Enocean简介：
EnOceanGmbHistheoriginatorofpatentedself-poweredwirelesstechnology.HeadquarteredinOberhachingnearMunich,thecompanymanufacturesandmarketsmaintenance-freewirelesssensorsolutionsforuseinbuildingsandindustrialinstallations.EnOceansolutionsarebasedonminiaturizedenergyconverters,ultra-low-powerelectroniccircuitryandreliablewireless.CombiningtheseelementsenablesEnOceananditsproductpartnerstooffersensorsystemsthatarefundamentalforenergy-efficientbuildingsandinnovativeindustry.TodaywirelessmodulesfromEnOceanarechosenworldwidebymorethan100manufacturerstoenabletheirsystemideasforbuildingsandindustry.Wirelesscomponentsarealreadyinuseinover200,000buildings.EnOceanGmbHwasfoundedin2001asaspin-offfromSiemensAG.Thecompanycurrentlyemploysover50peopleinGermanyandtheUSA. 
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The basic idea behind the innovative technology stems from a simple observation: where sensors capture measured values, the energy state constantly changes. When a switch is pressed, the temperature alters or the luminance level varies. All these operations generate enough energy to transmit wireless signals. Instead of batteries, EnOcean consequently uses miniaturized energy converters to supply power: linear motion converters, solar cells and thermal converters. These allow wireless operation in very different surroundings. Intelligent software stacks enable straightforward and simple integration of EnOcean technology in a large variety of user applications.

The EnOcean wireless signal uses the 868 MHz and 315 MHz frequency bands, making it suitable for use worldwide. Telegrams are just one millisecond in duration and are transmitted at a rate of 125 kilobits per second. Plus, to eliminate transmission errors, a telegram is repeated twice in the space of 30 milliseconds. Data packets are transmitted at random intervals, so the probability of collision is extremely small. The range of EnOcean wireless sensors is about 300 meters in the open and up to 30 meters inside buildings. Each EnOcean module comes with a unique 32-bit identification number to exclude any possibility of overlap with other wireless switches.

The use of self-powered wireless technology enables businesses in different sectors to achieve savings of as much as 40 percent in energy and operating costs – for the same performance.