Insights into the forces shaping our industry.

How can you not be romantic about baseball?  Especially during this time of the year.

Pitchers and catchers report. The sun is out somewhere in Florida or Arizona. Beat writers are filing stories about how the shortstop added fifteen pounds of muscle and the fifth starter has “a new pitch.” Every fan base, all thirty of them, is undefeated. Hope is batting a thousand.

It is intoxicating.

You convince yourself that this is the year the bullpen will hold. That the veteran slugger has one more run in him. That the rookie phenom is not just hype but destiny. You start doing the math in your head. Ninety wins. Maybe ninety-two. A division title if things break right.

And then reality arrives on a random Tuesday in May. The lineup cannot hit left-handed pitching. The back end of the rotation unravels. The injury report grows longer than the box score. By July, half the league is talking about next year.

Baseball punishes romance. It rewards depth, fundamentals, and the unglamorous grind of 162 games. Optimism is free in February. Execution is expensive in August.

This is exactly why we love this time of year.

Because optimism is not foolish. It is necessary. It just needs to be grounded in mechanics.

That same seasonal optimism is showing up across the electrical industry in 2026. We hear it from manufacturers, distributors, rep agencies, contractors, integrators, and end users. Backlogs are stabilizing. Lead times are normalizing. Capital budgets are being unlocked for data centers, reshoring projects, grid upgrades, and campus electrification.

And just like baseball, you cannot help but get romantic about it.

That said, you need to understand what will drive growth. Not vibes. Not headlines. Not hype.

The actual mechanics.

Lighting is not about swapping lamps anymore. That story is over. The LED conversion wave that drove a decade of volume has matured. What will drive growth in 2026 is control density, integration, and data.

Connected lighting systems are becoming edge nodes on IP networks.  Hybrid wireless mesh systems are shifting lighting from a standalone load to a controllable, measurable asset. Luminaires are increasingly integrated with occupancy sensing, daylight harvesting, environmental sensing, and in some cases LiFi communications.

Growth will come from retrofits that move beyond fixture replacement into full control system upgrades. Think networked lighting control panels, distributed intelligent drivers, and software platforms that provide granular energy analytics at the zone and fixture level. Utilities and municipalities are tying incentives to advanced control capabilities, not just lumens per watt.

In commercial real estate, especially office to residential conversions and healthcare expansions, the value proposition is shifting toward adaptability. Tunable white systems, circadian lighting algorithms, and programmable scene control are becoming design expectations rather than luxury upgrades.

On the industrial side, high bay LED with integrated controls tied into manufacturing execution systems allow facilities to link lighting energy consumption to production cycles. When lighting becomes part of operational analytics, it stops being a commodity.

The technical driver is interoperability. Systems that speak BACnet, Modbus TCP, and secure IP protocols will win. Closed ecosystems will struggle. The lighting manufacturers that invest in firmware, cybersecurity hardening, and API accessibility will capture share.

Wire and Cable is the most unromantic category in the building. It is copper and aluminum. It is steel armor. It is insulation chemistry.

It is also about to be very busy.

Electrification is not a slogan. It is a conductor count problem.

Data centers are driving massive demand for medium voltage feeder cable, high strand count copper, and specialty tray cable. Hyperscale campuses require miles of 15 kV and 35 kV cable, often with tight installation tolerances and thermal performance constraints. As power densities increase in AI focused data halls, conductor sizing and ampacity calculations become critical. Engineers are specifying higher temperature rated insulation systems and optimized conductor geometries to handle sustained loads.

EV infrastructure is another driver. Fast charging installations require robust feeder sizing, often 480 V three phase, with significant short circuit considerations. The demand for copper THHN, XHHW 2, and increasingly aluminum alternatives for feeder applications is rising. There is also growth in flexible portable power cable for temporary charging deployments.

Renewable integration and battery energy storage systems add another layer. Solar farms require PV rated cable with UV resistance, high temperature tolerance, and long-term durability. Battery installations require low voltage high current DC cable with careful attention to voltage drop and thermal management.

Then there is reshoring. New manufacturing plants require miles of tray cable, VFD cable with enhanced shielding to mitigate electromagnetic interference, and industrial Ethernet cable for high speed communication. As industrial automation becomes more data intensive, cable selection is less about cost per foot and more about signal integrity and uptime.

The technical growth lever here is material science and supply chain resilience. Manufacturers that can secure copper and aluminum inputs, optimize conductor stranding for flexibility and ampacity, and provide documented performance data for engineering specs will lead. Lead times are no longer tolerated the way they were in 2022. Reliability is market share.

If lighting is the nervous system and cable is the circulatory system, Power Distribution is the heart.

2026 will reward those who understand fault current, arc flash, and digital monitoring as growth engines, not compliance headaches.

The grid is being stressed from both ends. Utility side interconnections for renewables and distributed generation are more complex. On the facility side, loads are increasing and becoming less linear. Data centers, EV chargers, and variable frequency drives introduce harmonics and demand spikes.

This drives demand for advanced switchgear with integrated metering, protective relays with communication capabilities, and arc resistant designs. Low voltage and medium voltage gear that integrates digital trip units with Ethernet connectivity enables real time monitoring of load profiles, breaker status, and fault events.

Condition based maintenance is becoming standard. Thermal sensors, partial discharge monitoring in medium voltage equipment, and predictive analytics software are being layered onto traditional distribution equipment. The value is uptime. Downtime is no longer a maintenance inconvenience. It is a revenue event.

Microgrids will also accelerate growth. Campus environments are deploying on site generation paired with energy storage. This requires sophisticated switchgear with transfer schemes, synchronization controls, and load shedding logic. Engineers are specifying equipment that can manage bidirectional power flow and islanding scenarios.

Transformers are another piece. Higher efficiency dry type and liquid filled transformers designed to handle harmonic distortion are in demand. K rated transformers are not niche. They are standard in many facilities with high nonlinear loads.

The technical differentiator will be digital integration. Power distribution equipment that feeds data into building management systems, energy management platforms, and cloud based dashboards will command premium positioning.

Industrial Automation is where the baseball analogy really holds.

Everyone wants to talk about robotics. Not everyone wants to talk about network architecture.

Industrial automation growth in 2026 will be driven by throughput, traceability, and labor dynamics. Manufacturers are investing in PLCs with higher processing speeds, modular I O systems, and industrial Ethernet networks that support deterministic communication.

EtherNet IP, Profinet, and Time Sensitive Networking are enabling tighter synchronization between controllers, drives, and sensors. This reduces latency and improves machine performance. Servo systems with higher resolution feedback are increasing precision in packaging, material handling, and assembly operations.

The rise of AI in manufacturing is real, but it sits on top of data acquisition. Edge computing devices are being deployed on the plant floor to preprocess sensor data before pushing it to cloud analytics platforms. This reduces bandwidth demands and enables faster decision making.

Machine vision is expanding. High resolution cameras paired with AI based inspection algorithms are improving quality control. This requires robust industrial PCs, reliable power supplies, and shielded communication cabling.

Safety systems are also evolving. Integrated safety PLCs, light curtains, and safety rated drives are being designed into systems from the start. Compliance with standards such as ISO 13849 is not optional. It is part of the engineering baseline.

Growth will favor suppliers who can provide not just components but architectures. A controller without network strategy is like a pitcher without a catcher. It might look good in the bullpen, but it will not win games.

If industrial automation is about throughput, Building Automation is about efficiency and experience.

Commercial buildings in 2026 are becoming digital platforms. HVAC systems, lighting controls, access control, and energy management are converging onto unified networks.

Open protocols matter. BACnet IP remains foundational, but integration with MQTT and RESTful APIs is increasing. Building management systems are being designed with cloud connectivity in mind, enabling remote monitoring, fault detection diagnostics, and software updates.

Demand controlled ventilation is being refined with better sensor technology. CO2, VOC, and occupancy sensors feed variable air volume systems that adjust airflow in real time. This reduces energy consumption while maintaining indoor air quality.

Heat pump adoption is driving control complexity. Electrified HVAC systems require precise staging and load management to prevent demand spikes. Advanced control algorithms that coordinate compressors, variable speed drives, and energy storage are becoming critical.

Smart buildings are also security aware buildings. Integration between access control systems and HVAC or lighting enables energy savings when zones are unoccupied. Data from badge systems can inform space utilization analytics.

The growth driver is measurable performance. Building owners want dashboards that translate kilowatt hours into dollars saved and carbon reduced. The technical depth lies in sensor accuracy, network reliability, and software scalability.

You cannot talk about connected lighting, digital switchgear, industrial Ethernet, and cloud based building management without talking about Cybersecurity.

This is not an IT issue. It is an operational technology issue.

As more devices are IP addressable, the attack surface expands. PLCs, protective relays, lighting gateways, and HVAC controllers are all potential entry points.

Growth in 2026 will favor manufacturers that embed security into firmware. Secure boot processes, encrypted communication protocols, role based access control, and regular patch management will differentiate serious players from casual ones.

Network segmentation is becoming best practice. Separating OT networks from corporate IT networks, implementing firewalls, and using virtual LANs to isolate critical systems are no longer optional design considerations.

Compliance frameworks are gaining traction. End users are asking vendors to document cybersecurity posture during the procurement process. The days of shipping a device with default passwords and calling it done are over.

Cybersecurity is the bullpen in August. Ignore it in February and you will regret it in October.

So yes, it is easy to get romantic this time of year. Spring training optimism. Industry conference buzz. Forecast models that slope upward and to the right.

Romance does not win games.  Mechanics do.

In baseball, that means depth in the rotation, disciplined at bats, and a bullpen that throws strikes.

In the electrical industry, it means interoperability, digital integration, resilient supply chains, advanced controls, and hardened networks.

The optimism for 2026 is real. There are structural drivers in electrification, automation, and digitalization that are not going away. Capital is being deployed. Projects are being engineered. Specifications are being written.

If you are serious about winning in 2026, this is the moment to look at your bench.

Optimism is not a strategy. Product breadth is not a strategy. Even a strong backlog is not a strategy. The companies that will separate themselves over the next eighteen to twenty four months are the ones that align talent with the technical drivers reshaping this industry.

At Egret Consulting, this is all we do. We live in and across the electrical industry every day. We understand the nuances between wire and cable for renewables versus hyperscale data centers. We know what skill sets are required to sell intelligent switchgear versus commodity panelboards. We understand the difference between a controls technician and a true building systems integrator. We know what an industrial automation engineer needs to execute on a high speed, networked production line.

We track the drivers. We partner with manufacturers, distributors, rep agencies, contractors, and end users across the country. We see where headcount is tight. We see where technical depth is thin. We see where leadership gaps will slow growth if they are not addressed.

Scaling a team in this environment is not about adding bodies. It is about adding capability. It is about finding professionals who can navigate digital power distribution, who understand OT cybersecurity, who can design and sell integrated lighting control systems, who can implement industrial Ethernet architectures without blinking.

If you are investing in new product lines, expanding into new verticals, or modernizing your technical sales force, now is the time to ensure you have the right players in the right roles.

If you are ready to build a team that will win in September, not just feel good in February, contact Egret Consulting. We know this industry. We understand the drivers. And we can help you scale with purpose.  Let’s have a real conversation about your goals. About where you want to take your business. About what is required to execute, not just forecast.

Baseball rewards the teams that prepare before the season starts. The electrical industry is no different.