For years we’ve heard about the need for grid modernization and once of the concerns regarding the growth of data centers is power generation. Industrial factories also play into this. Power generation construction, and subsequent maintenance, is, and will, represent a growth segment for manufacturers and selected distributors nationally as well as potentially others locally.

Chris Sokoll from DISC shared some research on the energy market and his findings:

Energy Transition Projects

Powering Economic Growth and Opportunity for Electrical Distribution

The global energy transition is one of the largest infrastructure transformations in modern history. At its core, the energy transition refers to the shift from traditional fossil fuel-based energy systems toward cleaner, more efficient, and increasingly electrified sources of power. This includes renewable energy generation, grid modernization, battery energy storage, hydrogen production, electric vehicle (EV) infrastructure, and new transmission networks that connect energy resources to growing demand centers. As governments, utilities, and private companies invest trillions of dollars into these initiatives, the opportunities extend far beyond power generation. The entire electrical supply chain, including electrical distributors, manufacturers, contractors, and integrators, stands to benefit.

What Are Energy Transition Projects?

Energy transition projects encompass a broad range of infrastructure investments designed to improve energy sustainability, reliability, and efficiency. These projects typically include:

• Utility-scale solar and wind farms
• Transmission and distribution upgrades
• Battery energy storage systems (BESS)
• Hydrogen production and transportation facilities
• Electric vehicle charging networks
• Smart grid technologies
• Industrial electrification projects
• Data center power infrastructure

The objective is not simply to replace one energy source with another. Rather, the transition seeks to create a more resilient power system capable of supporting economic growth while reducing emissions and improving reliability.

Economic Benefits of Energy Transition

Energy transition investments generate significant economic activity through construction spending, job creation, manufacturing expansion, and long-term operational support.

Large-scale infrastructure projects require engineers, construction crews, electricians, project managers, manufacturers, logistics providers, and maintenance personnel. These investments create both direct and indirect employment while stimulating local economies through wages, taxes, and procurement spending.

Additionally, modern energy infrastructure helps attract new industries. Data centers, semiconductor fabrication plants, advanced manufacturing facilities, and AI infrastructure all require reliable, abundant electricity. Regions that invest in grid capacity and energy reliability often become magnets for economic development.

Energy transition projects also improve long-term energy security by diversifying energy sources and reducing dependence on fuel price volatility. Businesses benefit from more predictable electricity costs and improved system reliability, which can enhance competitiveness and encourage capital investment.

Major Energy Transition Projects Under Construction

SunZia Wind adn Transmission Project

One of the most significant energy transition projects in North America is the SunZia Wind and Transmission Project in New Mexico and Arizona. Developed by Pattern Energy, the project combines approximately 3.6 GW of wind generation with more than 550 miles of high-voltage direct current (HVDC) transmission infrastructure. The system is designed to deliver renewable power from New Mexico to major population centers across the Southwest. The project represents more than $16 billion in direct investment and is expected to generate over $20 billion in economic benefits throughout its lifecycle.

HyVelocity Hydrogen Hub

The HyVelocity Hydrogen Hub along the Texas Gulf Coast is another transformational initiative. Supported by federal and private-sector investment, the project seeks to establish large-scale hydrogen production, transportation, and end-use infrastructure. Positioned within one of the world’s largest energy and petrochemical regions, the hub is expected to accelerate low-carbon industrial development while creating significant demand for electrical equipment, automation systems, instrumentation, and power distribution infrastructure.

Utility-Scale Battery Storage Expansion

Across Texas, California, Arizona, and other states, utilities and developers are rapidly deploying battery energy storage facilities. These projects help stabilize grids with high renewable penetration and improve reliability during peak demand periods. Each installation requires switchgear, transformers, protection relays, controls, power conversion equipment, and extensive balance-of-plant electrical systems.

Major Planned Projects

Grain Belt Express Transmission Project

The Grain Belt Express is a planned $11 billion HVDC transmission project spanning approximately 800 miles across Kansas, Missouri, Illinois, and Indiana. When completed, it is expected to provide up to 5,000 MW of transmission capacity and enhance grid reliability across the Midwest. The project is scheduled to begin major construction activities and is anticipated to support thousands of jobs while enabling the connection of new renewable generation resources.

Expanded EV Charging Infrastructure Corridors

Federal and state programs continue to support thousands of planned EV charging installations along major transportation corridors. While individual sites may appear modest, collectively they represent substantial demand for electrical distribution equipment, panelboards, switchboards, transformers, conductors, conduit systems, and monitoring technologies.

Data Center and AI Infrastructure Projects

The explosive growth of artificial intelligence is driving unprecedented electricity demand. Utilities and developers are planning extensive transmission, substation, and generation investments to support hyperscale data centers. These projects often require large quantities of medium-voltage equipment, busway systems, transformers, breakers, and power monitoring technologies, creating long-term opportunities throughout the electrical supply chain.

Why Energy Transition Projects Matter to Electrical Distributors

For the electrical distribution community, energy transition projects represent one of the most significant growth opportunities in decades.

Every utility-scale solar facility, battery storage system, substation, hydrogen plant, manufacturing facility, or data center requires thousands of electrical components. Demand extends across virtually every product family:

• Transformers
• Switchgear
• Circuit breakers
• Wire and cable
• Conduit and fittings
• Relays and controls
• Power quality equipment
• Automation products
• Medium-voltage distribution equipment
• Industrial networking solutions
• Lighting and energy management systems

Electrical distributors are uniquely positioned to support these projects through inventory management, logistics expertise, technical support, project staging, and supply chain visibility.

As lead times remain a critical project concern, distributors increasingly serve as strategic partners rather than simply product providers. The ability to secure critical equipment, coordinate deliveries, and support contractors through project execution has become a major competitive advantage.

Looking Ahead

The energy transition is fundamentally an infrastructure story. While clean energy generation often receives the headlines, the true enablers are transmission systems, substations, electrical equipment, automation technologies, and the distribution professionals who keep projects moving.

As billions of dollars continue flowing into renewable energy, hydrogen, battery storage, data centers, and grid modernization, electrical distributors are positioned at the center of this transformation. Companies that strengthen supplier relationships, expand technical capabilities, and align inventory strategies with emerging project trends will be well positioned to capture market share in what is likely to be a multi-decade growth cycle for the electrical industry.

About DISC – DISC provides economic insights and electrical distribution marketplace forecasts. It shares market insights via its FLASH reports. Stay ahead of market trends with a concise, data-driven report designed specifically for electrical distribution leaders. The Flash Report combines the latest economic forecasts, industry sales projections, and market intelligence into a single executive-ready resource. The FLASH Report is available via an annual subscription or can be purchased for a specific month.

Observations

Thanks Chris. Some thoughts:

1. The national players in the utility space are, in no order, Wesco, Irby (a division of Sonepar), Border States, and Graybar. Then there are regional / local players. For the regional / local players, I know electrical distributors who see this opportunity and are seeking acquisitions.
2. The type of project can determine the type of distributor that would typically be involved. For utility / transmission work, the suppliers typically authorize the distributors. In the solar space, non-utility distributors could participate. In some segments, or major product categories, it is standard for manufacturers to sell direct. In other words, “wanting” to serve this segment and “being able to” are different things. Research is needed.
3. This does not mean that there is no business available as standard electrical material is always needed. The key is knowing who will be involved in the installation element and pursuing what you can comfortably support financially (there could be very big orders.)
4. Additionally, to be involved, there could be technical support needed, depending upon the line, as well as value-added services.

The energy transition market, and serving the power generation needs, will represent significant growth for the electrical products, and distribution market. Enterprising distributors who create a model, or can serve local needs, may be able to reap these opportunities.