Smart Charge Pro: Empowering Future Mobility With Advanced Safety And Efficiency In Electric Vehicle Charging Infrastructure
By: Pooja Kiran
.
Publisher: Haryana IOSR - International Organization of Scientific Research 2023Edition: Vol.25(4), Jul-Aug.Description: 1-8p.Subject(s): Computer EngineeringOnline resources: Click here
In:
IOSR Journal of Computer Engineering (IOSR-JCE)Summary: This Project Presents An Advanced Safety Charging Infrastructure Specifically Designed For Electric Cars,
Showcasing A Comprehensive Solution That Combines Automation, Coordinated Control, And Cutting-Edge
Safety Measures. By Developing And Demonstrating This Innovative System, We Address The Crucial Challenges
Associated With Electric Vehicle (EV) Charging Services.
The Primary Goal Of This Project Is To Provide Electric Vehicle Charging Station And Parking Garage Owners
With An Advanced Solution That Not Only Ensures The Safety Of The Charging Process But Also Offers
Significant Benefits In Terms Of Cost Savings And Operational Efficiency. Through The Integration Of
Sophisticated Technologies, Including Iot Connectivity And The Blynk Platform, Our Solution Enables Real-Time
Monitoring, Reporting, And Control Of The Charging Infrastructure.
The Key Features Of This Advanced Charging Infrastructure Include Intelligent Automation, Which Optimizes
The Charging Process By Coordinating Multiple Charging Stations, Managing Power Distribution, And
Prioritizing Charging Based On Demand. Safety Is Prioritized Through The Implementation Of State-Of-The-Art
Sensors, Relay Control Mechanisms, And Real-Time Feedback Systems That Detect And Mitigate Potential Risks
Such As Short Circuits.
Moreover, Our System Incorporates Voltage Monitoring Capabilities, Providing Accurate Measurements Of The
Charging Voltage. This Data Is Transmitted To The Blynk Platform, Enabling Owners To Monitor And Analyze
Charging Patterns, Identify Potential Issues, And Make Data-Driven Decisions To Enhance Operational
Efficiency.
By Adopting This Advanced Safety Charging Infrastructure, Electric Vehicle Charging Station And Parking
Garage Owners Can Significantly Reduce The Costs Associated With Installing And Maintaining Charging
Infrastructure. The Automated And Coordinated Control Mechanisms Optimize Power Utilization, Allowing For
The Charging Of A Large Number Of Evs While Minimizing Peak Demand And Infrastructure Requirements.
It Demonstrates The Power Of Advanced Safety Charging Infrastructure For Electric Cars. The Developed
Solution Empowers Owners To Efficiently And Securely Manage EV Charging Services, Ensuring A Seamless
And Cost-Effective Experience. Through Automation, Coordinated Control, And Safety Measures, This System
Paves The Way For The Widespread Adoption Of Electric Vehicles By Overcoming Charging Infrastructure
Challenges And Driving The Future Of Sustainable Transportation
| Item type | Current location | Call number | Status | Date due | Barcode | Item holds |
|---|---|---|---|---|---|---|
Articles Abstract Database
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School of Engineering & Technology Archieval Section | Not for loan | 2023-1545 |
This Project Presents An Advanced Safety Charging Infrastructure Specifically Designed For Electric Cars,
Showcasing A Comprehensive Solution That Combines Automation, Coordinated Control, And Cutting-Edge
Safety Measures. By Developing And Demonstrating This Innovative System, We Address The Crucial Challenges
Associated With Electric Vehicle (EV) Charging Services.
The Primary Goal Of This Project Is To Provide Electric Vehicle Charging Station And Parking Garage Owners
With An Advanced Solution That Not Only Ensures The Safety Of The Charging Process But Also Offers
Significant Benefits In Terms Of Cost Savings And Operational Efficiency. Through The Integration Of
Sophisticated Technologies, Including Iot Connectivity And The Blynk Platform, Our Solution Enables Real-Time
Monitoring, Reporting, And Control Of The Charging Infrastructure.
The Key Features Of This Advanced Charging Infrastructure Include Intelligent Automation, Which Optimizes
The Charging Process By Coordinating Multiple Charging Stations, Managing Power Distribution, And
Prioritizing Charging Based On Demand. Safety Is Prioritized Through The Implementation Of State-Of-The-Art
Sensors, Relay Control Mechanisms, And Real-Time Feedback Systems That Detect And Mitigate Potential Risks
Such As Short Circuits.
Moreover, Our System Incorporates Voltage Monitoring Capabilities, Providing Accurate Measurements Of The
Charging Voltage. This Data Is Transmitted To The Blynk Platform, Enabling Owners To Monitor And Analyze
Charging Patterns, Identify Potential Issues, And Make Data-Driven Decisions To Enhance Operational
Efficiency.
By Adopting This Advanced Safety Charging Infrastructure, Electric Vehicle Charging Station And Parking
Garage Owners Can Significantly Reduce The Costs Associated With Installing And Maintaining Charging
Infrastructure. The Automated And Coordinated Control Mechanisms Optimize Power Utilization, Allowing For
The Charging Of A Large Number Of Evs While Minimizing Peak Demand And Infrastructure Requirements.
It Demonstrates The Power Of Advanced Safety Charging Infrastructure For Electric Cars. The Developed
Solution Empowers Owners To Efficiently And Securely Manage EV Charging Services, Ensuring A Seamless
And Cost-Effective Experience. Through Automation, Coordinated Control, And Safety Measures, This System
Paves The Way For The Widespread Adoption Of Electric Vehicles By Overcoming Charging Infrastructure
Challenges And Driving The Future Of Sustainable Transportation
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