Isolated household energy storage improvement using ultracapacitor

D. H. Tungadio, Yanxia Sun
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引用次数: 1

Abstract

This paper dealt with the off-grid household energy system improvement by developing a control based on battery storage system embedded with an ultracapacitor. The hybrid energy system is constituted with photo-voltaic arrays, battery, ultracapacitor, and active load. Non-conventional sources of energy such as photo-voltaic generation is characterized by high variability of parameters due to their dependency to the weather and variable active demand power (load). Partial charge or discharge cycles can happen which has a detrimental effect on energy storage system life span and rating. The ultracapacitor based storage energy system provides the greatest power demanded to keep the reliability and the good level of energy quality on the short time and log-time duration. A high of energy supply can be obtained in an isolated household system generation. Optimization model was developed to combine the battery coupled with an ultracapacitor.
利用超级电容器改进隔离式家用储能
本文通过开发一种嵌入超级电容器的电池储能控制系统,解决了离网家庭能源系统的改进问题。混合能源系统由光伏阵列、蓄电池、超级电容器和主动负载组成。非常规能源,如光伏发电,由于其依赖于天气和可变的有功需求功率(负荷),其参数具有很高的可变性。局部充放电循环会对储能系统的使用寿命和额定值产生不利影响。基于超级电容的储能系统可以在短时间和长时间内提供最大的功率,保证系统的可靠性和良好的电能质量。在一个孤立的家庭系统发电中可以获得高的能源供应。建立了电池与超级电容器耦合的优化模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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