The development of electromagnetic compatibility (EMC) is an essential requirement for all products and applications in the field of electrical and electronic engineering. The goal of electromagnetic compatibility (EMC) is to guarantee the reliability and safety of all electrical and electronic devices when they are used and exposed to electromagnetic environments. Therefore, electromagnetic compatibility is crucial for the engineering of Smart Grid devices; it is in fact necessary to ensure that electromagnetic disturbances are limited and that each device is immune to disturbances in the environment in which it operates. In order for the Smart Grid device to function properly and coexist with other electrical and electronic systems, it must be designed and installed in compliance with EMC requirements. EMC requirements are a delicate aspect for the engineering of Smart Grid devices, mainly due to the possible impact in terms of time and costs. This thesis will analyze the impact of new EMC requirements on the development and design of real devices. Finally, as a specific objective, this thesis will illustrate the new specifications of the EMC requirements for one of the devices used in the Smart Grid sector. The EMC specifications will be proposed for a remote terminal unit (RTU) of a secondary substation, used in ENEL distribution networks and identified by the code GSTR002-UP2020 Lite according to ENEL global standardization.
Lo sviluppo della compatibilità elettromagnetica (EMC) è un requisito essenziale per tutti i prodotti e le applicazioni nel campo dell’ingegneria elettrica ed elettronica. L’obiettivo della compatibilità elettromagnetica (EMC) è garantire l’affidabilità e la sicurezza di tutti i dispositivi elettrici ed elettronici quando questi vengono utilizzati ed esposti ad ambienti elettromagnetici. Pertanto, la compatibilità elettromagnetica è cruciale per l’ingegneria dei dispositivi Smart Grid; è infatti necessario garantire che i disturbi elettromagnetici siano limitati e che ciascun dispositivo sia immune ai disturbi nell’ambiente in cui opera. Affinché il dispositivo Smart Grid funzioni correttamente e coesista con altri sistemi elettrici ed elettronici, deve essere progettato e installato rispettando i requisiti di EMC. I requisiti di EMC sono un aspetto delicato per l'ingegneria dei dispositivi Smart Grid, soprattutto a causa del possibile impatto in termini di tempi e costi. Questa tesi analizzerà l'impatto dei nuovi requisiti EMC sullo sviluppo e la progettazione di dispositivi reali. Infine, come obiettivo specifico, questa tesi illustrerà le nuove specifiche dei requisiti EMC di uno dei dispositivi utilizzati in ambito Smart Grid. Le specifiche EMC verranno proposte per una Unità Periferica Remota (RTU) di cabina secondaria , utilizzata nelle reti di distribuzione di ENEL ed identificata dal codice GSTR002-UP2020 Lite secondo la standardizzazione globale di ENEL.
Impact of new EMC requirements on the smart grid devices engineering
BELAY, KASAHUN DRAR
2018/2019
Abstract
The development of electromagnetic compatibility (EMC) is an essential requirement for all products and applications in the field of electrical and electronic engineering. The goal of electromagnetic compatibility (EMC) is to guarantee the reliability and safety of all electrical and electronic devices when they are used and exposed to electromagnetic environments. Therefore, electromagnetic compatibility is crucial for the engineering of Smart Grid devices; it is in fact necessary to ensure that electromagnetic disturbances are limited and that each device is immune to disturbances in the environment in which it operates. In order for the Smart Grid device to function properly and coexist with other electrical and electronic systems, it must be designed and installed in compliance with EMC requirements. EMC requirements are a delicate aspect for the engineering of Smart Grid devices, mainly due to the possible impact in terms of time and costs. This thesis will analyze the impact of new EMC requirements on the development and design of real devices. Finally, as a specific objective, this thesis will illustrate the new specifications of the EMC requirements for one of the devices used in the Smart Grid sector. The EMC specifications will be proposed for a remote terminal unit (RTU) of a secondary substation, used in ENEL distribution networks and identified by the code GSTR002-UP2020 Lite according to ENEL global standardization.| File | Dimensione | Formato | |
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2020_06_Belay_Kasahun_Drar.pdf
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Descrizione: Final thesis Report
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https://hdl.handle.net/10589/154578