---
title: "Data Centers: Strategic Assets for Canadian Communities | BBA"
date: 2025-12-03T00:00:00-05:00
author: Juliette Cote
canonical_url: "https://www.bbaconsultants.com/en-ca/publications/data-centres-serving-communities"
section: Publications
---
1. In Canada and beyond, data centers are receiving renewed strategic attention due to the rapid rise of AI, a technology that demands massive computing capacity and robust digital infrastructure.
    
    The growing pressure on access to reliable, low-carbon electricity has led many governments and energy agencies to elevate data centers as strategic economic infrastructure, recognizing their structural role in competitiveness and innovation.
    
    This shift in narrative marks a true paradigm change. We are no longer speaking solely about IT infrastructure, but about digital sovereignty, economic resilience, and collective innovation capacity. Data centers are becoming anchors for future technology ecosystems and societal efficiency.
    
    Their design has also evolved significantly. Today’s data centers are:
    
    
    - less constrained by geographic and land positioning,
    - larger and denser in computing capacity
    - at the hearth of technological edge,
    - increasingly strategic and complex.
    
    With this evolution comes growing responsibility. As these facilities multiply and increase in scale, it becomes essential to design them as assets that deliver tangible benefits to communities and local economies, including thermal generation.
    
    ## **Turning heat into a local resource**
    
    These installations are energy-intensive and produce substantial usable heat, with above 60% of their energy consumption that can be turned into a heat source for many uses. With proper governmental and private sector coordination, that heat can be captured and repurposed to supply public buildings, greenhouses, industrial processes, or even residential districts.
    
    **“Residual heat is a high-value local resource. With the right contextual analysis, it becomes possible to build an energy-reuse loop and transform heat into a circular resource… and sometimes the solutions can be surprisingly creative”** explains Yves Bétournay, Principal Electrical Engineer.
    
    ## **Designing a data center as a regional asset**
    
    For such a project to be meaningfully integrated into the local economic fabric, it is essential, from the earliest design phases, to:
    
    
    - understanding local realities (energy, zoning, industry, workforce),
    - working collaboratively with municipalities,
    - planning electrical capacity responsibly,
    - anticipating impacts beyond the footprint of the site.
    
    “A data center can become a true regional asset when it is conceived in interaction with its environment, not in isolation,” explains Scott Fleming, Director, Wind & Solar Energy.
    
    ## **Turning a project into a local economic driver**
    
    A modern data center represents a major investment, but to generate real local value, it must be strategically designed and planned.
    
    This includes:
    
    
    - integrating a local-benefit framework,
    - prioritizing regional suppliers and businesses during construction and operation,
    - enabling the presence of related sectors (cybersecurity, cloud services, connectivity, applied AI),
    - planning workforce development in collaboration with educational institutions,
    - establishing a structured relationship with local government,
    - embedding the data center within a broader regional development vision.
    
    In this model, engineering plays a central role. It translates economic objectives into technical decisions, i.e. site layout, power systems, connectivity, servicing, and more.
    
    ## **Strengthening networks and connecting regions**
    
    Deploying this type of infrastructure, particularly those designed for AI workloads, drives improvements to electrical networks, increases fiber-optic density, and boosts regional digital resilience. Less constrained by latency, these platforms can be located outside major hubs, enabling greater digital accessibility and more balanced economic development across regions.
    
    To fully deliver on this potential, certain conditions must be met:
    
    
    - planning electricity capacity in harmony with existing networks,
    - aligning fiber-optic expansion with future societal needs,
    - anticipating specialized workforce availability,
    - integrating data centers within regional strategic planning.
    
    ## **Designing with and for communities**
    
    Data centers will continue to grow in number. The key question is not only where they are built, but how they are designed. It is this responsible and integrated vision that engineering must carry forward.
    
    ”Nowadays, we need local data centers as much as power lines to fuel our economy, both are tools to success”, explains Yves Bétournay, Principal Electrical Engineer.
    
    **Can data centers be integrated infrastructure that generally serves communities? Yes, with proper knowledge and intention.**
 
This content is for general information purposes only. All rights reserved ©BBA

 

    1. ![Pr employee men scott fleming retouch web SQ LR BBA](https://www.assets.bbaconsultants.com/bba-production-assets/production/images/avatars/_size_avatar/204270/pr_employee_men_scott-fleming_retouch_web_SQ_LR_BBA.webp)   
    
     Scott Fleming, P.Eng., PMP
    
    Director, Wind and Solar
    
         Read bio   [  ](https://www.linkedin.com/in/scott-fleming-b5b88a12/)  **For over 20 years, Scott Fleming has been driving renewable energy growth**, representing well over 1 GW of operating renewables and energy storage across Canada, along with several GWs in development.
    
    **Key expertise and certifications**
    
    
    - Wind, solar and energy storage projects
    - Strategic planning and management of complex portfolios
    - Electrical engineering, interconnection strategy, regulatory and electricity market compliance, and emerging technologies​
    - Project Management Professional, Professional Engineer (APEGA)
    
    **Major achievements:** Led renewable developments and the execution phase of new facilities and sustaining capital projects, integrating creative solutions and managing strategic portfolios that were delivered ahead of schedule and under budget.
    
    **Approach and added value:** Scott turns technical and regulatory constraints into performance levers, delivering high-performing, cost-effective projects while enabling clear business decisions and optimizing value and competitiveness of renewable energy and storage assets.
2. ![Yves Bétournay](https://www.assets.bbaconsultants.com/bba-production-assets/production/images/avatars/_size_avatar/3239/Yves-Betournay.webp)   
    
     Yves Bétournay, P.Eng.
    
    Senior Engineer, Electrical - Power Generation and Apparatus
    
         [  ](https://www.linkedin.com/in/yves-betournay-22b3365/)
 
 

       

  

  

 

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        Senior Engineer, Operational Technology and Infrastructure
     
       
    
     
    
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 1. In Canada and beyond, data centers are receiving renewed strategic attention due to the rapid rise of AI, a technology that demands massive computing capacity and robust digital infrastructure.
    
    The growing pressure on access to reliable, low-carbon electricity has led many governments and energy agencies to elevate data centers as strategic economic infrastructure, recognizing their structural role in competitiveness and innovation.
    
    This shift in narrative marks a true paradigm change. We are no longer speaking solely about IT infrastructure, but about digital sovereignty, economic resilience, and collective innovation capacity. Data centers are becoming anchors for future technology ecosystems and societal efficiency.
    
    Their design has also evolved significantly. Today’s data centers are:
    
    
    - less constrained by geographic and land positioning,
    - larger and denser in computing capacity
    - at the hearth of technological edge,
    - increasingly strategic and complex.
    
    With this evolution comes growing responsibility. As these facilities multiply and increase in scale, it becomes essential to design them as assets that deliver tangible benefits to communities and local economies, including thermal generation.
    
    ## **Turning heat into a local resource**
    
    These installations are energy-intensive and produce substantial usable heat, with above 60% of their energy consumption that can be turned into a heat source for many uses. With proper governmental and private sector coordination, that heat can be captured and repurposed to supply public buildings, greenhouses, industrial processes, or even residential districts.
    
    **“Residual heat is a high-value local resource. With the right contextual analysis, it becomes possible to build an energy-reuse loop and transform heat into a circular resource… and sometimes the solutions can be surprisingly creative”** explains Yves Bétournay, Principal Electrical Engineer.
    
    ## **Designing a data center as a regional asset**
    
    For such a project to be meaningfully integrated into the local economic fabric, it is essential, from the earliest design phases, to:
    
    
    - understanding local realities (energy, zoning, industry, workforce),
    - working collaboratively with municipalities,
    - planning electrical capacity responsibly,
    - anticipating impacts beyond the footprint of the site.
    
    “A data center can become a true regional asset when it is conceived in interaction with its environment, not in isolation,” explains Scott Fleming, Director, Wind & Solar Energy.
    
    ## **Turning a project into a local economic driver**
    
    A modern data center represents a major investment, but to generate real local value, it must be strategically designed and planned.
    
    This includes:
    
    
    - integrating a local-benefit framework,
    - prioritizing regional suppliers and businesses during construction and operation,
    - enabling the presence of related sectors (cybersecurity, cloud services, connectivity, applied AI),
    - planning workforce development in collaboration with educational institutions,
    - establishing a structured relationship with local government,
    - embedding the data center within a broader regional development vision.
    
    In this model, engineering plays a central role. It translates economic objectives into technical decisions, i.e. site layout, power systems, connectivity, servicing, and more.
    
    ## **Strengthening networks and connecting regions**
    
    Deploying this type of infrastructure, particularly those designed for AI workloads, drives improvements to electrical networks, increases fiber-optic density, and boosts regional digital resilience. Less constrained by latency, these platforms can be located outside major hubs, enabling greater digital accessibility and more balanced economic development across regions.
    
    To fully deliver on this potential, certain conditions must be met:
    
    
    - planning electricity capacity in harmony with existing networks,
    - aligning fiber-optic expansion with future societal needs,
    - anticipating specialized workforce availability,
    - integrating data centers within regional strategic planning.
    
    ## **Designing with and for communities**
    
    Data centers will continue to grow in number. The key question is not only where they are built, but how they are designed. It is this responsible and integrated vision that engineering must carry forward.
    
    ”Nowadays, we need local data centers as much as power lines to fuel our economy, both are tools to success”, explains Yves Bétournay, Principal Electrical Engineer.
    
    **Can data centers be integrated infrastructure that generally serves communities? Yes, with proper knowledge and intention.**
 
This content is for general information purposes only. All rights reserved ©BBA