2. Principle of mechanical energy recovery using electrostatic systems
2.1 Prerequisites: vibratory phenomena and resonant systems
Many sources of vibration are present in our everyday environment. The table 1 gives some examples .
As we can see, vibration frequencies are generally low (< 150 Hz) and accelerations low (< 1 g = 9.81 m · s...
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Principle of mechanical energy recovery using electrostatic systems
Structures for mechanical energy recovery by electrostatic phenomena
Bibliography
Websites
EHG - Energy Harvesting Group http://www.linkedin.com
Energy Harvesting and MicroPower http://www.linkedin.com
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PowerMEMS Conference http://www.powermems.org
MEMS Conference http://ieeemems.org
International Symposium on Electrets
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Method and device for converting mechanical energy into electrical energy FR2896635.
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Sanyo (energy recovery structures) http://www.sanyo.com
Omron (energy recovery structures) http://www.omron.com
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