Products, Materials & Tools | Mar 10, 2016

EnOcean Announces New 2.4 GHz Portfolio Enabeling Use of Self-Powered Technology Worldwide

At Light + Building 2016 (Frankfurt a. Main, March 13-18, Hall 9.0, Booth B40), EnOcean will be presenting a new self-powered product family for wireless communication in the globally usable 2.4 GHz frequency band. This adds to the company’s products in 868 MHz, 902 MHz and 928 MHz for new markets and regions. With the 2.4 GHz offering, OEMs can now realise batteryless switch applications for worldwide use. This development emphasises EnOcean’s know-how in kinetic energy harvesting based on the field-proven electromechanical energy converter ECO 200.

The EnOcean 2.4 GHz product family includes:
•    PTM 215ZE – a 2.4 GHz radio pushbutton transmitter module It is mechanically compatible with the industry standard PTM 21x module form factor (sub-1 GHz) to ensure an easy integration into a wide range of switch designs, allowing efficient migration paths
•    PTM 535Z – this 2.4 GHz radio transmitter module, combined with the ECO 200 energy converter, has a smaller form factor than the PTM 215ZE and is suitable for custom switch designs in industrial, consumer and Internet of Things (IoT) applications. 3D data, provided together with the technical data sheet, facilitates the prototyping of various housings
•    TCM 515Z – the 2.4 GHz radio transceiver with ESP3 interface enables quick integration of EnOcean 2.4 GHz solutions into actuators, gateways and controllers

The new 2.4 GHz portfolio enables integration of EnOcean’s technology into 2.4 GHz systems, such as ZigBee. It opens the self-powered technology to new markets, particularly for applications that request a global use for energy harvesting wireless communication.

Thus, manufacturers of 2.4 GHz based products can now integrate EnOcean energy harvesting in their portfolio for batteryless, wireless room-level control. Due to the EnOcean standard form factors, OEMs can easily use the new 2.4 GHz modules to develop various kinetic-powered applications such as wall switches, contact sensors or remote controls. 

“With 2.4 GHz, we complement our portfolio in sub-1 GHz for building automation and smart home with a worldwide frequency that addresses the desire of global players to employ self-powered wireless sensors for different Internet of Things applications,” says Dr. Wald Siskens, CEO of EnOcean. “It also proves that the capabilities of our kinetic energy harvesting technology can run any kind of ultra-low power radio.”

Energy for the self-powered Internet of Things:

EnOcean uses the principle of energy harvesting for its wireless sensor solutions. The technology’s secret ingredients are miniaturised energy converters, which convert kinetic, solar or thermal energy into electrical power. Together with an efficient energy management system, this platform enables self-powered IoT devices to communicate on various radio standards – without installing complicated cabling or fitting batteries – for use in building automation, smart home, LED lighting control as well as for industrial applications.

For more information visit

About EnOcean:

EnOcean is the originator of patented energy harvesting wireless technology. Headquartered in Oberhaching, near Munich, the company manufactures and markets energy harvesting wireless modules for self-powered Internet of Things applications in the field of building and industrial automation, smart home and LED lighting control. EnOcean technology combines miniaturized energy converters with ultra-low-power electronics and robust RF communication using various standards. For more than 10 years, leading product manufacturers have chosen wireless modules from EnOcean to enable their system ideas. EnOcean is a promoter of the EnOcean Alliance, a consortium of companies from the world's building sector that has set itself the aim of creating innovative solutions for sustainable buildings. Self-powered wireless technology from EnOcean has been successfully deployed in several hundreds of thousands buildings worldwide.


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