Energy Storage Technologies to foster Energy Flexibility in Learning Factories
作者： C. Schulze , S. Blume , C. Herrmann , S. Thiede
DOI: 10.1016/J.PROMFG.2019.03.052
关键词:
摘要: Abstract One of today’s urging challenges for engineers all over the world is expansion and integration renewable energy resources electricity generation. Enabling production systems to deal with fluctuating character energy, development novel strategies flexibilize demand factories a crucial task in engineering business. Beside side management machines, storage technologies process chains technical building (TBS) has become promising strategy foster flexibility systems. Towards practice-oriented education, learning are established as beneficial concept research-based learning, not only universities. However, field does yet play major role factory topics. In order equip necessary skills solve future increasing generation, this paper presents focussing application technologies. context, two hardware featuring technologies, one based on supercapacitors (SC), second lithium-ion battery (LIB), developed supply environment. Furthermore, an system integrated centrepiece compressed air full chain, whereas SC demonstrated uninterruptible power single process. The exemplary applied environment “Die Lernfabrik” at IWF, TU Braunschweig.
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