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A critical review of plant-based insulating fluids for transformer: 30-year development

机译:变压器植物基于植物绝缘液的关键综述:30年发展

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摘要

As a non-renewable resource, mineral oil has been re-evaluated for its value and suitability as the coolant and insulator in transformers because of its environmental unfriendliness, fire hazards, and operating efficiency dissatisfaction. As a result, alternative dielectric liquids meeting the demands for more reliable, safer, and cleaner energy has been a critical need. Plant-based insulating fluids, non-toxic to the environment and ultimately biodegradable, have been flowing into the mainstream for achieving cost efficiencies, performance advantages, and enhancing safety. With more than 20 years of field experience, plant-based oils are now employed in more than 600,000 transformers worldwide, and have been established an enviable performance track record. Far from being just a mineral oil replacement, but more significantly, plant-based oils have filled a gap in some specific application scenarios where mineral oils fail to satisfy the fire-safety and environmental standards. This article reviews the research status of plant-based insulating fluids for transformer, including both challenges and outlook circa 2020. Plant-based oils have many inherent advantages over mineral oil, but also have numerous and unique challenges.
机译:作为不可再生资源,由于其环境不佳,火灾危险和运营效率不满,已重新评估其价值和适用于变压器中的冷却剂和绝缘体的价值和适用性。结果,替代介电液体满足更可靠,更安全和更清洁的能量的需求是致命的需求。基于植物的绝缘液,对环境无毒,最终是可生物降解的,一直流入主流,以实现成本效率,性能优势和增强安全性。拥有20多年的现场经验,植物型油现在在全球600,000多个变压器中雇用,并建立了令人羡慕的绩效赛道记录。远非只是矿物油替代品,但更明显地,植物的油在矿物油未能满足防火和环境标准的一些特定应用场景中填补了差距。本文审查了用于变压器的植物基于植物的基于植物的绝缘流体的研究现状,包括大约2020年的挑战和前景。基于植物的油与矿物油的固有优势有很多,也具有许多独特的挑战。

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