• A stage gate approach

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    06 Apr 2025

    The Saamis Solar project began in 2023 in response to customer interest, along with ever-changing and uncertain times in the energy industry locally, provincially, federally, and globally.

    A “stage gate” (sometimes called a phase gate) is a project management technique that breaks up large projects into a series of stages with gates (or decision points) between them. At each of these points, work is reviewed to decide whether the project can move to the next stage. Another term sometime used for a stage gate is “off-ramp” which more clearly implies the ability to pause, modify, or abandon a project if evaluation signals it does not make economic or financial sense to proceed.

    The Project Management Institute sets out a more formal definition here:

    “A review at the end of a phase in which a decision is made to continue to the next phase, to continue with modification, or to end a project or program.”


    Stage gate methodology is built to prevent – or minimize – risk.

    It allows organizations to determine viability of strategies and initiatives or uncover new ones along the way with an emphasis on information-based decision making. A project typically begins with a big-picture overview and then dials down to more minute details after each gate. Each stage is used to collect more information or reach certain goals. At the end of each stage, the process is reviewed and decision makers determine whether or not the project can continue to the next phase.


    Saamis Solar stage gates

    The Saamis Solar project is occurring in essentially three phases, with a stage gate represented by stars on the image below. Each star represents a decision where Council may decide to proceed or end the project (or consider other alternatives), in the form of approving or denying budget dollars to move on.

    1. Approve purchase of the project
    2. Approve further due diligence
    3. Final investment decision (FID) to build or not




    This project involves decisions not only at the local level, but also by provincial regulatory bodies who oversee the energy landscape across the province. Those additional steps are reflected in the project timeline on this page.


    Where are we now?

    On April 7, Council approved a request for $675,000 to proceed with detailed analysis and due diligence. Now that the City owns the project, we can drill down to more finite details using today’s understanding of pricing, lead times, supply chain, contract estimates, engineering, technology advancements, and more.

    Following this stage, it is possible that the project team would NOT recommend proceeding with the project. The City is taking a prudent and hard look at the numbers that will inform a responsible decision at the end.


    The timeline

    It is important to note that the City incurs carrying costs along the way, which is why the Saamis Solar project continues to move forward at a pace appropriate to minimize risk to our community. We acknowledge the pace may be uncomfortable for some, particularly with both a federal and municipal election this year, but the energy industry must be mindful of the long-term view for long-life assets like this.


    An analogy

    Analogies are conceptually helpful by comparing something complex with a similar concept that is more familiar. Here, we’ll consider the Saamis Solar project as if it were a decision to build a home. While all elements of the analogy are not necessarily directly reflective of each other, this example is meant to help loosely compare the stage gate approach of both.

    First, you would look at your family’s financial position to determine if building a home is feasible and at what scale (square footage, land costs, etc.).

    If it seems viable to begin the process, you will need a plot of land to build on. Purchasing the land is a sunk cost that will incur carrying costs along the way (interest on loans, property taxes, maintenance, etc.), but you now own an asset, similar to how the City now owns the Saamis Solar project.

    Now it is time to engage a homebuilder, perhaps an engineer or architect, and start evaluating square footage and the types of materials and finishes you want that will impact the final construction cost of your home. At this stage, you are incurring costs, while you also contemplate the future operating costs associated with the home you decide to build – things like mortgage, interest, insurance, taxes, ongoing maintenance, utilities, etc. This is all similar to what will incur in Phase Two of the Saamis Solar project – determining the size of the project, price and type of equipment, the cost operating the distribution system connected to the solar generation plant, regulatory implications, etc. while incurring carrying costs associated with owning the project.

    Now, you have a home design and an understanding of the price, and what future costs may entail, it’s time to decide whether to apply for a mortgage and move forward, or to abandon the project and contemplate selling the land. This would be akin to the final investment decision for Saamis Solar. It is the final go/no-go decision.


    Conclusion

    All of this is to say that the Saamis Solar project is not a foregone conclusion. There are still many factors and a remaining investment decision (or stage gate) that will determine the final outcome. Continue to stay tuned to this page for the most recent information.

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  • Where would Saamis Solar rank in production capacity?(External link)

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    22 Feb 2025

    This article by Collin Gallant of the Medicine Hat News compares the size of solar facilities in Alberta and Canada.

  • Statement: Saamis Solar Park decision

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    04 Feb 2025

    The City of Medicine Hat is pleased to hear our application to obtain ownership of the Saamis Solar Park project within Medicine Hat’s municipal boundary was approved by the Alberta Utilities Commission (AUC). We will now proceed with closing the purchase and sale agreement that was previously executed with Saamis Solar Park Ltd. (part of DP Energy Group).

    The AUC also approved the City’s application to build up to 75 MW, the intended first phase of the project, in accordance with City specific limits contained within Section 95 of the Electric Utilities Act. Before pursuing any construction, the City will need to apply to the AUC for an amendment to the existing project approval to reflect the intended smaller size and related phasing.

    The City would like to thank DP Energy, the AUC, and directly impacted stakeholders for contributing to the regulatory due process that has led to this outcome.

    Now that the City owns the project, we can properly pursue more detailed analysis that will inform how to optimize the value of this new asset, taking into consideration customer and community interests, as well as changing market and regulatory conditions. Resulting recommendations will be shared with City Council for their consideration before confirming next steps.

    - Rochelle Pancoast, Managing Director of Energy, Land and Environment, City of Medicine Hat

  • City of Medicine Hat seeks approval to acquire Saamis Solar Park project

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    27 Aug 2024

    Medicine HatToday, the City of Medicine Hat applied to the Alberta Utilities Commission to obtain ownership of the 325-megawatt (MW) Saamis Solar Park project within Medicine Hat’s municipal boundary.

    The solar power plant and accompanying substation were approved, with conditions, by the Alberta Utilities Commission (AUC) on July 18, 2024 under the ownership of Saamis Solar Park Ltd, part of the Irish-headquartered DP Energy Group. The current AUC approval enables construction to begin in 2025 and to be in service by 2027.

    “Engagement with the City of Medicine Hat has been extremely positive since the project’s inception back in 2016 and it’s rewarding to see that this project now has the potential to contribute to the City’s energy transition, whilst providing low-cost renewable energy to its residents,” says Damian Bettles, Head of Development for DP Energy in Canada.

    Through negotiating a purchase and sale agreement, multiple conditions and internal processes must be satisfied before the City can consider developing the solar field, not the least of which is provincial approval, along with Council approval and financing.

    Rochelle Pancoast, Managing Director of Energy, Land and Environment with the City of Medicine Hat, clarifies that the City is not immediately building a solar array. Any decision on investing in new generation assets is subject to Council approval. Today, we are taking steps to acquire the opportunity, and all the associated approvals and engineering that have taken place thus far.

    The proposed Saamis Solar Park lies on 1,600 acres in the City’s north and is considered a productive use of vacant contaminated lands from the former Westco Fertilizer plant and property not yet ready for longer term urban/residential development. Medicine Hat is suited for solar electricity generation given its abundant solar resource.

    If approved, the City intends to construct the project in phases to accommodate affordability, manage grid congestion, consider stakeholder needs, and acquire learnings before proceeding to the next phase. The project will diversify the City’s current 299 MW gas-fired electric generation portfolio by adding large-scale renewable energy into the mix.

    We are facing challenges of energy transition and emission-reduction targets. Staff are hard at work each day modelling solutions that could be viable in complying with clean energy regulations while meeting the needs of our community and continuing to deliver the advantage of our electric utility,” adds Pancoast. “We can no longer ‘wait and see’ and must actively plan for the future. In this case, solar energy is a commercially viable option that is forecast to benefit our bottom line.”

    Pancoast also describes how City officials expect the Saamis Solar Park to contribute to the local economy in the form of construction jobs and being able to satisfy a growing customer interest in green energy.

    “Amongst the many benefits of gaining control of this project is that electricity generated from the solar field will flow to the City’s distribution grid, rather than bypassing to the Alberta grid as originally planned, bolstering our local energy supply. Having green power to offer can help attract and retain carbon-intensive industry and other investment, as well as reduce our own carbon compliance costs.

    Green energy sources, such as wind, solar, and hydro, produce little to no greenhouse gases, helping to reduce overall carbon emissions from the City’s electricity generation portfolio. For reference, every 25 MW of solar electricity has potential to offset 21,000 tonnes of carbon dioxide annually compared to gas-fired generation, saving the City $1.5 million in carbon compliance costs at today’s levy. That amount grows to $2.4 million per year once carbon levies reach $125/tonne in 2027.

    The City of Medicine Hat first awarded a development permit (permitted use) for the project to DP Energy in 2019.

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  • Solar thermal vs. solar PV: what’s the difference?

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    17 Sep 2024

    With the City’s request to the Alberta Utilities Commission to obtain ownership of the Saamis Solar Park, we’re hearing our community compare this initiative to the Solar Thermal Concentrator that was previously located near the entrance to the Gas City Campground. In fact, the two projects use two completely different technologies for two completely different purposes. Here, we’ll shine a light on their differences.

    The Solar Thermal Concentrator was a three-way partnership between the City of Medicine Hat and provincial and federal innovation agencies to test the feasibility of the technology in northern climates. The system used mirrors to concentrate sun rays and heat brine that is piped to the City’s main power plant as a replacement heat source to power the steam turbines, reducing the need to burn fossil fuels. The $13-million test site was built in 2012 and dismantled in 2020 when it was deemed uneconomical in our climate, thus satisfying the criteria of the pilot project.

    A Solar PV system (which is the technology planned at the Saamis Solar Park) uses solar panels to absorb and convert sunlight into electricity right at the source site. The solar array is connected directly to a substation and distribution system where the electricity is transported throughout the city to its end destination (like your light switch in your home, for example). Unlike solar thermal, which was still in the testing/demonstration phase of development, solar PV is well commercialized and is now mainstream since it is economically viable and cost competitive today.