insulation oil regeneration plant s in indonesia

                                               
                                               
                                               
                                               
                                               
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  • Are plant-based insulating Oils suitable for Transformers?
  • Research for plant-based oils as alternative insulating fluids has been advancing during the past 30 years. Current status and development prospects of plant-based insulating fluids for transformer are summarized. Offer an insight into the key challenges and future perspectives about further promotion of plant-based insulating oils.
  • Why is plant-based oil a good alternative insulating fluid?
  • The use of non-toxic, environment-friendly, and biodegradable plant-based oil has been a natural choice for alternative insulating fluids. The widely cultivated area and breakthrough in genetic engineering technology for inexpensive high yield and quality oil crops fueled their use.
  • Can plant-based insulating fluids be used in Transformers?
  • Therefore, for quasi-uniform electrode configurations, it is concluded that the lighting impulse BDVs of the plant-based oil are comparable to those of MO with no obvious polarity effect at various gap distances, which would support the application of plant-based insulating fluids in transformers through power insulation classes. 5.2.
  • Are plant-based insulating fluids biodegradable?
  • 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.
  • Can plant based insulating oil be oxidated?
  • Similarly, Duy et al. [86, 87] used highly saturated plant oil as raw materials to obtain plant-based insulating oil. However, unsaturated C C double bonds and ¦Â-hydrogen still exist in the prepared oil with a large quantity, causing the oil to be oxidated easily.
  • Do plant-based insulating fluids have discharge characteristics under inhomogeneous field conditions?
  • High voltage insulation at non-uniform field conditions is a critical factor for design, manufacturing, and testing of transformers, and thus the discharge characteristics of plant-based insulating fluids under inhomogeneous fields are of particular interest to researchers.