Smart grid explained.

city at night

So, what exactly is a smart grid? And, what makes a smart grid smart?

A relatively easy way to describe a smart grid is to compare it to the internet. The smart grid relies on controls, computers, automation, etc. But, instead of helping you make your next purchase or learn something new, a smart grid uses these technologies and innovations to work with the electrical grid to monitor and control the grid digitally.

This is important because it enables utilities to evolve. We can accommodate all types of power generation, improve reliability, and operational efficiencies with reduced power consumption, while also integrating solar and wind power and enabling automotive electrification initiatives.1

Another critical advantage of smart grid technology is that the real-time, two-way communication allows for faster electricity restoration after a power outage. A rolling-black out can have a damaging domino effect that can impact banking, communications, manufacturing, traffic, and security.2

To truly benefit from the advantages of smart grid technology it is important that we invest in the modernization of Canada’s power grid infrastructure – with initiatives and technology.

How has Canada responded to smart grid innovations?

Canada spans over 9,984,670 km2 with an estimated population of over 37 million. Much of that population is concentrated in Ontario and Quebec.

But, it’s exciting to see how Canada has embraced smart grid as a solution.

For example, in August 2018, Canada’s Minister of Natural Resources announced a $1.4 million investment for a next-generation smart grid project that will “safely send extra renewable electricity generated by customers back into Calgary's electricity grid for others to use.”3

Additionally, the Ontario Government’s Smart Grid Fund has funded 45 projects to date with a total investment of $200 million, creating 800 high-tech jobs in Ontario.4

Toronto night skyline

If smart grid investments are here in Canada, what can the industry do to help further drive this evolution in power management?

To fully realize the advantages of smart grid and help drive adoption and integration, companies must invest in research and development to advance the technologies that will support smart grid.

We need to drive innovation by asking ourselves:

  • How can we develop technologies that better equip smart meters/advanced metering for outage management?5
  • How should we advance new forms of load management and technologies, so we can improve demand response?6
  • How can we improve electricity storage deployment technologies for improved frequency regulation, peak shaving, load levelling, capacity firming, power quality, and spinning reserve ?7
  • How do we further advance the development of self-healing grids with new technologies?8
  • How do we build in more automation in our technologies for better voltage and reactive power control? 9

Want to learn more about the future of smart grid and how you can respond to infrastructure demands?

Contact an expert like myself today!

References

1. Smart Grid Canada

2. The Smart Grid: An introduction

3. Canada Invests in Next-Generation Smart Grid Technology

4. Projects funded by the Smart Grid Fund

5-9. Smart Grid in Canada

About the Author

George Fofeldea

[enBio=George Fofeldea works directly with 3M utility customers across Canada helping to solve project problems and concerns. This gives George unique intel to understanding trends, pain points, and industry needs. George has been a power engineer for over 24 years and in his career, he has watched the industry evolve. What he’s most excited about is seeing how new technologies such as renewable energy, vehicle electrification, grid automation, and modernization will continue to shape and transform the electrical and energy industry towards a bright-er and more exciting future by helping improve safety and reliability.],[enJob=Power Engineer, 3M Canada],[frBio=George Fofeldea travaille directement avec les clients des services publics de 3M partout au Canada pour les aider à résoudre les problèmes et à aborder les préoccupations qui surviennent dans le cadre de leurs projets. Cela permet à George de comprendre les tendances, les problèmes et les besoins de l’industrie. George est ingénieur électricien depuis plus de 24 ans et a assisté à l’évolution de l’industrie tout au long de sa carrière. Ce qui le passionne le plus, c’est la façon dont les nouvelles technologies, comme l’énergie renouvelable, l’électrification des véhicules, l’automatisation des réseaux et la modernisation continueront de façonner et de transformer le secteur de l’électricité et de l’énergie vers un avenir plus prometteur en améliorant la sécurité et la fiabilité.],[frJob=Ingénieur électricien, 3M Canada]

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