Impact of Electrical Vehicles Charging Stations on existing Power System of Pakistan

In recent years, globally there is a serious energy crisis, alternative energy and energy for sustainable development is imminent, clean, renewable energy for its energy resources to become the first choice of many countries. With the popularity of electric vehicles, electric vehicles charging stati

Project Title

Impact of Electrical Vehicles Charging Stations on existing Power System of Pakistan

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

In recent years, globally there is a serious energy crisis, alternative energy and energy for sustainable development is imminent, clean, renewable energy for its energy resources to become the first choice of many countries. With the popularity of electric vehicles, electric vehicles charging station its facilities soon will also usher in a lot of construction. Many electric vehicles charging stations connected to the grid, will have a major impact on the power grid, voltage and current. In order to be better able to provide technical support for the construction of charging stations, electric car charging stations to reduce the negative impact on the power grid, improve economic efficiency. Hence in this study the effects of electric vehicle charging station to the power grid caused by load characteristics from the following aspects, and proposed corresponding solutions.

Project Objectives

• Load of Electric Vehicle Charging Stations
• Electric Vehicle Battery Characteristics
• Impact on The Load after The Electric Car Charging Stations Connected to The Grid
• The Impact on The Power System after Electric Car Charging Stations Connected to The Grid
• Planning and Construction of Electric Vehicle Charging Station Location
• Effect on the System Frequency Stability

Project Implementation Method

This project is divided in to 3 main phases. The first phase is to obtain skeleton and depth data of the electric charging station, these data are then implemented on Matlab. In second phase, the effects of EV charging station on the connected load and on the existing grid will be analyzed. Furthermore, impact of EV charging station on system frequency will also be analyzed. Third phase will cover the planning and construction of EV charging stations location. Finally results will be observed and a compatible, stable and precise result of the proposed system will  be achieved.

Benefits of the Project

Benefits of electric vehicles

• Cheaper to run. Owners of an EV have the advantage of much lower running costs. ...
• Cheaper to maintain. ...
• Other savings. ...
• Better for the environment.
• Health benefits. ...
• Safety improvements. ...
• Our energy security.

Technical Details of Final Deliverable

In recent years, as the global benefits of a serious energy crisis, alternative energy and energy for sustainable development is imminent, clean, renewable energy for its energy resources to become the first choice of many countries.

This project will be designed and implemented in MATLAB software. The size and location of EV charging station will be selected based on the parameters as stated above. The EV charging station load and its impact on the existing power system of Pakistan will be studied in order to finalize its location. Based on the results and analysis of this study, the installation of charging stations will be made easy

Final Deliverable of the Project

Software System

Core Industry

Transportation

Other Industries

Core Technology

Clean Tech

Other Technologies

Sustainable Development Goals

Required Resources

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