VOLTAGE REGULATION of Transmission line:​When a transmission line is carrying a current, there is a voltage drop in the line due to the resistance and inductance of the transmission line.Finally, the RECEIVING end voltage ( VR ) of the line is generally less than the sending end voltage (VS)The difference in voltage at the receiving end of the transmission line between the conditions of no-load and the full load is called voltage regulationVoltage regulation is expressed as a percentage of the receiving end voltage. \(V.R =\frac{V_S - V_R}{V_R} \times 100=\frac{{\left| {V_R^{NL}} \right| - \left| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right|}}{{\left| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right|}} \times 100\)Note: At no load, \(|V_S|=|V_R|\)

"> VOLTAGE REGULATION of Transmission line:​When a transmission line is carrying a current, there is a voltage drop in the line due to the resistance and inductance of the transmission line.Finally, the RECEIVING end voltage ( VR ) of the line is generally less than the sending end voltage (VS)The difference in voltage at the receiving end of the transmission line between the conditions of no-load and the full load is called voltage regulationVoltage regulation is expressed as a percentage of the receiving end voltage. \(V.R =\frac{V_S - V_R}{V_R} \times 100=\frac{{\left| {V_R^{NL}} \right| - \left| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right|}}{{\left| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right|}} \times 100\)Note: At no load, \(|V_S|=|V_R|\)

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The percentage voltage regulation of transmission lines is computed as:(Where s is the sending end; R, receiving end; NL, no-load; FL, full-load)

Current Affairs General Awareness in Current Affairs 9 months ago

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Concept:VOLTAGE REGULATION of Transmission line:​When a transmission line is carrying a current, there is a voltage drop in the line due to the resistance and inductance of the transmission line.Finally, the RECEIVING end voltage ( VR ) of the line is generally less than the sending end voltage (VS)The difference in voltage at the receiving end of the transmission line between the conditions of no-load and the full load is called voltage regulationVoltage regulation is expressed as a percentage of the receiving end voltage. \(V.R =\frac{V_S - V_R}{V_R} \times 100=\frac{{\left| {V_R^{NL}} \right| - \left| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right|}}{{\left| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right|}} \times 100\)Note: At no load, \(|V_S|=|V_R|\)

Posted on 24 Oct 2024, this text provides information on Current Affairs related to General Awareness in Current Affairs. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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