CAJ | 학술논문

设计了一种新型的弹性储能系统，联合相关的自动控制系统实现自动控制储能与能量的释放。采用了多级发条重复储能，实现了储能大，重复利用率高，避免了传统化学电池的弊端。首次引进了能量子弹的新型储能概念，并能通过相关的制动控制系统实现了能量子弹与母体间的分离。利用能量子弹解决目前弹性储能系统间不能进行大能量存储以及运输的瓶颈，为微电网并网稳定性问题的解决打下基础。
설계료일충신형적탄성저능계통，연합상관적자동공제계통실현자동공제저능여능량적석방。채용료다급발조중복저능，실현료저능대，중복이용솔고，피면료전통화학전지적폐단。수차인진료능양자탄적신형저능개념，병능통과상관적제동공제계통실현료능양자탄여모체간적분리。이용능양자탄해결목전탄성저능계통간불능진행대능량존저이급운수적병경，위미전망병망은정성문제적해결타하기출。
A new type of elastic energy storage system is proposed in this paper, realizing the automatic control of energy storage and the energy release by the co-operation of the related automatic control system. This design, with a large storage and high reuse ratio, adopts the multistage clockworks repeated storage, against the disadvantage of the traditional chemical battery. The concept of a new type of energy storage energy bullets introduced for the first time, in which the energy bullets and matrix can be separated by some relevant braking control system. Such energy bullets can solve the problem of large energy’s storage and transport in a elastic energy storage, laying a foundation for grid-connected stability of the micro-grid.