Québec’s first microgrid

The first microgrid in Québec is currently being installed in downtown Lac‑Mégantic. Under the project, which is due to be commissioned in late 2020, Hydro‑Québec will deploy advanced energy technologies across the entire downtown core.

Innovation at the service of an engaged community

The microgrid will supply a neighborhood, in whole or in part, in parallel to the main grid.

The components of the microgrid include solar panels, energy storage units and tools to manage building energy use. A control system will make it possible to isolate the microgrid from Hydro-Québec’s main grid so that it operates independently, a principle known as "islanding".

The expertise acquired in Lac‑Mégantic will make it possible to deploy the parts of the model in remote power systems that, unconnected to the main grid, are currently fossil-fuel dependent. Transposing clean technologies onto these systems will reduce greenhouse gas emissions while ensuring a sustainable energy supply for future generations.

The project will also help make it possible to integrate decentralized energy resources into Hydro-Québec’s main grid.

Owners and users of the buildings targeted by the microgrid will constitute a community of test subjects. Besides benefitting from the technologies in question, they’ll be in a position to share information on energy-saving practices and the challenges posed by the system.

Lac-Mégantic: looking toward an innovative future

Following the July 2013 rail disaster and the destruction of its downtown core, Lac-Mégantic faced multiple challenges: physical reconstruction, social rehabilitation and economic diversification, to name but a few. Yet as early as 2014, Lac-Mégantic was already starting to bounce back and turn its gaze forward.

The reconstruction process was launched, and with it came a whole new vision of the neighborhood.

Birth of a partnership [in French]

As it entered the planning process, Lac-Mégantic set itself the challenge of becoming a hub of innovation. At the same time, Hydro-Québec was considering the energy transition and how it might best respond. The convergence of these two visions resulted in the microgrid, designed collaboratively over the months that ensued. Hydro-Québec would be the project’s lead proponent, supported by Natural Resources Canada.

Duration : 2 minutes 34 seconds

An innovative undertaking

  • The microgrid was designed in consultation with an engaged, forward-looking community that was willing to innovate and supported sustainable development.
  • Environmental conservation initiatives had been underway in the municipality for a number of years: the introduction of three-way waste collection in 1997, the opening of the International Dark Sky Reserve in 2007 and the promotion of active transportation in 2016.
  • The vision of a downtown core rebuilt based on the principles of sustainable development was in sync with the spirit of the project.
  • Mobilizing the community fostered active participation in the energy transition.

A reaffirmed vision

  • The town’s 2020–2025 strategic plan, with its focus on making Lac-Mégantic an eco-friendly technological showcase and its newly formed CITÉ (Commission de l’innovation et de la transition écologique), has taken concrete form with the microgrid.

Hydro-Québec: leader of the energy transition

Hydro-Québec is fully engaged in the energy transition through its:

  • Energy output, which is nearly 100% clean and renewable
  • Energy efficiency programs that encourage people to stop wasting power and adopt energy-saving behaviors
  • Contribution to transportation electrification

However, given that nothing can ever be taken for granted, Hydro-Québec must stay innovative to keep apace with customer needs and steer the power system into tomorrow.

Hydropower: the Québec advantage

Always available and stable, our hydroelectricity gives us an undeniable advantage in the race for clean energy.

We are one of the world’s largest producers of an energy option that boasts one of the lowest carbon footprints.

GHG emisssions by generating option
Hydropower, wind and solar are clean sources of energy. Thermal generating stations are a source of high GHG emissions.

Solar power: a strategic addition to our grid

There are many ways of generating clean and renewable energy. Hydropower is a key option. Other renewables like solar power are gaining ground, despite their intermittency and the associated storage and integration challenges.

The keys to the energy transition

The energy industry is undergoing a period of intense change. What are the keys to the energy transition?

  • he phasing out of fossil fuels in favor of renewables like wind, wave and solar
  • Responsible energy use through the adoption of an energy-efficiency mindset (elimination of waste/optimized power consumption)

This is the context surrounding the development of the Lac-Mégantic microgrid.

What is a microgrid?

An electric microgrid:

  • is a community-centered initiative
  • meets the needs of local users
  • consists of interconnected components for:
    • energy generation
    • energy storage
    • energy management and control

Anticipated advantages

These will vary based on the host community:

  • A reliable electricity supply
  • Energy savings and optimized budgets
  • Optimized power generation, energy demand and load management
  • The diversification of renewables

How does a microgrid work?

Watch the video to learn more about microgrids.

Duration : 1 minutes 14 seconds

Transcript of the video: What is a microgrid?

Transcript of the video: What is a microgrid?

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