Industry News

Bridgetek introduces new PanL hardware for the controlling of smart devices

Bridgetek has further extended the scope of possibilities addressed by its PanL home automation connectivity platform - with release of the PanL Relay. The purpose of this latest unit is to bring greater functionality to installed systems, thereby leading to heightened levels of comfort. It serves as a means to deliver smart switching capabilities, via one of the system’s PanL HMI touch displays. Thanks to incorporation of PanL Relays in their home automation implementation, users will be able to activate or deactivate domestic appliances (such as washing machines, microwave ovens, dishwashers, toasters, rice cookers, kettles, etc.) and other items of electrical equipment (like fans, lamps and outdoor heaters).

Contained within compact, low-profile enclosures (of 145.7mm x 96.7mm x 29.50mm dimensions), the Bridgetek PanL Relays are packed full of sophisticated electronic technology. Each one features a highperformance, 100MHz-rated, 32-bit FT903 RISC microcontroller unit (MCU). In addition, there are 4 standard electro-mechanical relays for conventional control requirements, plus another 4 solid-state relays which are suitable for controlling higher power electrical devices. All of these relays have their own corresponding status indicators, so that users can see what is being controlled.

PanL Relay units can be powered off a 16V to 24V DC supply. They connect directly to the Bridgetek PanL Hub, which lies at the centre of the home automation system, via their RS485 interfaces. For large-scale implementations where more capacity is required (such as residential complexes or office buildings), it is possible to daisy chain multiple units together.

As with all the PanL-related hardware offered by Bridgetek, these units are fully CE and FCC compliant.

For more information on PanL Relay please visit: http://

panl.brtchip.com/wp-content/uploads/2020/03/PanLRelay-Datasheet.pdf

Distech Controls receives a 2020 Building Automation & Energy Management Product Award

Acuity Brands, Inc. (NYSE: AYI) today announced that the Allure UNIWAVE™ series of wireless interfaces and remote controls from Distech Controls™ has been recognized by BUILDINGS as a product award winner in the Building & Energy Management category as part of the magazine’s annual Money-Saving Product award program. Distech Controls Inc. is an innovation leader connecting people with intelligent building solutions.

Selected for its innovative and budget-friendly room control, the Allure UNIWAVE series is a member of an elite group of 45 products currently featured online at BUILDINGS.com and will be showcased in the magazine’s May/June 2020 issue. Finalists were evaluated by the BUILDINGS media editorial staff for the money-saving benefits they offer to building owners and facility managers in areas such as energy efficiency, water savings and maintenance.

“We are honored by the recognition of the Allure UNIWAVE, a series that allows building occupants to manage comfort settings in a room or open space while providing lower installation costs and easier retrofit repairs for building owners,” said Charles Pelletier, Vice President of Product Management.

The Allure UNIWAVE device works as part of the ECLYPSE™ Sky Ecosystem (recognized last year by BUILDINGS) by communicating through Bluetooth low energy wireless technology to EC-Multi-Sensor-BLE devices, which offer capabilities for temperature, luminosity and motion detection. The UNIWAVE allows for the ongoing evolution of built spaces without costs typical of wired room controller devices. The wall mounted UNIWAVE can be installed on a variety of surfaces (glass, concrete or brick).

Learn more about Distech Controls products and solutions here: www.distech-controls.com

Siemens body temperature solution minimizes infection risk in buildings

• Contactless temperature measurement at main entry points in buildings • Integrates into workflow of existing security and access solutions • Increases protection of building occupants

Siemens Smart Infrastructure announced the launch of Siveillance Thermal Shield. This solution package quickly measures the body temperature of a person seeking to access a building and enables the results to be integrated into the video and access systems of corporations. Thermal imaging cameras are used to measure, in a contactless way, the body temperature at a distance of up to two meters, ensuring the safety of monitoring staff. If the camera screening indicates an elevated body temperature, a second reading must be taken using a medical thermometer to confirm the finding.

This solution package integrates the third-party screening camera with the Siveillance Video security platform and other security systems from Siemens. This allows the measurements to be seamlessly integrated into the workflow of the corporate security solutions. Using Siveillance Thermal Shield at the entrance to a factory building, for example, offers a quick and easy way to screen employees as part of routine access control procedures. This is particularly useful in the food industry where the Covid-19 pandemic has made production more challenging. Other possible use cases include hospitals and border crossings.

“Siveillance Thermal Shield improves the safety of all occupants in buildings or facilities”, said Joachim Langenscheid, Solution and Service Portfolio Head Europe at Siemens Smart Infrastructure. “We also advise companies on how they can use Thermal Shield for their industry-specific applications to optimize their security systems and procedures, and we support them in the technical implementation.”

To ensure the highest level of accuracy, the cameras measure the body temperature near the eyes. A positive result triggers acoustic and visual alarms. The temperature is measured for each person individually to ensure accurate and reliable results. If a person shows an elevated body temperature and this finding is confirmed by a second reading obtained with a medical thermometer, the follow-up steps defined in the workflows are initiated automatically.

For further information on Siemens Smart Infrastructure, please see www.siemens.com/smart-

infrastructure

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J2 Innovations launches FIN Edge2Cloud

Supports OEMs and their customers to comprehensively manage their FIN-based building automation systems once in the field Avoids the need for a VPN and is easily connected to other cloud platforms

J2 Innovations, the makers of the FIN Framework – the next-generation software platform for building automation and IoT applications in buildings and built-environments, has launched the Edge2Cloud product to support users of FIN to easily access building data, and service and upgrade their FIN-based building automation systems remotely and securely. Until now, this has required IT support, including the use of a VPN connection, or having to visit the site, using up valuable time and resources.

Building automation is predicted to have the largest annual growth rate in 2020 (42%, up from 0.31 to 0.44 billion of units) in IoT endpoints, [1] making the need for easy and secure access to building data more significant than ever. OEMs, system integrators, facilities managers and end-users all benefit from the Edge2Cloud technology by reducing the need of on-site servicing, better user and access management and reducing long-term costs by ensuring building automation systems are fit-for-the-future.

Edge2Cloud uses the latest IoT web services technology from AWS to ‘push’ a highly secure, certificate authenticated link, encrypted to TLS 1.2, between an instance of FIN Framework on site, and the cloud. Users log-on to the cloud service and access the FIN (and building) data remotely from anywhere, using any browser.

Edge2Cloud can be deployed across multiple sites within minutes with a plug ’n’ play set up via an optional QR code and is easily connected and integrated with other cloud platforms via an open API framework based on Haystack 4.0.

“The release of FIN Edge2Cloud is a game-changer for the building automation industry. For the first time organisations can now procure an open framework that enables highly secure remote access to data from multiple systems on their sites that use BACnet, Modbus, and other protocols, without the hassle and cost and complexity of VPN.” - Gareth Johnson, Senior Cloud Architect, J2 Innovations

An advanced user & device management portal provides comprehensive user management, with exact control over access permissions, enabling large multisite organizations to determine the appropriate level of access for maintenance subcontractors and other user groups.

Following the early access release of FIN Edge2Cloud today, the service will become a standard part of FIN Framework when fully released this summer. The initial package is called “Essentials” and will cover User & Device Management, Portfolio Management and Remote Access and will be provided free of charge for FIN Framework server licenses that are under Maintenance. Future planned enhancements will add remote updates and upgrades, cloud APIs and more.

For more information about FIN Framework or Edge2Cloud, visit www.j2inn.com

Atlas Copco introduces SmartLink 2.0

Atlas Copco has released a new version of its SmartLink remote monitoring system − SmartLink 2.0 – that gives air users complete, easily actionable IoT- driven insights, not just data, and early warnings from their compressed air system.

Knowing the status of compressed air equipment at all times is the surest way to spot any developing problems, uncover potential energy savings and achieve maximum uptime for compressors and production lines. With SmartLink 2.0, new, simple dashboards provide an enhanced Human Machine Interface (HMI) allowing users much more interaction with their air compressor systems and presenting information on 'events,' e.g. potential failure/pressure drops / required maintenance, in a way that makes them quicker to action.

With 24/7 connectivity via the integrated, easily installed, wireless Smartbox, SmartLink 2.0 provides a tailored compressor monitoring service program that gathers, compares and analyses data on the fly. Information from all installations comes to one server enabling users to view parameters such as uptime, energy efficiency, equipment health, recommendations, and service timeline on their screens or mobile devices.

In keeping with Atlas Copco’s original SmartLink 1.0 concept, compressor system users can choose from 3 levels of remote data monitoring to determine the amount of interactive information they receive. These are SmartLink Service, SmartLink Uptime and SmartLink Energy.

With SmartLink Service, users have complete insight into current and future maintenance needs of the compressor − a guide into necessary actions to maintain compressors correctly and avoid any risk of production interruption.

The Service dashboard displays active and historic events plus maintenance requirements. The Service timeline and reports indicate service status, planned and executed service jobs and field reports of every action performed by Atlas Copco engineers. Machine panels list all on-site equipment and include an individual machine overview page.

The next level is SmartLink Uptime. This includes all the Service package features but in addition, provides event warning notification. The Uptime dashboard indicates availability details of all connected equipment within a compressed air installation. Users are alerted via SMS mail or push notifications so as to be on top of machine events or self-defined warnings. The dashboard details indicate equipment health status that is based on maintenance, machine condition, and running condition checks.

With the SmartLink Energy level, which embraces the benefits of both the Service and Uptime programmes, the interactive dashboard provides information on energy and performance KPI. It also reveals insights into energy consumption and evolution as well as energy efficiency and achieved savings, machine usage and productive times. A graphic display of all measured data is available for trending and data export, and users can download or schedule customisable reports for performance analysis.

In summary, Atlas Copco’s SmartLink 2.0 offers compressor users insights derived from actionable dashboards, customised views, pro-active advice and alerts. It enables interaction that is fast and mobile, and an intelligent assessment of a compressed air system’s performance that avoids the costs of unplanned downtime and repair.

For more information: www.atlascopcogroup.com

Bosch EasyControl now compatible with Alexa

Worcester Bosch is delighted to announce the integration of Bosch EasyControl and Alexa by Amazon.

This upgrade allows customers to control the heating of their homes from anywhere in the property without having to raise a finger… just their voice! It’s easier than ever for customers to keep their home at an optimal temperature.

There are a total of five commands available to ask Alexa:

Find out the current room temperature • "Alexa, what is the temperature in the kitchen"

Find out room temperature setpoint • "Alexa, what´s the temperature in the kitchen set to"

To set the room temperature setpoint • "Alexa, set living room to 20 degrees"

To increase / decrease the room temperature setpoint "Alexa, increase the temperature in the living room" "Alexa, decrease the temperature in the living room"

To increase / decrease the room temperature setpoint • "Alexa, increase the temperature in the kitchen by 2 degrees" • "Alexa, decrease the temperature in the kitchen by 2 degrees"

Existing EasyControls can be updated by homeowners without the need for an installer. In order to update the system, a simple update to the app will be available through either a push notification or manual updating. The EasyControl must then be synced to the homeowner’s Alexa.

For further information on the EasyControl, head to the Worcester Bosch website at:www.

worcester-bosch.co.uk/products/boiler-controls/ bosch-easycontrol?gclid=EAIaIQobChMIhrCgsej-

5wIVihnTCh1lKAg7EAAYASAAEgLsdfD_BwE

Essence Group joins the Zigbee Alliance to develop open standards for smart home devices

Essence Group, a leading provider of IoT solutions for security, connected home and healthcare, has joined Zigbee Alliance as a member in the “Project Connected Home over IP” initiative. In doing so, the company will contribute to developing and promoting the adoption of a new, royalty-free connectivity standard to increase compatibility among smart home products, with security as a fundamental design tenet.

The goal of the Connected Home over IP project is to simplify development for manufacturers and increase compatibility for consumers. The project is built around a shared belief that smart home devices should be secure, reliable, and seamless to use. By building upon Internet Protocol (IP), the project aims to enable communication across smart home devices, mobile apps, and cloud services and to define a specific set of IP-based networking technologies for device certification.

The industry working group will take an open-source approach for the development and implementation of a new, unified connectivity protocol. The project intends to use contributions from market-tested smart home technologies from various member companies. The decision to leverage these technologies is expected to accelerate the development of the protocol and deliver benefits to manufacturers and consumers faster. “Essence is excited to join in and contribute to the standard by bringing its vast 25 years of experience and knowhow in developing and manufacturing radio IoT devices for the security, connected home and health care markets, currently producing over 10 million such devices per year,” said Dr. Haim Amir, CEO of Essence Group. “As a global Software & IoT provider with a history of developing disruptive technologies Essence has always believed in the holistic vision of ’better life made possible‘ while building solutions at scale that emphasize security and, privacy together with an intuitive user experience.”

Participating in the Connected Home over IP Project is important in strengthening and accelerating a global standard. Through it, Essence will demonstrate new abilities across different segments over the next decade.

“Industry players are working alongside each other through the Alliance to shape the future of the IoT using open, global standards,” said Chris LaPre, Solutions Architect, Zigbee Alliance. “Our members together drive meaningful connections throughout the smart home, and we welcome new additions like Essence Group to our roster of IoT visionaries.”

For more information visit www.essence-grp.com

EnOcean Alliance pivots to support ‘safe and smart’ spaces

EnOcean Alliance, an international association of leading companies in the building and IT industries, today announced a major focus on supporting businesses and public sector organizations around the world to safely reopen following the widespread COVID-19 lockdown, using flexible, connected energy harvesting sensors to create ‘safe and smart’ spaces. Initiatives will include webinars and training, as well a pilot Smart Spaces project package for an office environment, including sensors to equip three desks with 12 sensors and monitor one meeting room.

Graham Martin, Chairman and CEO of EnOcean Alliance, explained, “Energy harvesting sensors are the ‘secret ingredient’ that can reduce the financial impact of reopening offices, restaurants, shops and schools whilst maintaining a safe distance between occupants as well as very high standards of hygiene. The new requirement to keep workers safe and infection-free is completely in line with the established trends towards smart spaces and smart buildings. The Alliance and its members are already supporting these trends through the deployment of smart, connected and battery-free sensors, and will now pivot to support the creation of ‘safe and smart’ spaces. With energy harvesting technology, building managers can fit the sensor they want, where they want it and as requirements and regulations for space use change add further

interoperable sensors from other vendors.”

Taking the example of offices, Graham Martin pointed out that the need to maintain social distancing put new pressure on office infrastructure. He said, “Companies will have to reduce the occupancy of their spaces. Making those spaces smart can mitigate the financial impact by ensuring that they are now used to their safe capacity, and serviced, heated and ventilated in line with actual usage.”

He pointed out that, “Pre-COVID research shows that up 60 per cent of desks are empty and meeting rooms are occupied less than 20 per cent of the time. Removing desks that aren’t being used anyway, and repurposing underutilized meeting rooms is a smart way to deliver a safe COVID-sensitive working environment. Similarly, by accurately monitoring actual usage of desks, meeting rooms and rest rooms, cleaning teams can be effectively directed to maintain high standards of hygiene in areas that have seen use, without dissipating time and energy cleaning little or unused spaces.”

Sensors based on EnOcean energy harvesting technology delivered by Alliance members are cable free, so are ideal for retro-fits and can be relocated at will, as facilities respond to the ever-changing coronavirus situation. They are also maintenance free. Once set up they will work endlessly without the need to change the battery. There is a real RoI on these solutions. Pre-COVID estimates show that organizations can save 20% of their cleaning costs and 30% of their energy costs by implementing a smart spaces strategy. The Alliance believes that these savings will be higher in the new, socially distanced, workplace. The 400 members of EnOcean Alliance offer a wealth of technical solutions to support businesses and consumers as they adapt to the ‘new normal’. Together, they offer 5,000 products that are currently in place in 1 million buildings. These solutions conform to ISO/ IEC 14543 3 10/11 and are fully interoperable, allowing building managers to combine technologies from different members to create a single, integrated solution for their office, restaurant, hotel, school, hospital or other space.

For more information, visit www.enocean-alliance.org

Smart home automation market worth $203.3 Billion by 2026

The worldwide Smart Home Automation Market is anticipated to reach around USD 203.3 billion by 2026 according to a new research published by Polaris Market Research. In 2017, the entertainment segment dominated the global market, in terms of revenue. In 2017, North America accounted for the majority share in the global Smart Home Automation market.

The growing demand for remote monitoring of homes, along with increasing costs associated with energy use increases the demand for smart home automation. The increasing use of mart home automation in the development of smart cities, along with government regulations regarding energy use and emissions support the smart home automation market growth. The rising adoption of Internet of Things, and smart devices boosts the adoption of smart home automation. Other factors driving the market growth include growing penetration of mobile devices, technological advancements, and development of smart cities. New emerging markets, emerging consumer demographics, and increasing awareness among consumers regarding efficient energy use would provide growth opportunities for smart home automation market in the coming years.

The rising concerns regarding energy efficiency has increased the adoption of smart home automation. Smart home automation systems maintain the controls of home equipment to maximize energy efficiency. For instance, the thermostat uses a temperature threshold to govern the home’s heating and cooling system. They can also be programmed with different target temperatures to keep energy usage at a minimum.

The companies operating in the smart home automation markett include Johnson Controls, ABB Ltd., Ingersoll-Rand plc, Schneider Electric, Legrand SA, Crestron Electronics, Inc., Siemens AG, Honeywell International, Inc., Control4 Corporation, and Leviton Manufacturing Company, Inc. These companies launch new products and collaborate with other market leaders to innovate and launch new products to meet the increasing needs and requirements of consumers.

For the full report please visit

www.polarismarketresearch.com/industry-analysis/ smart-home-automation-market

Comelit presents integrated Alexa voice control and facial recognition door entry

Comelit Group’s Mini Handsfree WIFI Monitor has evolved to integrate with Amazon Alexa, and offer high-performance facial recognition technology, for the ultimate smart door entry experience.

The Italian door manufacturer, known for its high specification solutions, launched the Mini Handsfree WIFI kits as an internal wireless upgrade to its exclusive SimpleBus system, alongside complementing Quadra ViP and iKall metal external door entry solutions.

Simple to retrofit, the Mini Handsfree WIFI system allows Alexa to announce that someone is at the door. And with facial recognition enabled, the new functionality also allows homeowners to identify who is at the door.

Says Justin Hawkesford, Comelit Operations & Technical Manager: “There’s no denying that voice control is the future. The technology will continue to drive and shift to every impact on every aspect of our lives, and in our position, as a forward-thinking premier door specialist, we need to prepare and enable our products accordingly.

“The Mini Handsfree WIFI system was launched to fit a mobile connected lifestyle. The new features of Amazon Alexa control and facial recognition demonstrate our commitment to offering futureproof technology, without compromising security or style. We have also kept to our pledge of ensuring simple installation and configuration, to create a seamless retrofit opportunity for homeowners to benefit from smart door entry.”

The Mini Handsfree WIFI Kit is designed with ease of installation in mind, with a clear interface allowing a connection between its monitor and configuration with Amazon Alexa to be achieved in just a few easy steps.

With colour monitors and indicator LEDs for incoming calls, door open, privacy and pending messages as standard, homeowners will also always be able to receive and answer calls from video door entry on their chosen smartphone or tablet, via the latest updated version of the Comelit App.

For further details, or to register, please visit

www.comelit.com

A Sustainable solution

Schneider Electric unveils blueprint to transform homes from smart to sustainable

• Schneider presents its vision for a sustainable, safe, efficient and personal Home of the Future • Unveils next evolution in smart home technology with new Wiser sensors, safety and temperature controls to understand room by room energy performance and CO2 impact, all controlled by the Wiser app • Retro-fit solution promises to transform existing housing stock into smart, sustainable homes

Sustainable smart homes could be a reality for consumers within the next 10 years according to Schneider Electric, the leader in digital transformation of energy management and automation. Today, the firm unveils its blueprint for the Sustainable Home of the Future at IFA 2020 and launches a range of new smart home energy solutions under its Wiser brand. The new products, Power Tag, Acti9 Active and the efficient room-by-room Temperature Control system can be easily and inexpensively fitted into people’s existing homes and controlled via a single app, representing a significant step forward on the path to sustainable houses. Residential housing is set to become the biggest consumer of electricity globally. EV charging, the electrification of heat, and increased occupancy as more people work from home will see consumers’ electricity consumption dramatically increase over the next ten years. Smart efficient energy management will be more important than ever to ensure homes are sustainably powered and intelligent enough to optimise their own energy needs, without compromising on comfort.

The Sustainable Home of the Future

Schneider Electric’s vision for the Sustainable Home of the Future is one that connects the lifeline of homes – electricity – with digital. By connecting all the elements under one roof you can control every device easily through an app, which will allow different systems to interplay with each other and be personalised to you, the homeowner, to make it as comfortable, energy efficient and self-sufficient as you need. The Sustainable Home of the Future will learn and anticipate

when, where and how much energy is required to light, heat, power and charge to meet its occupants’ needs effectively and efficiently. Advances in solar technology will make it a feasible energy source for a wider range of residential homes and geographies. Electric Vehicles will double up as energy storage systems, and intelligent smart meters will ensure that buildings can produce, store and manage their own energy consumption too. Future homes will be able to identify the best energy source to use at the right time to reduce cost. Crucial to achieving this goal is increasing the data available to inform decision making and connecting the electric and digital world. Wiser is the solution.

Smart homes just got sustainable

The new additions to Schneider Electric’s Wiser range of smart home products mark a significant step forward in its plans to create affordable, sustainable, energy efficient, safe and personalised homes. The new products promise to increase safety, while giving consumers more insights on their energy usage and the corresponding impact in CO2 emissions. Thanks to AI and Machine Learning based predictions, consumers have the potential to reduce energy consumption and electrical heating costs by up to 50%, as well as predict solar production trends (future

release).

Be smarter with power

The revolutionary Power Tag sensor is one of three products in the enhanced Wiser ecosystem of smart sustainable products being introduced at IFA 2020. The Power Tag is a simple ‘plug and play’ sensor for your electric panel (suitably designed to retrofit older properties affordably). Alongside the Wiser range, it enables homeowners to track energy

consumption room by room and crucially, it tells you how this energy is being used, not just how much is consumed. Occupants can set monthly energy consumption targets, receiving an alert if the Wiser system predicts that target will be exceeded, enabling people to reduce usage and avoid bill-shock. A future product feature will add an extra level of analytics provided by the sensor, which will also help homeowners monitor their consumption in terms of CO2 emissions to better understand their carbon footprint. For Electric Vehicle owners, it can advise when the best time to charge your car may be, for example, when the tariff is lowest or excess solar power is available. Consumers with solar panels can also maximise their use by monitoring their own solar energy production levels. Solar users can maximise their use of renewable energy and ensure their panels are working effectively, improving their carbon footprint even further. The second innovation is the Acti9 Active, bringing improved safety and power reliability into homes. Does your TV or internet connection cut out when there’s a storm? Are there too many loads on the electrical outlet behind the TV when your children are playing video games? Or are you living in one of

the many aging properties across Europe with outdated electrical infrastructure? The Acti9 Active will notify you when faults such as overloading or corrosion or detected, allowing you to fix any issues before they become major problems. This form of active prevention brings much needed peace of mind to homeowners. The third piece of the smart ecosystem revealed today is the efficient Temperature Control system that controls room temperature so accurately, powered by AI and Machine Learning, helping reduce energy bills by up to 50 per cent without compromising on comfort. Its unique room-by-room control feature allows you to manage your heating systems more efficiently by accurately estimating the heating characteristics per room, rather than for the whole home. A second feature that will soon be added is ‘open window detection’. If a window is left open, the heating will be paused, a notification sent to the user, and it will wait to resume heating until the window is shut. The benefits of both these features are two-fold; make significant savings on your electricity bill and reduce your climate impact. Manish Pant, CEO & EVP Home & Distribution says, “Homes are more than just a roof over our heads. They are the place we spend time with loved ones, play games with family, cook our favourite meals and feel safe. But their carbon footprint is growing. Demand for electricity is set to double over the coming decades. Creating sustainable homes will be crucial to reducing global warming and achieving a net-zero future. Our new Wiser range of smart energy saving products are a significant step forward on the path to sustainability because they give consumers an unprecedented level of information and control over their home energy use. “The first generation of smart home products gave us room by room comfort control. Today, Schneider Electric is adding room by room energy consumption and in the future, carbon emissions information. By helping people better understand where their energy is consumed, the impact it has on the planet and enabling them to reduce use without compromising their lifestyles, moves us closer to sustainable homes.” Schneider Electric’s Wiser product range combines the power of connectivity, sensors and analytics to create a complete ecosystem to transform homes, allowing people to manage their home energy consumption wisely and reduce the environmental impact of their dwellings from their mobile device app. The transformation from smart homes to sustainable smart homes is now underway.

For further information please visit

www.se.com