Self Powered Wireless Switches and
Sensors for Lighting Control & Energy Management
No Wires! No Batteries! No
Introduction to the world's first self powered switches and
We strive to deliver innovative products and solutions to
Green and easy to use products for the Intelligent Building.
Reduce installation time & material use and maintenance
Call us now for more information and price quotation for
Associate Members of
installation works in existing buildings for lightings,
HVAC, shading, and presence detection have often been
complex and expensive. Wiring or cabling including chiseling
of wall create dust and dirt, noise, wastage of resources
(environmentally un-friendly) and time consuming.
Conventional Wiring System
New Wiring System
Our self powered wireless
sensors simplifies electrical installations, reduces the need for copper wires and pvc casing, stops the use of batteries, increases
comfort and security, aid in reducing energy consumption and
CO2- emission into the environment, and adds unparalleled
flexibility at lowest investment and operational cost.
VIDEO INTRODUCTION PART 1 - WIRELESS AND BATTERYLESS TECHNOLOGY
VIDEO INTRODUCTION PART 2 - WIRELESS AND BATTERYLESS TECHNOLOGY
maintenance-free wireless sensors and switches based on the
EnOcean Standard are used in the field of temperature,
relative humidity, pressure, air quality, lightings and
Since 2002, more than
250,000 buildings worldwide have used the EnOcean enabled
products made by 70 manufacturers in the world. The wireless
sensors can be combined with devices of other EnOcean
manufacturers without any problems because of the fixed data
frame according to the EnOcean Standard, ensuring
Moreover, receivers are readily available with LON, EIB, KNX,
MODBUS or RS485 interface designed as gateways for
integration with existing building management systems. No
overhauling of existing building automation system required
and through the integration, an even more superior control
switch (1) to control lightings (3) (5) and blinds (4).
Wireless temperature sensor (2) for minimal energy
consumption and maximum comfort.
Wireless mini handheld (6) for scenario control.
Wireless window contact or handle (7) when opened cuts off
air conditioning FCU (8).
Wireless motion sensor (9) adjust temperature (8) and turns
off lights (3) (5) when not in use.
Wireless room controller (10) for
Wireless gateway (11) for interfacing with existing building
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