Question

Build the same in Matlab Simulink, by using the model (Differential Protection of Power Transformer).

Build the same in Matlab Simulink, by using the model (Differential Protection of Power Transformer).

Homework Answers

Answer #1

In this model three phase star-star connected transformer is protected.Build the same in Matlab Simulink

Digital Differential Protection of Power Transformer

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
48. A transformer is used to supply a 12-V model train with power from a 110-V...
48. A transformer is used to supply a 12-V model train with power from a 110-V wall plug. The train operates at 50Wofpower.(a)What is the rms current in the secondary coil of the transformer? (b) What is the rms current in the primary coil?(c)What is the ratio of the number of primary to secondary turns? (d) What is the resistance of the train? (e) What is the resistance seen by the 110-V source?
Use MATLAB: A three-phase Y-A transformer is rated 225-kV:24-kV, 400 MVA and has a series reactance...
Use MATLAB: A three-phase Y-A transformer is rated 225-kV:24-kV, 400 MVA and has a series reactance of 6.08 Ohms as referred to its high-voltage terminals. The transformer is supplying a load of 375 MVA, with 0.89 power factor lagging at a voltage of 24 kV (line-to-line) on its low-voltage side. It is supplied from a feeder whose impedance is 0.17 + j 2.2 Ohms connected to its high-voltage terminals. The total load in the system remains constant at 375 MVA....
Solve the following differential equation using the power series method. (1+x^2)y''-y'+y=0
Solve the following differential equation using the power series method. (1+x^2)y''-y'+y=0
(a) Generate the following discrete functions using MATLAB. Plot the two functions on the same page...
(a) Generate the following discrete functions using MATLAB. Plot the two functions on the same page using MATLAB stem function. For x2[k] plot the real and imaginary parts separately. Therefore, a total of three plots will be plotted on one page. (i) x1[k]= -5.1sin((0.1*pi*k)-3*pi/4)+1.1cos(0.4*pi*k) such that k belongs in[-10,40] (ii)x2[k]= ((-0.9)^k)*exp(i*pi*k/10) such that k belongs in[0,100] (b) Are x1[k] and x2[k] periodic sequences. If so, what are their periods? Mark them on the plots. (c) Calculate the total energy of...
Solve the following differential equation using the Power Series method 9.5y''+xy'+y=0. Calculate the value of a2,...
Solve the following differential equation using the Power Series method 9.5y''+xy'+y=0. Calculate the value of a2, if a0=20.
Solve the following differential equation using the Power Series method y''+xy'+y=0. Calculate the value of a2,...
Solve the following differential equation using the Power Series method y''+xy'+y=0. Calculate the value of a2, if a0=9.3.
5 Buyer power and supplier power are evaluated using the same theory T or F 4...
5 Buyer power and supplier power are evaluated using the same theory T or F 4 Focus (or niche) strategies all depend upon a very strong brand T or F 3 Why do firms with a cost leader strategy ideally operate at minimum efficient scale? It reduces the complexity/riskiness of the firm It creates a barrier to imitation by other firms It means the firm has an opportunity to increase efficiencies as scale increases None of these, because cost leaders...
I need to make a model in MATLAB for free-fall using Euler method. g=9.81 (gravitational acceleration)...
I need to make a model in MATLAB for free-fall using Euler method. g=9.81 (gravitational acceleration) c=12.5 (drag coefficient) m= 68.1 (mass) h=0.1 (step size) v(0)=0 (Velocity is 0 at time zero) t=[0:100]*h (100 steps) Vnew= vt+(g-(c/m)*v)*h (this is the equation for the velocity at each subsequent step I want to use a "for" loop in MATLAB but i don't know how to write it properly. Could anyone help me?
. The turns ratio of a transformer used in a Bridge Rectifier is 12:1. The primary...
. The turns ratio of a transformer used in a Bridge Rectifier is 12:1. The primary is connected to the power mains: 220V, 50Hz. Assuming the diode voltage drops to be zero, (a) calculate the D.C voltage across the load resistor. (b) What is the PIV of the diode? If the same dc voltage is obtained by using Center tapped FWR, what is PIV?
The turns ratio of a transformer used in a Bridge Rectifier is 2:1. The primary is...
The turns ratio of a transformer used in a Bridge Rectifier is 2:1. The primary is connected to the power mains: 210V, 50Hz. Assuming the diode voltage drops to be zero, (a) calculate the DC voltage across the load resistor. (b) What is the PIV of the diode? If the same dc voltage is obtained by using Center tapped FWR, what is PIV? WITH ALL STEPS
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT