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A theoretical model for a piezoelectric harvester device is developed by an iteration method to determine the maximum energy harvested from vibration of high-rise buildings. The piezoelectric harvester device is made of a cantilever fixed under the roof of a building and two groups of series piezoelectric generators connected by a shared shaft. The shaft is driven by a linking rod hinged on a proof...
A novel piezoelectric technology of harvesting energy from high-rise buildings is developed. While being used to harness vibration energy of a building, the technology is also helpful to dissipate vibration of the building by the designed piezoelectric harvester as a tuned mass damper. The piezoelectric harvester device is made of two groups of series piezoelectric generators connected by a shared...
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