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Electric Vehicle Infrastructure

SMART is conducting research and development aimed at solutions that will reduce barriers to adoption of Electric Vehicles (EVs). This initiative builds on the Energy OASIS project. Objectives of the Electric Vehicle Infrastructure initiative will be to demonstrate curbside and parking lot charging stations that use existing street lighting infrastructure, and demonstrate EV infrastructure solutions that improve interoperability issues, grid efficiencies and drivers’ charging experience.

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BCIT Energy OASIS Project

The Energy OASIS (Open Access to Sustainable Intermittent Sources) project involves construction of a Network of Fast Charging Stations which will enable Electric Cars to be charged in minutes (rather than hours) without adverse impact on our already stressed Electricity Grid system. The Energy OASIS in Lot 7 consists of an integrated system of Parking Canopy structures with Solar Panels, Electric Vehicle Fast Chargers, and a Battery Energy Storage System.

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Critical Infrastructure Cybersecurity

SMART is conducting research and development aimed at anomaly detection regarding cyber attacks on Smart Grid Infrastructure. This project aims to develop a prototype real-time anomaly detection data analysis tool, specifically for distribution substation applications in smart grids.

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Medium Voltage Testing Lab

SMART and NuGrid Power have developed a testing lab for optical medium-voltage current and voltage sensors. This lab provides an environment for testing and characterizing new types of sensors for advanced grid applications.

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Remote Community Microgrid

BCIT’s Smart Microgrid Applied Research Team is working on a front end engineering and design (FEED) study for a hybrid renewable energy platform for the Lutsel K’e Dene First Nation.

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NSMG-Net: NSERC Smart Microgrid Network

The NSERC Smart Microgrid Network was a research partnership of Canadian universities, government and industry. Multi-disciplinary researchers were developing the technologies, identifying the regulations and training the skills required for Canada’s future electricity grid. This research was done using BCIT’s Smart Microgrid.

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