According to the guideline „Wireless & Self-powered IOT“ EnOcean and Digital Concepts demonstrated how maintenance-free solutions for building automation and the Internet of Things (IoT) lend new dimensions to services and business models, intelligent buildings into cognitive buildings. Visitors could experience battery-free radio switches, sensors and actuators as well as maintenance-free radio sensor solutions on the basis of the EnOcean radio standard in the sub-1 GHz range (ISO / IEC 14543-3-1x). The battery-powered devices enable flexible, maintenance-free applications for worldwide use in building automation, smart homes, LED lighting control and industrial applications. Together with leading industry partners, such as IBM and other members of the EnOcean Alliance, EnOcean is working on the development of innovative building solutions for the Internet of Things. Combined with intelligent IoT systems such as IBM’s Watson IoT platform, battery-based sensor solutions help optimize the use of buildings, develop new service models, and make buildings more flexible, energy-efficient, and cost-effective.
This annual event brings together experts from the world of Internet of Things, connected devices, smart home and smart car. Important topics such as standards, regulation, security and privacy are discussed.
The Middle East Electricity in Dubai is a fair for the energy industry. It is rated by visitors and exhibitors as the leading energy event of its kind all over the world. MEE2017 is host to the world’s leading companies and innovators from the energy sector. The fair is visited every year by more than 21.000 high-ranking decision-makers from the industry from 130 countries. It is the hub for the electrotechnical industry in the United Arab Emirates and the leading event for this sector in the entire region.
We are very pleased to be part of the exhibition at Golden Sands Trading Co LLC (H6.A29). Thank you for your support!
14 – 16 FEB 2017
DUBAI WORLD TRADE CENTRE, UAE
The EnOcean Alliance, backed by German energy harvesting pioneer EnOcean, has teamed up with IBM (Armonk, NY) to standardize intelligent building technology for the Internet of Things (IoT).
The EnOcean Alliance is a consortium of more than 400 companies which standardises and develops intelligent building solutions integrating energy harvesting wireless technology. With IBM as a promoter member, the Alliance aims to bring sensors to the cloud and develop self-powered solutions as a standard for the Internet of Things.
EnOcean-based sensors and devices operate large numbers of IoT devices efficiently and supply reliable data to IoT systems. The Alliance provides a broad ecosystem of interoperable energy harvesting wireless sensors and gateways for intelligent buildings worldwide with new service models to make buildings more flexible, more energy-efficient and more cost-effective.
EnOcean has standardized its ultra-low power sub-1-GHz band technology as ISO/IEC 14543-3-1X for building automation and smart homes worldwide. This enables self-powered ‘fit and forget’ sensors that gain energy from the surrounding environment, including motion, light or temperature differences, to power wireless modules.
The sensors will connect to IBM’s Watson IoT platform, which is a fully managed, cloud-hosted service that makes it simple to build and deploy apps for IoT devices, sensors and gateways. When combined with the IBM Bluemix environment, and the secure Watson APIs, the platform allows integration and predictive, cognitive, and contextual analytics so that organizations can securely and easily connect devices from chips and intelligent appliances to applications and industry solutions.
The Alliance is wokring with IBM to define and expand standards for self-powered solutions for the IoT, starting with the EnOcean to IP interface that is used for the gateways to simplify the usage of applications in the IoT. This allows the integration of energy-harvesting wireless technology into the IBM Watson IoT Platform to conduct predictive and real-time analysis, and can be used in various cases from asset management, ambient assisted living projects, insurance or hotel and campus projects, giving maintenance-free wireless switches and sensors based on EnOcean technology.
The deal is a big step forward for the Alliance, potentially giving access to large enterprise customers that will operatecorporate, industrial and even home networks.
EnOcean and IBM have already launched a certified development kit with Digital Concepts and distributor element14 for self-powered IoT in intellligent buildings using batteryless wireless sensors.
From 08. to 09. November 2016 the french exhibition put their focus again on intelligent building systems. Service providers and manufacturers from around the world took this opportunity to present new solutions or products to french customers. DC had joined up with a strong partner (Vicos) and convinced the visitors with an impressive demo.
On our YouTube Channel, you will find help for a variety of Smart EnOcean Gateway topics. We uploaded a new video today, illustrating the entire process, from the teach-in process of a Rocker button to the presentation in the IBM Watson Cloud. The extensive registration for the Watson Cloud we took the occasion to create this video. We hope that many users will be able to put their devices into operation faster in Watson.
The Internet of Things (IoT) is gradually taking shape. The technologies are moving toward a comprehensive network that will make our everyday lives easier, safer and more comfortable. Energy harvesting switches, sensors and actuators that supply necessary information for the IoT from billions of measuring points form an important element of this development. To do this, the EnOcean wireless technology must communicate with the Internet Protocol.
By Oliver Fischer, Managing Director, Digital Concepts GmbH
A unified IP Interface creates the link to different IoT platforms
All it takes is a flip of the energy harvesting wireless switch and the smart refrigerator starts the freezer turbo. Minutes later, the apple juice is cold. At the press of a button – even from the sofa. This is only one example of a new application made possible by seamless communication between different standards. In other scenarios, IP-enabled cameras are networked with energy harvesting sensors, the water sensor talks to the washing machine or the inlet valve and the house organizes its own optimum energy consumption according to the residents’ requirements.
These scenarios are all possible if the EnOcean protocol (ISO/IEC 14543-3-1X) seamlessly talks to the IP protocol via a gateway. This communication, in turn, forms the basis for integrating the data of energy harvesting wireless sensors into cross-standard, open platforms. The result is a fully interoperable network in which, once collected, the data can be used for intelligent control of different devices independently of the technology used, the wireless system or the manufacturer.
Translating EEP into IP
In terms of its technical implementation, a system of this type requires an IP interface that consistently translates the represented EnOcean equipment profiles (EEPs) for the IP side. To do this, the content specified in the EnOcean profiles must be prepared in such a way that the user on the IP side needs little or even no knowledge of the EnOcean protocol in order to operate the particular devices. This is how the “things” on the Internet of Things can be represented. The Representational State Transfer method (REST or RESTful) has proven to be particularly useful here.
However, not all systems can address a RESTful API and therefore require an alternative notation. For this purpose, a second API is provided, which dispenses with hierarchical structures. A line-based API, whose communication is based purely on the TCP layer, maps the full range of “RESTful API” functions. This so-called “string API” allows programmable logic controllers, for example, to be integrated.
The IP representation of all EnOcean telegrams and functions must be standard. This means that the syntax of an IP specification must always be mapped the same way across all EEPs. In addition, the EnOcean gateway must be able to provide the states of all devices and also deliver them on request. In particular, it must represent and store the different states of the EnOcean profiles individually.
The gateway also ensures that the translations of IP calls in EnOcean telegrams are always complete and unique. As a result, IP-based devices can directly address individual values and functions of a sensor.
To ensure smooth communication between the EEP and IP, dependencies must also be resolved and related profile functions aggregated and supplied centrally. The gateway also resolves the coding of functions in such a way that IP-based devices do not have to know this coding.
All these specifications mean that the gateway can deliver the communication structure of all EnOcean-based devices (EEPs) to the IP subscribers on request. It thus meets the need to represent the EnOcean-based devices in a “friendly” manner so that they can be more easily implemented in the IoT network.
- An out of the box IoT development kit for Intelligent Buildings
- EnOcean energy harvesting wireless technology enables switches and sensors to work without the need for wires and batteries
- They use miniaturised energy converters, which gain energy from the surrounding environment – from motion, light and temperature – to power wireless signals.
- Together with wireless modules, comprehensive energy management and ultra-low power radio communication, EnOcean offers OEMs a complete energy harvesting platform for simple fit and forget cloud solutions
- Flexible and cost effective gateway using Raspberry Pi Single Board Technology platform
- Direct integration with the IBM Watson IoT Platform and TRIRIGA / Presence Insights
Enterprise Edition Self Powered IoT Solution: element 14 and EnOcean Solution for IBM Watson IoT Platform for Real Estate Management
The Enterprise solution includes EnOcean OEM self-powered sensors and EnOcean Gateway from element14, as well as access to software and services from IBM including IBM’s Watson IoT Platform and IBM TRIRIGA facilities management software.
Using the popular Raspberry Pi single board computer, these out-of-the-box, IoT-ready starter kits are flexible and cost-effective gateways to developing intelligent building products for hospitals, homes, airports and other venues on the way to a seamlessly connected IoT. The Entrepreneur edition is more technical in nature, for ‘makers,’ engineers and start-ups, while the Enterprise model caters to facilities mangers, property owners and property management companies.
EnOcean Sensor Kit includes self-powered wireless sensors and a switch, ideal for home automation applications. No cables are required to switch lights, control blinds and acquire sensor information including temperature, humidity or presence detection. Sensors and actuators can directly communicate with each other or they can be controlled through an intelligent smart home server. Users can also use in home automation applications that require remote sensing and remote control via PC or smart phones. For example, the Raspberry-Pi is an ideal platform to setup a smart home server where the EnOcean-Pi acts as a bridge (Gateway-Controller) to the EnOcean radio world.
The IBM Watson IoT Platform allows organizations to securely and easily connect devices, from chips and intelligent appliances to applications and industry solutions. Scaling through cloud-based services and using rich analytics, IBM Watson IoT Platform provides organizations with new insight for innovation and transformation. IBM TRIRIGA provides a single system to manage the lifecycle of facilities. Its integrated workplace management system increases the operational, financial and environmental performance of facilities.
- Commercial Buildings
Ships With the Product
- Sensors (EnOcean)
- EnOcean Gateway (Digital Concept)
- Watson IoT Platform (IBM)
|Quick Start Guide||Work Order Creation using Watson IoT Platform and TRIRIGA REST API (.html)|
|Reference Manual||Integrate EnOcean devices with Watson IoT platform (.htm)|
|Reference Manual||Watson IoT(Internet of Things) Platform|
At the CES in Las Vegas we demonstrated at the Allseen Alliance the communication between different devices (white goods) and the EnOcean radio (Alljoyn Framework). Here are some impressions from the USA: