How We’re Planning for a Net-Zero Future

February 23, 2022

Rows of solar panels with wind turbines in the background.

We’re on track to reduce greenhouse gas (GHG) emissions by at least 50% from 2005 levels by 2030 — and to reach net-zero GHG emissions by 2050. A change to federal regulations may require the acceleration of the timeline to reach a net-zero power grid. We sat down with our Supply Planning team to learn how they’re planning for a net-zero future at SaskPower.

First, what is a power supply plan?

Our supply plan shows how we’re going to power Saskatchewan in the long-term. Energy can’t be stored in the quantities needed province wide, so we always need to be generating it. And that means we need to plan for where that generation is going to come from now and in the future. The main supply options we use now are:

How do you create a supply plan?

There’s no one supply option that can power Saskatchewan which means we can’t put all our eggs in one basket. So, we start by creating scenarios that balance cost, emissions, and reliability. Then our challenge is to find the scenario that works best for Saskatchewan.

What do you consider when creating these supply mix scenarios? 

As we build supply mix scenarios, we look at things like:

  • Anticipated changes to federal emissions regulations
  • The timing, availability, and reliability of emerging supply options
  • The cost and schedule to build new power plants and transmission lines or of retrofitting older power plants
  • Plant retirements dates due to changing regulations and age of infrastructure 
  • The potential availability of federal funding and/or an equivalency agreement
  • The quantity of emissions-free power available for sale from other electric utilities
  • Other regulatory requirements like those in The Impact Assessment Act 
  • The cost of carbon offsets
  • Indigenous and public stakeholder feedback
  • The impact to customer rates

What sort of emerging supply options are you looking at?

Looking past 2030, we’re evaluating options like:

  • Biomass
  • Carbon capture and storage on natural gas
  • Compressed air energy storage
  • Geothermal
  • Hydrogen
  • Increased interconnections with neighbouring jurisdictions
  • Increased renewables plus battery energy storage 
  • Nuclear power from small modular reactors

We'll continue share more about our plans regarding the future power supply with you. Find out how you can be apart of our power future

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