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The integration challenges associated with the widespread adoption of the photovoltaic generation can be divided into operational and the maintenance issues. Work done in recent years has addressed issues like voltage rise and unbalance. Less attention was directed to the maintenance challenges like accelerated aging of mechanically controlled voltage support assets under rapidly changing conditions. In particular, there is need for analysis on the mechanism of accelerated wear and tear of devices such as onload tap changers and capacitor banks exposed to rapid voltage fluctuations. This article focuses on developing aging device models and proposes a novel device, referred to as D-STATCOM, to reduce the impact of non-scheduled distributed generation on aging of mechanically-switched devices commonly used in distribution feeders.

proceedings of the ... annual hawaii international conference on system sciences/proceedings of the annual hawaii international conference on system sciences

On Accelerated Aging of Mechanical Assets in Distribution Systems with Renewable Generation