An Adaptive Piezoelectric Energy Harvesting System for Wireless Supply
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Increasing energy consumption in modern electronic systems has allowed energy harvesting materials to grow at a rapid pace. Environmental energy harvesting, in particular vibration based, have developed as a viable technique to supplement battery supplies. Piezoelectric materials allow to convert mechanical energy into electrical energy. This can be done though solar, vibrations, heat, strain, etc. This energy can also be stored for later use. It is also varying the voltage and adjust the amplitude piezoelectric harvesting components and storage devices (such as batteries, super capacitors, et...
Increasing energy consumption in modern electronic systems has allowed energy harvesting materials to grow at a rapid pace. Environmental energy harvesting, in particular vibration based, have developed as a viable technique to supplement battery supplies. Piezoelectric materials allow to convert mechanical energy into electrical energy. This can be done though solar, vibrations, heat, strain, etc. This energy can also be stored for later use. It is also varying the voltage and adjust the amplitude piezoelectric harvesting components and storage devices (such as batteries, super capacitors, etc.) Can have different types of Voltage and Current characteristics. These should be matched with each other in order to meet energy requirements to maximize efficiency. An adaptive control method for DC-DC converters can be used to continuously execute the optimal power conversion theory, and maximize the power stored in a capacitor.
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