Question

derive an expression of emf equation of synchronous generator​

Answer 1

${\huge\pink{\textbf{\textsf{Answer:}}}} \bold{ \: by \: shinu...xd}$

The generator which runs at a synchronous speed is known as the synchronous generator. The synchronous generator converts the mechanical power into electrical energy for the grid. The Derivation of EMF Equation of a synchronous generator is given below.

Let,

• P be the number of poles
• ϕ is Flux per pole in Webers
• N is the speed in revolution per minute (r.p.m)
• f be the frequency in Hertz
• Zph is the number of conductors connected in series per phase
• Tph is the number of turns connected in series per phase
• Kc is the coil span factor
• Kd is the distribution factor

Answer 2

Answer:

$\huge\bold{\mathtt{\purple{ Q{\pink{ U{\green{ E{\red{ S{\blue{ T{\orange{ I{\red{ O{\green{ N}}}}}}}}}}}}}}}}}$

Derive an expression of emf equation of synchronous generator.

Explanation:

$\huge\mathfrak\pink{Answer}$

The generator which runs at a synchronous speed is known as the synchronous generator. The synchronous generator converts the mechanical power into electrical energy for the grid. The Derivation of EMF Equation of a synchronous generator is given below.

Let,

• P be the number of poles
• ϕ is Flux per pole in Webers
• N is the speed in revolution per minute (r.p.m)
• f be the frequency in Hertz
• Zph is the number of conductors connected in series per phase
• Tph is the number of turns connected in series per phase
• Kc is the coil span factor
• Kd is the distribution factor