This study presents the lessons learned and challenges of developing an integrated solution of high-accuracy low-power instrument transformer (LPIT) into a medium-voltage (MV) recloser. The challenges from a design, testing and end user acceptance are presented. The main conclusion of this study is that integration of typically separate network components requires careful design choices and testing beyond existing industry standards for LPIT and MV reclosers in order to achieve higher accuracy classes.
Integration challenges of high-accuracy LPIT into MV recloser / Kerr, Blair*; Peretto, Lorenzo; Uzelac, Nenad; Scala, Elisa. - In: CIRED - OPEN ACCESS PROCEEDINGS JOURNAL. - ISSN 2515-0855. - ELETTRONICO. - 2017:1(2017), pp. 260-263. [10.1049/oap-cired.2017.0270]
Integration challenges of high-accuracy LPIT into MV recloser
Peretto, Lorenzo;
2017
Abstract
This study presents the lessons learned and challenges of developing an integrated solution of high-accuracy low-power instrument transformer (LPIT) into a medium-voltage (MV) recloser. The challenges from a design, testing and end user acceptance are presented. The main conclusion of this study is that integration of typically separate network components requires careful design choices and testing beyond existing industry standards for LPIT and MV reclosers in order to achieve higher accuracy classes.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
