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As the world shifts toward a more sustainable energy future, two converging factors have accelerated the demand for electricity: the global energy transition and the exponential growth of data centers. This, however, presents a complex challenge. On one hand, we must scale up electricity generation to meet increasing demand from electrified industries and burgeoning data centers. On the other hand, this expansion must occur within the constraints of sustainable energy goals, meaning we cannot simply rely on traditional, carbon-intensive power sources. That’s where REV steps up to deliver cutting-edge high-voltage (HV) solutions that are reliable, adaptable, and designed to meet the most complex demands. Under the leadership of Jason Molstad, principal, the company has emerged as a leader in the HV space, delivering innovative products and also being a key player providing quality products and services across core industries such as oil and gas, mining, commercial, and utilities. We achieve this by understanding what is important to the client,” Molstad says. “Many firms get carried away with their own perspective, but we spend time getting to know our clients, understanding their needs, and investing in long-term relationships.
Patricia Provot, President, Armstrong International
Jim Helvig, P.E., Vice President of Operations, Dashiell Corporation
Cannon Lord, Manager of Data and Analytics, Summit Utilities
Amy Carstens, Director, Corporate Strategy, Planning & Analysis, Dairyland Power Cooperative
Dan Bowermaster, Head of Electric Vehicle Research (Sr. Area Manager), EPRI
Ivon Louis-Letang, Energy Manager, Eversource Energy
Davy Theophile, Head of Renewable Energy, Vaisala
Higher voltage levels enable faster detection and resolution of faults, minimizing the impact of local issues on the entire grid.
The wire and cable industry, a critical component of global infrastructure, is witnessing a surge of positive economic trends driven by technological advancements, renewable energy initiatives, and robust market demand.
Shaping Sustainable Power with Innovation
Technological advancements are transforming the power sector, driving efficiency, reliability and safety across electrical infrastructures. High-voltage solution providers are increasingly leveraging cutting-edge technologies to optimize energy distribution, strengthen resilience and lower operational costs—key to meeting the demand for sustainable, reliable electrical networks. Reports state that the global high-voltage equipment market, valued at $137.54 billion in 2023, is expected to reach $194.01 billion by 2029, growing at a CAGR of 5.9 percent. This growth is fueled by advancements in AI, IoT, and smart grid technologies, which are revolutionizing power management and spurring demand for high-voltage solutions. AI-powered diagnostics and predictive maintenance tools enable specialists to identify potential faults before costly outages occur. Meanwhile, IoT integration provides real-time monitoring for optimal performance and faster response. Innovations in modular and compact switchgear are reducing spatial requirements and installation costs, making high-voltage solutions more accessible across diverse infrastructures. Energy storage and distribution are also advancing. With battery energy storage systems and renewable energy integration on the rise, high-voltage solutions play a pivotal role in stabilizing power flows and ensuring consistency, even under fluctuating demand. Augmented reality is also making its mark, offering engineers immersive visualization tools for on-site diagnostics and remote support. This edition of Electrical Business Review Canada highlights recent advancements in high-voltage solutions, exploring how industry leaders are adapting to these trends to deliver reliable and sustainable energy solutions. It features thought leadership articles from experts, including Amy Carstens, director, corporate strategy, planning & analysis at Dairyland Power Cooperative, who shares insights on high-speed data communication advancements within the transmission system. With fiber optics integrated in transmission substations via optical ground wire (OPGW), utilities can enhance data utilization, enabling fault protection devices to communicate with system operators and pinpoint faults to streamline sectionalizing and restoration. Jim Helvig, P.E., vice president of operations at Dashiell Corporation, offers perspectives on the evolution of the renewable energy industry, highlighting updated regulations, developed energy corridors and advancements in technology that are integrating renewable energy into local communities. We hope this edition helps you find the partner needed to drive your organization toward a more resilient and energy-efficient future.