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23 Oct 2024Power and RenewablesStabilizing grid frequency fluctuations through effective regulation
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Manish Persand
Engineer in training, Electric
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09 Jul 2024Power and RenewablesModular construction: Pros and cons
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Xing Li, P.Eng.
Principal Engineer, Structural
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08 Jan 2024Power and RenewablesAdvanced HV-lab testing and condition assessments
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Ali Naderian, Ph.D., P.Eng., PE, IEEE SM
Principal Advisor, High Voltage Services
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06 Dec 2023Power and RenewablesDeveloping a reliable mining decarbonization plan
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Dave Olsthoorn, P.Eng., M.A.Sc.
Engineer, Energy and Air Quality
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18 Apr 2022Power and RenewablesWhen is voltage safe?
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Éric Breault, P.Eng.
Senior Engineer, Electrical - Power Systems, Protection and Control
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31 Jan 2022Power and RenewablesDigital power systems: an influencing tool in asset management
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Lyle Neumann, P.L. Eng., C.E.T., S.C.O.
Department Manager, Industrial and Renewable Power
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02 Dec 2021Power and RenewablesMetal powder production: OHS risks first!
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Benoit Desjardins, P.Eng.
Senior Engineer, Operational Readiness and Commissioning
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Power and RenewablesEnergy transition strategy for the mining sector
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25 Oct 2021Power and RenewablesThe importance of preliminary interconnection studies
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Power transmission and distribution
Canada's net-zero emissions target is spurring industrial companies to embrace the transition to clean energy. A number of government programs have been created to connect communities, regions and even countries. The energy industry faces numerous complex challenges, including ageing equipment, grid extensions and the creation of hybrid systems.
Now more than ever before, industrial companies need to know they can rely on electric grids that are modern, reliable and long-lasting. To make this possible, we need to transform the way we distribute power.
Power transmission and distribution
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Your challenges
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Modernize your electric network
Modernizing your electric network makes sense for a number of reasons. It can make your systems more robust, increase your productivity, help you meet changing market demands and improve your environmental performance when you add clean energy sources.
But to get optimal performance from your electrical facilities, you need to make sure any new technologies are compatible with your conventional systems. When planning your project, be sure to include thorough front-end analyses and look for proven designs that give priority to safety and energy efficiency.
Uncover interconnection issues before your start
Power system interties and related works can be technically challenging for many different reasons. There may be issues related to renewable energy sources, power storage, neighbouring networks with special characteristics, or connecting industrial plants and processes to the main grid. To set your project up for success, make sure you take these factors into consideration right from the project outset. Your development strategy should include in-depth system studies, performed in advance.
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Our approach
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Leading expertise in high-voltage electrical systems
Our team has 40 years of experience and specialized expertise in power system studies, design and optimization. We're familiar with all aspects of transmission and distribution networks, including substations, transmission lines, control and protection systems, and transformers.
Our experts can provide valuable support at all project life cycle phases, from technical specifications to supplier selection, design verification, factory acceptance testing and commissioning.
Comprehensive knowledge of applicable standards
Our team offers in-depth knowledge of the various standards in effect, including IEC 61850, and their application. We can verify equipment compatibility in our Digital Power System labs and make sure it will work flawlessly by performing simulations and rigorous tests on your control and automation systems.
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Solutions we offer