Abstract
One of the problems in green power generation is low density of energy and its temporal randomness. In this paper we analyze the properties and efficiency of a globally coupled multi-vibration system, which can accumulate the spatially spread energy into one special oscillator by using Grover wave algorithm. We have analyzed the mechanism of the present system that can only accumulate spatial coherent vibration energy by using Deutsch-Jozsa algorithm. Moreover, ideal efficiency of power generation can be evaluated from rotational properties of vibro-impact phenomena in Bloch sphere. Although the efficiency of the system depends on the number of small oscillators and the energy ratio between small oscillators, it achieves 50% under the optimal condition. Since the present system can accumulate temporally random but spatially coherent energy into a power generator, it can be one of unique methods for the green energy technology.
