital that has been invested in WSN related products and technologies.

    A few of the trends and developments that are driving Smart Energy markets include the following:

    Internet Connected Smart Devices

    ON World’s recently completed survey with over 1,000 U.S. consumers found that smart thermostats were the most popular home energy management devices followed by lighting controls and smart appliances. The survey also found that 40% of Internet connected U.S. consumers are willing to allow their utility to remotely control their energy devices if they are provided with incentives such as a free thermostat or real-time pricing plan that allows them to save on their energy costs.

    By 2018, there will be 50 million smart homes and buildings enabled by WSN technologies such as ZigBee, WiFi, Bluetooth, EnOcean and Z-Wave.

    Wireless Light Bulbs

    The emergence of wireless enabled light bulbs and lamps has accelerated adoption of smart lighting solutions in the commercial and residential sectors. Sales of consumer LED smart lighting has increased almost 300% over the past year with the majority of these using ZigBee based systems. By 2020, there will be 100 million Internet connected wirelss light bulbs and lamps worldwide.

    Smartphones and Mobile Apps

    Consumers want real-time access to their energy consumption data and they prefer to use their smartphones or tablets as their home energy interface device. In fact, ON World’s recent survey found that 30% of respondents age 18 to 24 ranked “smartphone/tablet control” as their single most important purchasing consideration related to home energy management.

    Standards

    The vision of end-to-end, standards based Smart Grid-to-the-home communications is now a reality. The ZigBee Smart Energy 2 supports IP based networking technology including WiFi, 6LoWPAN and HomePlug. Used in hundreds of products today, Bluetooth Smart is one of the most disruptive Internet of Things technologies. Appearing primarily in mobile body area network products so far, Bluetooth Smart is also targeting smart home solutions. The latest Bluetooth 4.1 specification enables devices to set up a dedicated channel for communication including future support for IPv6 at the sensor level.

    The open source OpenADR specification simplifies utility-to-customer communications and compliance with regulations such as California’s Title 24 that requires in-building systems to support two-way communications with utility networks for demand response starting this summer.

    Based on surveys and phone interviews with over 3,000 individuals, ON World’s recently published “Smart Energy Set” includes six reports that cover the major Smart Energy markets including 802.15.4 and ZigBee, Smart Buildings, Smart Homes, Home Energy Management, Smart Lighting and Smart Metering.

    The report set synopsis and free executive summaries are available from: http://www.onworld.com/smartenergyset

    About ON World:
    ON World provides global business intelligence on smart technology markets. Our research reports and information services are sold to Fortune 1000 companies, startups and investors worldwide. http://www.onworld.com

    Media contact:
    Mary Purvis
    e: purvis at onworld.com
    ph: 858-259-2397
  • 11 Apr 2014 5:42 AM | Anonymous member
    • More than 1,500 contributions apply for presentation in Amsterdam

    • Scientists, engineers and practitioners from Photovoltaic research institutions and industry will present future PV developments

    • Submissions from 73 countries

    • Global response: 50% of the contributions submitted by experts from other continents

    • Particular strong response: Topics on operations, performance and reliability of PV

    • Exhibition will show latest trends in PV technology & equipment

    Munich, 11 April 2014 – The Call for Papers for the 29th European Photovoltaic Solar Energy Conference and Exhibition (EU PVSEC 2014) generated more than 1,500 contributions (abstracts) from 73 countries applying for presentation at the EU PVSEC Conference in Amsterdam, the Netherlands, from 22 to 26 September 2014.

    Proposals to present have come from the world’s leading solar energy research, industry and market institutions and cover the entire PV value chain, including the latest PV applications, market developments, as well as business, political and globalization considerations. A particularly strong response to top-notch topics addressing operations, performance and reliability of PV is observed.

    About 50% of the contributions have been submitted from countries outside Europe, confirming the trend towards further internationalisation. As has been the case in previous years, the largest number of abstracts continues to be from researchers and engineers in Germany. The Asia / Pacific region accounts for around 25% of the proposals, underscoring its strong position within the global marketplace. In addition, more abstracts than ever have been submitted from emerging markets from around the world, particularly from Africa, a demonstration of increasing commitment to photovoltaic solar energy.

    The abstracts have been reviewed and scored by the Scientific Committee made up of more than 200 renowned research and industry experts from the global PV sector. To guarantee the quality of the programme, each abstract has been scored by three independent reviewers before the topic organisers met on 08 April 2014 to select the oral and visual presentations. Dr. Arnulf Jäger-Waldau, European Commission, DG JRC, and EU PVSEC Technical Programme Chairman, coordinates the Scientific Committee to set up a well-balanced Conference Programme of highest international standards. Dr. Jäger-Waldau: “Evaluation of the submitted abstracts confirms that the further developed structure of the Conference topics has been well received. New materials, wafer-based silicon solar cells, thin-film solar cells and concentrator technologies are core topics with more than 60% of the submitted abstracts. The increasingly crucial relevance of operations, performance and reliability of PV is mirrored by the over 400 abstracts received on these subjects. Submissions on the latest PV applications, market developments, business, political and globalization issues round-up the broad spectrum of abstracts.”

    The Conference programme will be published in May this year. It is coordinated by the European Commission, DG Joint Research Centre.

    The EU PVSEC 2014 will take place from 22 to 26 September 2014 at RAI Convention and Exhibition Centre in Amsterdam, the Netherlands. The five-day Conference is held along with the three-day Exhibition from 23 to 25 September 2014.

     

    Background EU PVSEC

    For many years, the European Photovoltaic Solar Energy Conference and Exhibition (EU PVSEC) has combined a renowned international scientific Conference with a leading PV Industry Exhibition and trade fair. During 5 Conference and 3 Trade fair days, new products and technical innovations from all areas of photovoltaics and from all over the world are on show.

    The EU PVSEC is supported by European and international organisations such as the European Commission, UNESCO - United Nations Educational, Scientific and Cultural Organization, Natural Sciences Sector, WCRE - World Council for Renewable Energy, EPIA - the European Photovoltaic Industry Association, IPVEA - the International Photovoltaic Equipment Association, ESA - European Space Agency, EREF - European Renewable Energies Federation, EU PV TP - European Photovoltaic Technology Platform, ARE - Alliance for Rural Electrification, AIE - European Association of Electrical Contractor, CABA - Continental Automated Buildings Association, EPIC - European Photonics Industry Consortium, SASIA - Saudi Arabia Solar Industries Association.

    The Conference Programme is coordinated by the European Commission, DG Joint Research Centre.

    For further information please visit: www.photovoltaic-conference.com / www.photovoltaic-exhibition.com

     

    Contact:

    Heinz Ehmann

    WIP, Sylvensteinstr. 2, 81369 Munich, Germany

    Tel: +49 89 72012735, Fax: +49 89 72012791

    press@wip-munich.de

  • 11 Apr 2014 5:27 AM | Anonymous member

    Munich, 08 April 2014 – The 29th European Photovoltaic Solar Energy Conference and Exhibition (EU PVSEC 2014) taking place from 22 to 26 September 2014 at RAI Convention and Exhibition Centre in Amsterdam, The Netherlands, will be chaired by Teun Bokhoven.  The five-day Conference is complemented by the three-day Exhibition, held from 23 to 25 September 2014.

    Teun Bokhoven is President of the Dutch Renewable Energy Federation and has over 25 years of experience in the international solar energy sector. He established a number of solar energy companies in Europe and he is involved as solar market expert in several global initiatives like the UNDP. He was one of the founders of the Dutch solar trade association Holland Solar and the European Solar Thermal Industry Federation (ESTIF). In the Netherlands he is President of the Dutch Renewable Energy Federation (Duurzame Energie Koepel), an umbrella organisation for all renewable energy sector associations (solar, wind, bio-energy, etc.). In that capacity he played a key role in the recent establishment of the Dutch National Energy Agreement on “greening the economy”.

    “The Netherlands is happy and proud to host this major global solar event. It underlines the importance of photovoltaics for building a sustainable energy future; not only in the Sunbelt, but everywhere, including this country which is so well-known for its windmills. This conference is a strong support for our ambition to be in the top league of PV science, technology and deployment. Photovoltaics combines the major opportunities for a clean energy system and a greener economy” Teun Bokhoven stated when accepting to be the Conference General Chairman.


    Background EU PVSEC

    For many years, the European Photovoltaic Solar Energy Conference and Exhibition (EU PVSEC) has combined a renowned international scientific conference with a leading PV industry exhibition and trade fair. During 5 conference days and 3 trade fair days, new products and technical innovations from all areas of photovoltaics and from all over the world are on show.

    The EU PVSEC is supported by European and international organisations such as the European Commission, UNESCO - United Nations Educational, Scientific and Cultural Organization, Natural Sciences Sector, WCRE - World Council for Renewable Energy, EPIA - the European Photovoltaic Industry Association, IPVEA - the International Photovoltaic Equipment Association, ESA - European Space Agency, EREF - European Renewable Energies Federation, EU PV TP - European Photovoltaic Technology Platform, ARE - Alliance for Rural Electrification, AIE - European Association of Electrical Contractor, CABA - Continental Automated Buildings Association, EPIC - European Photonics Industry Consortium, SASIA - Saudi Arabia Solar Industries Association.

    The Conference Programme is coordinated by the European Commission, DG Joint Research Centre.

     

    Contact:
    Heinz Ehmann
    WIP, Sylvensteinstr. 2, 81369 Munich, Germany
    Tel: +49 89 720 12 735, Fax: +49 89 720 12 791
    press@wip-munich.de
  • 27 Mar 2014 5:01 PM | Anonymous member
    $3.4 Billion Invested in Wireless Smart Object Startups 

    Wireless smart object technologies have accelerated growth for Internet of Things (IoT) markets, according to global technology research firm ON World.

     “Advances with low power wireless components, MEMs sensors and cloud based software have made wireless smart objects one of the hottest investment areas for the Internet of Things, 

    said Mareca Hatler, ON World’s research director.  “The landscape has shifted from commercial, industrial and vertical niches to mass market consumer opportunities.”

    ON World’s analysis of several hundred companies in 20 markets found that $3.4 billion has been invested in wireless smart object startups by the end of 2013, including component suppliers, stack licensors, device manufacturers and software developers.

    There are four major investable categories for wireless Internet of Things companies:

    Wireless Sensor Network Components and Enabling Technologies

    More than two dozen wireless sensor network (WSN) component suppliers have raised $489 million in venture capital with investments approaching $1 billion through acquisitions and public offerings. 

    Silicon Labs recently acquired Energy Micro that provides low power microprocessors and a fourfold reduction in power consumption for RF transceivers.   ARM’s acquisition of 6LoWPAN pioneer Sensinode has provided increased visibility for IoT technologies and the migration to Internet Protocol (IP) addressable sensors and actuators.

    Integrated Systems & Smart Devices

    Integrated systems and smart device manufacturers make up over half of the companies ON World evaluated and 83% of the acquisitions.  Google’s acquisition of Nest for $3.2 billion illustrates the growing confidence in IoT markets and increasing mass market acceptance of disruptive wireless smart objects such as the Learning Thermostat and Protect, a smart smoke and carbon monoxide detector.

    Wireless smart lighting is another rapidly growing area where more than 50 years of LED research is starting to payoff in the form of Internet connected wireless enabled LED light bulbs.  Backed by the Connected Lighting Alliance and lighting giants such as Philips and Osram Sylvania, ZigBee Light Link currently leads the market for residential wireless LED lighting.

    By 2020, there will be over 100 million Internet connected wireless light bulbs and lamps worldwide.

    Cloud Software and Data Analytics

    Cloud software IoT startups focused on WSN solutions have the largest valuations and raised more than any of the other product categories.  Although the number of acquisitions and IPOs are currently lower than the other categories, many of the investments are fairly recent.

    Some of the largest investments to date have been in smart home and energy management platforms by Alarm.com, iControl Networks and Tendril that have each raised over $100 million.  Growing areas are seamless cloud connectivity, quality of service and integration platforms such as those provided Arrayent, Ayla Networks, GreenWave Reality, Revolv, WeMonitor and Zonoff.

    Wearables, Mobile Sensing Devices and Mobile Apps

    The fourth category ON World evaluated is wireless wearable, body area network and mobile sensing devices that connect to the cloud through smartphones and tablet PCs.  Although it is a relatively new investment area, this category has already raised half a billion dollars including Jawbone, Fitbit and Basis Science (recently acquired by Intel).

    According to ON World, 5 billion Internet connected wireless sensors and actuators will be shipped by 2019.

    ON World’s Wireless Internet of Things Set covers all the major WSN technologies such as ZigBee, 802.15.4, 6LoWPAN, WiFi, Bluetooth, Z-Wave, EnOcean and others in this seven report set that includes:  802.15.4 & ZigBee, IP Smart Object Networks, Health & Wellness Wireless Sensor Networks, Smart Building Wireless Sensor Networks, Smart Home Sensor Networks, Smart Wireless Lighting and Industrial Wireless Sensor Networks.

    The report set synopsis and a free executive summary is available from: http://www.onworld.com/iotset

    About ON World:
    ON World provides global business intelligence on smart technology markets.  Our market research and information services are sold to Fortune 1000 companies, startups and investors worldwide. 
    http://www.onworld.com

    Media Contact:
    Mary Purvis
    p: 858-259-2397

    e: purvis@onworld.com

    ###

  • 14 Mar 2014 2:52 PM | Anonymous member

    As the residential and commercial building industry continue to focus on reducing energy consumption, Schneider Electric has partnered with CABA to offer FREE Energy University courses to its members. As a free, online educational resource, Energy University offers more than 200 vendor-neutral energy efficiency and data center courses that can teach you how to identify, implement, and monitor efficiency improvements for sustainable energy savings. Available on-demand and always self-paced, Energy University is the smart choice for busy professionals in any industry.

    Energy University courses are vendor-neutral and focus on the critical concepts and best practices necessary to achieve a high degree of energy management. Each course can typically be completed in less than one hour and the added ease of an online platform makes learning convenient and accessible from any internet-ready computer. Professionals can learn the secrets to better building environments in our new FREE Building Control course series. Topics in the series focus on basic system components, controllers and controlled devices and control loops and responses.

    In addition to its FREE online education, Energy University recently announced the launch of its online Professional Energy Manager (PEM) certification. This exclusive program, developed with the acclaimed Institute of Energy Professionals (IEP), gives energy-focused individuals worldwide an exciting new option for earning a highly marketable and respected credential in the growing field of energy management.

    Energy University’s PEM certification comes with conveniences not available in most traditional classroom environments, such as flexible class schedules, free tuition, and a self-paced curriculum that can reduce program length. As an added convenience for busy professionals, students may purchase and complete the certification exam online through Energy University as well. The new PEM certification program represents another Energy University opportunity through which efficiency-minded individuals can become their companies’ energy champions.

    Energy University is available on-demand via www.MyEnergyUniversity.com.

    From now until the end of 2014, CABA members get a 10% discount on the PEM exam with exam code: 10%off

    Questions? Contact us at energyuniversity@schneider-electric.com

  • 27 Feb 2014 9:20 PM | Anonymous member
    50 Million Wireless Smart Homes and Buildings by 2018

    By 2018, there will be 50 million smart homes and buildings enabled by wireless sensor network (WSN) technology, according to global technology research firm ON World.

    “Wireless sensing and control technologies such as ZigBee, Z-Wave and EnOcean have been instrumental in making smart homes and buildings a reality,” said Mareca Hatler, ON World’s research director.  “Today, these WSN technologies are being joined by Bluetooth and WiFi with large and dynamic developer communities and the outcome is exponential growth with new innovations especially for smart home devices and services.”

    Annual shipments of WSN devices for smart homes and buildings will increase by more than 600% the next five years.  The top three markets are the following:

    Energy Management

    Cloud services and Internet connected smart energy devices have given consumers as well as small and medium sized building managers unprecedented control over their energy consumption.  Smart thermostats are one of the fastest growing smart energy markets, currently used by 15% of the broadband and smartphone/tablet users surveyed by ON World, up from 9% in 2010.  Smart thermostats were also selected by these early technology adopters as the most likely to result in energy savings for their households.

    By 2018, ZigBee and WiFi will make up two-thirds of the global WSN chipset shipments for home and building energy management.

    Smart Lighting

    Annual revenues for wireless smart lighting in residential and commercial buildings will reach $2 billion in 2017 up from under $300 million in 2012.  Although revenues for commercial buildings will be the largest, residential smart lighting will be the fastest growing over this period. 

    Wireless light bulbs are the fastest growing smart lighting segment with retail sales increasing by over 250% over the past year.  Lighting controls are especially popular for younger consumers.  In a recent survey with 1,000+ U.S. consumers, 38% of the respondents aged 18-34 that are interested in home energy management indicated they would likely use lighting controls at home.

    ZigBee will be the dominant wireless smart lighting technology over the next five years and make up over half of the WSN shipments for residential and commercial applications at this time. 

    Safety & Security

    Respondents in ON World’s most recent survey with early technology adopters found that safety is the most valued home service they are interested in, followed by energy management and then security.  Fifty-three percent (53%) of the respondents with a professional security monitoring service indicate they would pay $20 or more per month for a home control and automation service compared with 35% with a cable TV service.  However, the Do-It-Yourself model is preferred and will be the fastest growing over the next five years.

    Bluetooth Smart will be the fastest growing smart home WSN technology, increasing by an 85% compound annual growth rate between 2013 and 2018.

    Based on surveys and phone interviews with nearly 1,600 individuals across the whole smart building value chain, ON World’s recently published, “Smart Building Set,” covers the global market for wireless sensor networking in smart homes and buildings.  Five-year forecasts are included for equipment, services and chipsets with breakdowns by market segment, application, geography and technology. The technologies included are ZigBee, 802.15.4, WiFi, Bluetooth, Z-Wave, EnOcean and others.

    The report synopsis and free executive summaries are available from: http://www.onworld.com/smartbuildingset

    About ON World:
    ON World provides global business intelligence on smart technology markets.  Our market research and information services are sold to Fortune 1000 companies, startups and investors worldwide.  http://www.onworld.com

    Media Contact:
    Mary Purvis
    p: 858-259-2397

    e: purvis@onworld.com

    ###

  • 24 Feb 2014 7:03 PM | Anonymous member
    40 Percent of Consumers Are Willing to Allow Their Utility to Remotely Control Home Energy Devices

    A recently completed survey with over 1000 U.S. consumers by ON World found that two in five are willing to allow utilities to remotely control home area network (HAN) devices to save on energy costs.

    Of the respondents willing to participate, 52% would like a free thermostat and 23% would accept a real-time energy display.

    “Consumer friendly smart home solutions enabled by cloud platforms and Internet connected smart devices have revolutionized energy savings and paved the way for a new generation of demand response programs,” said Mareca Hatler, ON World’s research director.

    In the survey, smart thermostats were the most popular home energy management devices followed by lighting controls and smart appliances. Even though only 10% of respondents are likely to use a real-time energy display, “access to real-time energy usage information” was ranked one of the top three most important home energy equipment purchasing decisions. This illustrates the high demand for alternative home energy interfaces such as smartphones and tablets.

    For youths, a smartphone/tablet app is one of the most important purchasing considerations. For example, 30% of respondents aged between 18 and 24 ranked “smartphone/tablet control” as the most important consideration.

    In a challenge to home service providers, “No recurring service fee” was the most important home energy management consideration for younger respondents. “No service fee” was the most important home energy purchasing consideration by 46% of respondents aged 25 to 34.

    Using a smart meter, real-time pricing plans provide maximum energy savings and peak load savings when combined with home energy equipment. ON World’s survey found that 29% of the willing demand response respondents with household incomes over $50,000 would accept a real-time energy pricing plan in exchange for allowing their utility to remotely control in-home devices.

    The survey, “Home Energy Management: Consumer Views & Preferences,” is published in PowerPoint and may be purchased separately or as part of a report set. 

    More information is available from: http://www.onworld.com/smartenergyhomes/consumers

    About ON World:
    ON World provides global business intelligence on smart technology markets. Our research reports and information services are sold to Fortune 1000 companies, startups and investors worldwide. http://www.onworld.com

    Media contact:
    Mary Purvis
    e: purvis at onworld.com
    ph: 858-259-2397

  • 07 Feb 2014 7:08 PM | Anonymous member

    ZigBee and 802.15.4 to Drive 43% of Wireless Smart Energy Solutions 

    ZigBee and IEEE 802.15.4 are driving Smart Energy solutions worldwide, according to global technology research firm ON World.  Between 2012 and 2018, ZigBee and 802.15.4 based systems will make up 43% of the wireless chipsets used for smart metering, home and building energy management, distributed energy resources as well as lighting controls.

    “As core technologies for Smart Energy, ZigBee and 802.15.4 are used in Smart Grid initiatives worldwide,” said Mareca Hatler, ON World’s research director.  “Energy service providers, governments and consumers are demanding a new generation of energy management solutions and developers have responded with Internet connected smart devices, cloud services and standards-based end-to-end smarter energy solutions.”

    Consumers rank energy savings as one of the most important smart home solutions.  ON World’s latest survey with early technology adopters found that over half (54%) are “Interested” or “Most Interested” in home energy management. Almost half are willing to spend $7 or more per month on an energy service that saved them 10% of their energy expenditures.  Thirty-eight percent are willing to spend $150 or more upfront if they could save up to 30% of their energy costs.   

    The do-it-yourself (DIY) model is “Preferred” or “Most preferred” by half of the respondents compared with 41% that would prefer to purchase from a cable/broadband service provider.  ZigBee’s brand recognition continues to grow as 45% more consumers ranked it as “Familiar” or “Most Familiar” in 2013 compared with ON World’s previous survey in 2012.

    A few of the ZigBee/802.15.4 related Smart Energy achievements and developments over the past year include the following:

    • Completion of ZigBee IP and the ZigBee Smart Energy 2 (SEP 2) profile for end-to-end IPv6 communications for connecting the smart metering infrastructure with in-home/building devices for demand response and energy management.

    • Five compliant SEP 2 network stacks from Silicon Labs, Texas Instruments, Grid2Home, Sensinode and Exegin.

    • Software defined radios such as GainSpan’s WiFi and ZigBee IP chipset as well as GreenVity with a hybrid communication SoC system that supports ZigBee and HomePlug Green PHY on the same chipset.

    • Japan’s Tokyo Electric Power Company (TEPCO) has adopted the Wi-SUN ECHONET-Lite specification for secure and interoperable communications between smart meters and home energy management systems (HEMS) using IEEE 802.15.4g/e. 

    • The ZigBee Alliance recently announced they are developing a communication profile to ensure interoperability for the Smart Grid’s Neighborhood Area Network (NAN) using IEEE 802.15.4g and IETF standards such as IPv6, RPL, UDP and TCP.

    • Dozens of utilities across the U.S. are offering rebates for consumers to purchase smart thermostats by companies such as Nest, Ecobee and Honeywell as well as options to connect real-time energy displays (e.g. EnergyAware, Rainforest and Comverge/Emerson) to smart meters.

    By 2018, more than 400 million IEEE 802.15.4 and/or ZigBee Smart Energy related devices will have shipped worldwide.

    Based on over 800 surveys and interviews with end users, vendors and suppliers, ON World’s report, “802.15.4 & ZigBee: Enabling the Internet of Things,” analyzes the global market opportunity for IEEE 802.15.4 and ZigBee as well as competing alternatives such as WiFi, Bluetooth, Z-Wave, EnOcean, ANT and others. 

    The report synopsis and a free executive summary are available from: http://www.onworld.com/zigbee

    About ON World:
    ON World provides global business intelligence on smart technology markets.  Our market research and information services are sold to Fortune 1000 companies, startups and investors worldwide.  http://www.onworld.com

    Media Contact:
    Mary Purvis
    p: 858-259-2397

    e: purvis@onworld.com

    ###

  • 22 Jan 2014 8:37 PM | Anonymous member

    ZigBee Will Lead the Fixed Wireless Sensor Network Market to 1 Billion Units in 2018

    ZigBee Light Link assures a dominant role for ZigBee in the fixed Wireless Sensor Network (WSN) market, according to global technology research firm ON World.

    ZigBee’s outlook for the smart home is brighter now that the Connected Lighting Alliance-- composed of major lighting manufacturers such as Philips, Osram and GE-- has chosen ZigBee Light Link as the preferred standard for residential lighting.  Smart lighting has become a launching pad for additional smart home WSN applications that will in turn drive other ZigBee markets such as metering, commercial building controls, retail and healthcare.

    As Wireless Sensor Network (WSN) markets continue to mature, two landscapes have emerged: fixed and mobile.

    “ZigBee and 802.15.4 have the biggest impact on fixed WSN markets, ” said Mareca Hatler, ON World’s research director.  “While mobile sensing markets will increase the fastest over the next five years, fixed WSN markets have a larger number of applications, higher device profit margins and large opportunities for services revenues.”

    Smart lighting demonstrates ZigBee’s strengths for fixed WSN including its wireless mesh capabilities, low power consumption, adaptability and multiple chipset suppliers.  While ZigBee and IEEE 802.15.4 are commonly used for building-wide and outdoor lighting networks, ZigBee is poised to dominate the residential lighting market.  ZigBee Light Link in particular is quickly becoming the preferred communications technology for residential LED lighting.  Over the past year, consumer adoption of wireless LED light bulbs increased by 270% and most of these use ZigBee.

    In 2018, there will be 1 billion annual WSN chipsets shipped worldwide for fixed WSN markets up from 114 million in 2012.  Although ZigBee is facing increasing competition from Bluetooth and WiFi, it will make up the majority of the shipments over this period.

    Based on over 800 surveys and interviews with end users, vendors and suppliers, ON World’s report, “802.15.4 & ZigBee: Enabling the Internet of Things,” analyzes the global market opportunity for IEEE 802.15.4 and ZigBee as well as competing alternatives such as WiFi, Bluetooth, Z-Wave, EnOcean, ANT and others. 

    The report synopsis and a free executive summary are available from: http://www.onworld.com/zigbee

    About ON World:
    ON World provides global business intelligence on smart technology markets.  Our market research and information services are sold to Fortune 1000 companies, startups and investors worldwide. 
    http://www.onworld.com

    Media Contact:
    Mary Purvis
    p: 858-259-2397

    e: purvis@onworld.com

    ###

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