a. A single-phase transformer rated at 400/ 230 V at 10 kVA has 200 V placed across the primary winding, and a short circuit placed across the secondary winding. State whether, or not, the core of the transformer will saturate. A power company in Norway wishes to provide electricity to Sweden, via three-phase ac transmission. The equivalent transmission circuit for one phase is shown in Fig. 3. State how real power can be transmitted, while keeping the voltage at the receiving end (VR), at a desired level, without changing the line impedance (X), or the magnitude of the voltage at the sending end (Vs).

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a. A single-phase transformer rated at 400 /230 V at 10 kVA has 200 V placed across the primary
winding, and a short circuit placed across the secondary winding. State whether, or not, the
core of the transformer will saturate.
A power company in Norway wishes to provide electricity to Sweden, via three-phase ac
transmission. The equivalent transmission circuit for one phase is shown in Fig. 3. State how
real power can be transmitted, while keeping the voltage at the receiving end (VR), at a desired
level, without changing the line impedance (X), or the magnitude of the voltage at the sending
end (Vs).
This is Fig. 3
jXL
Vs 28
ZR VR Z0
Transcribed Image Text:a. A single-phase transformer rated at 400 /230 V at 10 kVA has 200 V placed across the primary winding, and a short circuit placed across the secondary winding. State whether, or not, the core of the transformer will saturate. A power company in Norway wishes to provide electricity to Sweden, via three-phase ac transmission. The equivalent transmission circuit for one phase is shown in Fig. 3. State how real power can be transmitted, while keeping the voltage at the receiving end (VR), at a desired level, without changing the line impedance (X), or the magnitude of the voltage at the sending end (Vs). This is Fig. 3 jXL Vs 28 ZR VR Z0
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