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Maximum electric field of cylinder-to-cylinder electrode system with equal radii Find the minimum distance between conductors in a 380 kV three-phase energy transmission line with
Maximum electric field of cylinder-to-cylinder electrode system with equal radii Find the minimum distance between conductors in a 380 kV three-phase energy transmission line with a conductor diameter of 32 mm by using the approximate calculation of its intensity (Ed air = 30 kV / cm). In this arrangement, if the span between conductors is 2 m, how many kV will there be a jump (puncture)? What would be the maximum field strength in the case of 4 m conductor opening on the same line? Calculate.2. Yariaplar eit silindir-silindir elektrot sisteminin maksimum elektrik alan iddetinin yaklak hesabindan yararlanarak iletken ap 32 mm olan 380 KV'luk fazl bir enerji iletim hattnda, iletkenler aras minimum uzakl bulunuz (Esbava = 30 kV/cm). Bu dzende iletkenler aras aklk 2 m olursa ka kV'ta atlama (delinme) olur? Ayn hatta 4 m iletken akl durumunda maksimum alan iddet ne kadar olur? Hesaplaynz. [Yantlar: amin = 164,4 cm, U398.5 kV, B= 24,6 kV/cm] 2. Yariaplar eit silindir-silindir elektrot sisteminin maksimum elektrik alan iddetinin yaklak hesabindan yararlanarak iletken ap 32 mm olan 380 KV'luk fazl bir enerji iletim hattnda, iletkenler aras minimum uzakl bulunuz (Esbava = 30 kV/cm). Bu dzende iletkenler aras aklk 2 m olursa ka kV'ta atlama (delinme) olur? Ayn hatta 4 m iletken akl durumunda maksimum alan iddet ne kadar olur? Hesaplaynz. [Yantlar: amin = 164,4 cm, U398.5 kV, B= 24,6 kV/cm]
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