Grid Independent Remote Charging Station (GIRCS)

Grid Independent Remote Charging Station (GIRCS)

About the Project

The Grid Independent Remote Charging Station (GIRCS) project aims to advance electric vehicle (EV) infrastructure research by developing remote, grid-independent charging solutions powered by 100% renewable energy. St. Clair College, in partnership with industry leaders, is pioneering this initiative to enhance sustainable mobility in remote locations across Ontario.

Project Overview

Team Members

  • 6 Student Researchers focusing on electrical design and location scouting.
  • Industry Leaders & Faculty Mentors providing expertise in renewable energy and EV infrastructure.

Areas of Expertise

  • Renewable Energy Solutions
  • EV Charging Infrastructure
  • Sustainable Development
  • Energy Storage and Distribution

Technologies

  • Renewable Energy Systems (Solar, Wind, Battery Storage)
  • GIS-Based Site Evaluation Tools
  • Energy Simulation & Load Analysis

Key Innovations

  • Remote EV Charging Infrastructure: A comprehensive tool for evaluating potential GIRCS locations to facilitate charging stations in off-grid areas.
  • Sustainability-Focused Design: Utilizing 100% renewable energy, ensuring autonomy during non-generation days for uninterrupted EV charging.
  • Advanced Location Scouting: Identifying viable sites with no nearby charging stations, analyzing land use, energy needs, and cost feasibility.
  • Site Plan Development: Creating a detailed prototype plan for energy generation, storage, and land use layout, preparing for construction readiness.

Impact & Benefits

  • Sustainable EV Infrastructure: Facilitating off-grid EV charging solutions to support Canada’s green energy transition.
  • Scalability & Future Growth: Laying the groundwork for expanding GIRCS locations across Ontario and beyond.
  • Industry Collaboration: Bridging academia and industry to push the boundaries of EV charging technology.

Deliverables

  • A comprehensive evaluation tool for assessing GIRCS locations.
  • A detailed prototype site plan, including:
    • Energy generation and storage layout
    • Land use and infrastructure planning
    • Electrical design and engineering documentation
  • Professional engineering documentation for future construction.

Related Programs

#EVCharging #RenewableEnergy #GreenTechnology #Sustainability #SmartInfrastructure

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