Power Distribution for Smart Manufacturing: Five Questions Every Facility Manager Should Ask
Investments in smart manufacturing technology including AI, automation, sensors, and cloud computing continue to accelerate, with over 20% of manufacturers planning to implement more advanced AI robotics by 2027. Global investment in smart manufacturing technology is projected to exceed 1 trillion by 2033.
Yet even as production technology becomes more intelligent and flexible, many facilities still rely on rigid, outdated electrical infrastructure. Too often, power distribution is treated as an afterthought, limiting a plant’s ability to adapt, scale, and improve. To support long-term operational agility, here are five questions facility managers should consider when evaluating electrical systems.
1. Rapid Reconfiguration: How often are you making changes to your factory floor?
From process improvement to technology upgrades, facility managers are making real-time adjustments more frequently, even daily. The increasing adoption of flexible manufacturing practices means sectors such as automotive are doing multi-model production or line changeovers within the same shift. Longer-term facility changes that require line shutdowns or building modifications take more planning and consideration, involving cross-functional teams, management approvals, project proposals, and extensive planning to schedule during the least disruptive times of the year.
Modular electrical systems like busway are designed to support rapid reconfiguration without extensive scheduling work and labor costs. With a continuous-access open channel, busway allows circuits to be added, moved or changed without rewiring. For facilities requiring frequent layout reconfigurations, modular busways deliver flexibility unmatched by hardwired conduit systems.
2. Scalability for Robotics & Automation: Can your existing electrical infrastructure power new equipment?
As data-processing demands and automation technology continue to evolve, power density requirements in factories are also increasing. Forward-thinking manufacturers are looking ahead and planning for long-term capacity needs, including the increased electrical capacity needed to bring new equipment online. In the case of pipe and wire systems, this can mean panelboard expansions and installing more conduit runs to power additional circuits.
Busway simplifies expansion by allowing facility managers to add new circuits in minutes. With ampacity up to 1200 amps, busway supports the higher electrical loads required by advanced automation while providing a clear path for phased or long-term growth. The upfront investment of scalable electrical infrastructure eliminates the need for major rework or shutdowns over time.
3. Minimized Downtime: How agile is your electrical infrastructure?
Downtime risk in manufacturing is not isolated to the production floor itself—it also stems from the electrical infrastructure that powers it. Even minor electrical changes can force operational shutdowns, estimated to cost manufacturers billions every year. Downtime is no longer limited to scheduled maintenance windows or equipment failures, but also comes from the need to adapt quickly to new products, line changes, or process improvements. The more agile the electrical infrastructure is, the faster manufacturers can make changes without bringing operations to a standstill.
Accessible, modular electrical systems like busway make it easier to isolate issues and contain power shutoffs to specific areas or equipment. Busway’s localized circuit protection requires fewer modifications and improves safety when work needs to be completed. Whether plant disruptions come from equipment failures, supply chain shifts, or market-driven changes, adaptable electrical infrastructure enables faster downtime recovery.
4. Localized Power Delivery: Can your electrical system support the needs of each production area?
Assembly lines, workstations, robotics, and packaging areas all require different electrical capacity. When electrical systems are centralized and inflexible, facilities are often forced to accept bottlenecks when demand shifts or risk overloading panelboards. Localized power delivery addresses this disparity by enabling customized electrical system designs with the specific requirements of each area. As more manufacturers move away from static, linear lines toward flexible and modular layouts, having power available where it’s needed becomes essential to maintaining production efficiency.
With busway, easy access to power along production lines allows equipment to be repositioned or added without a full electrical redesign, supporting continuous improvement and reconfigurations.
5. Improved Efficiency and Safety: Can you safely and efficiently adjust your electrical infrastructure?
Efficiency and safety depend on how quickly and safely electrical changes can be made as operations evolve. With traditional pipe and wire electrical systems, rewiring is labor intensive and time consuming, requiring cross-functional coordination to make basic modifications. Busway reduces installation time, material waste and disruption, ultimately allowing changes to be made faster with greater efficiency.
From a safety standpoint, modular busways reduce or eliminate many of the risks that arise with conduit installations, including excessive conduit cuts, multiple home runs, reliance on extension cords, and overloaded panelboards. The result is a cleaner self-contained electrical design that reduces electrical hazards during modifications.
Conclusion
As manufacturers continue to invest in smart technologies, their electrical infrastructure must evolve at the same pace. Facilities that treat electrical infrastructure as a strategic asset designed for growth, efficiency, and uptime will be better positioned to capitalize on increasing industrial digitization, automation, and AI technology.
Learn more about flexible power solutions for manufacturers or contact your local expert to see how busway can support your long-term manufacturing operations.