EnOcean Alliance

EnOcean Alliance: Control Network

February 22, 2016

The EnOcean Alliance showed the possibilities of the interoperable EnOcean ecosystem for integrated building control with a complete automation system based on the EnOcean energy-harvesting wireless standard.

ZigBee, EnOcean Announce Collaboration

Organizations to combine benefits of EnOcean and ZigBee solutions for worldwide applications

January 18, 2016

No Comments

The cooperation connects the two alliances’ advantages, synergies, and track records of standards advancements to create an open, global specification that will extend energy-harvesting wireless communication to a broader range of self-powered IoT sensor solutions.

ZigBee Alliance and EnOcean Alliance Announce Collaboration

They look to bring interoperable self-powered IoT solutions to more markets and applications

December 22, 2015

No Comments

The ZigBee Alliance, an association creating open standards that define the Internet of Things (IoT), announced with the EnOcean Alliance, a consortium for battery-less, wireless smart buildings and homes, that the organizations will cooperate on combining the benefits of EnOcean energy harvesting wireless solutions with ZigBee 3.0.

EnOcean Alliance, Open Interconnect Consortium to Collaborate on IoT Solutions

Both organizations are working to deliver seamless, interoperable connectivity for the IoT

October 6, 2015

No Comments

The EnOcean Alliance and the Open Interconnect Consortium (OIC) today announced a new liaison agreement. This collaboration joins one of the most established wireless building controls alliances with a leading Internet of Things (IoT) association.

Self-powered Wireless Sensors and Controls for HVAC Application

January 26, 2015

No Comments

This AHR Expo New Product & Technology Presentation is by the EnOcean Alliance, the originator of a patented energy harvesting wireless technology for use in building applications.

July 30, 2014: EnOcean Alliance Defines Specification for Remote Commissioning

Provides Uniform Approach for Installation and Long-Term Support of Building Automation Networks

July 30, 2014

No Comments

The EnOcean Alliance announced that it has defined a unified specification for remote commissioning of energy harvesting wireless devices in building automation systems to optimize and ease the control and configuration of building automation networks.

Dec. 27, 2013: EnOcean Alliance Grows to 350 Members

Alliance Says Its Energy Harvesting Wireless Standard Is Gaining Traction Worldwide

December 27, 2013

No Comments

The EnOcean Alliance announced that the organization continues to grow as it welcomes LIXIL Corp. as its 350th member. The company is one of several that have joined in the past few months, including Helvar, Hubbell, NEC, VIMAR, and Toshiba.

April 19, 2013: Shipments of Wireless Controls for Smart Buildings to Exceed 36 Million Units by 2020

April 19, 2013

No Comments

Wireless technology is now entering the mainstream of the commercial building controls market, according to a new report from Navigant Research. While building automation and controls have been used for decades, wireless enables control without the design and labor challenges involved with running traditional wiring.

March 27, 2013: EnOcean Alliance Advances Wireless Standard with New Product Profiles

March 27, 2013

No Comments

The EnOcean Alliance announced that it is advancing the interoperability between EnOcean-based wireless products from different OEMs with its release of EnOcean Equipment Profiles (EEP) Version 2.5. More than 100 product profiles are now available for developing different energy harvesting wireless solutions.

Dec. 27, 2012: EnOcean Alliance Introduces New Line of Energy Harvesting Wireless Modules for North America

December 27, 2012

No Comments

The EnOcean Alliance announced the availability of a new line of energy harvesting wireless modules communicating on the 902 MHz band for the North American market. The line increases effective radio frequency range, enhances resistance to interference, and simplifies product development due to shorter antenna lengths.