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In MEMS based systems, sensors and actuators play a key role. Since actuators are often based on micromirrors, we have chosen a specific micromirror MEMS system for daylight guiding as an example for this integration. The requirements of a networked sensing system designed to cope with such electrostatic actuable micromirror array modules will be developed. The networked sensing system is required...
We present our results on light guiding micromirror arrays for large area implementation in windows and discuss their benefits and their future potential. Latest actuation results are shown.
We present different applications of systems including networked sensors and micro- and nano-mirror arrays on large areas for light deflection and control. Mirror arrays are intended for implementation into windows of buildings to provide functionalities like daylight guiding into rooms, heat regulation and glare protection. Placed between the two panes of a window, these mirrors are maintenance-free...
We focus on the potential of optical MEMS for large area applications and discuss why it is very beneficial to use micro system technologies, especially optical MEMS, on large scale. We present micromirror applications for daylight guiding into buildings and for light concentration in solar technologies as well as the corresponding technological approaches.
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