Hydropower plant model using MATLAB

The major electricity supply on the earth is given by the hydropower plants. As it gives the constant cost of electricity many of the countries are developing this method, and this plant is eco-friendly which do not produces any pollutants. This method can be handled using Matlab code by controlling it through the software program SIMULINK. This software program consists of function blocks which can be linked and edited in the model. In order to fill the need for electricity, the hydropower plants store the energy in the reservoir’s dams.

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Introduction

This hydropower plant consists of two parts, the synchronous generator and hydro turbine governor. The synchronous generator stimulates three phases they are the p-pole which rotates in Qd reference frame, the d-q model works to delete the dependence of inductances on rotor position and it also presents both stator and rotator equations in rotator positions. The hydro turbine model works to characterize and diagnose the system responses during an emergency. Nearly all the need for electricity is supplied by the hydropower plants on this earth.

The primary source given was kinetic energy which is converted into mechanical energy by prime movers. These two parts work accordingly and produce the output. Working of the three-phase synchronous machine and hydro turbines is well documented by using the SIMULINK software of Matlab. Hydropower is a main source of energy and this is economical and non-polluting which do not release greenhouse gases which were not involved in global warming. Hydropower energy is the most important source of electricity.

The power in this plant is produced by the movement of water or falling of water. Moving water is an important source of energy to produce power. There are some technologies which help to catch the energy stored in the reservoir dams. The water power program helps to generate power with no environmental pollution and also gives the electricity at low cost.? ? ?

Conclusion

SIMULINK is useful software to study the dynamic and non-linear systems. Using this software we can build the model in a systematic manner. The hydropower plant can be used alone or can be used with an advanced drive system. In this method, we learned about the three-phase fault case and many other faults and operating conditions are examined by this model. According to the references, the SIMULINK will become an important tool for teaching and research of electrical machine drivers. Hydropower plant creation with smart technology makes it more efficient.

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Hydropower plant model using MATLAB