7/16/2025
Simplifying High-Amperage Power Distribution with PWRvance in Georgia
Simplifying High-Amperage Power Distribution with PWRvance in Georgia
When it comes to large-scale electrical infrastructure, clarity, speed and reliability are non-negotiables. That’s exactly what Georgia Power was looking for when they sought a smarter alternative to the traditional “strut farm” setup. Enter PWRvance, the all-in-one power distribution solution that's reshaping the future of high-amperage electrical infrastructure.The Project: A Need for Change
The opportunity began when Chris Orgill, Georgia Power’s NEC/ET Construction Supervisor, reached out to explore new options for EV power distribution. His team had been using a basic strut farm design with disconnects. With the rising demand for fast-charging units and the goal of completing 100 Make Ready projects in 2025, they needed a more scalable, efficient and consistent approach.PWRvance's Justin Haesemeier and Andrew Tait presented our solution to Georgia Power and its contractors, kicking off a months-long collaboration that began in December 2024. During early conversations, it became clear: the strut farm approach wasn’t keeping up with Georgia Power’s future needs. It took nearly two months of focused engineering and design work to finalize cabinet solutions that could be reliably applied across all Georgia Power locations.
In May 2025, representatives from Georgia Power toured our Concordia and Kansas City manufacturing facilities, getting a firsthand look at how their units were being assembled. Their excitement was clear when Orgill himself called to share how PWRvance had exceeded every expectation while applauding our quick communication, deep industry knowledge, and our team's proactive, solutions-first mindset.
For years, high-amperage power distribution relied on sourcing and assembling individual components on-site, a process riddled with delays, coordination challenges and room for potential errors. Add in utility approval processes, and timelines often stretched unpredictably.
That’s where the PWRvance advantage comes in, eliminating nearly all of the road blocks and creating a straightforward process to achieve the level of power distribution that Georgia Power needed.
The Solution: Built for Speed, Built to Scale
PWRvance delivered a fully preassembled, high-amperage distribution unit custom-designed to meet the needs of Georgia Power’s Make Ready division. The result? Faster installs, lower labor costs and better project oversight.Here’s how we brought it all together:
Job-Specific Identification
To simplify project tracking and streamline communication, we created a unique part number system with custom codes indicating the project, customer’s account number and specific job site. This change also makes it easy to identify PWRvance units on internal Georgia Power drawings.
Pre-Shipping Coordination & Manufacturing Transparency
We didn’t just ship a product, we provided weekly updates on manufacturing progress from the moment the project was purchased. With this transparency, Georgia Power had clear visibility into each step of the build, drastically reducing the volume of inquiries and helping project managers plan with confidence.
Reduced Labor and Installation Costs
Thanks to the unit’s turnkey, ready-to-install design, field assembly was no longer needed. Contractors saved hours, if not days, of work, which translated into significant labor savings and faster time-to-power.
Enhanced Security, Built In
No need for fencing or external deterrents. With lockable enclosures, each PWRvance unit provided built-in security features to protect the system from tampering, right out of the box.
Cleaner, Smarter Aesthetics
Mismatched, pieced-together power setups? Not a thing anymore. The sleek, professional appearance of the PWRvance unit elevated the look of the job site, removing the need for costly cosmetic cover-ups.
The Results: A Better Way Forward
From concept to cabinet delivery, PWRvance proved why it’s the go-to solution for high-amperage power distribution, especially in fast-moving markets like EV infrastructure.
- Faster installs
- Better communication
- Streamlined project management
- Scalable design across multiple locations
- Improved site aesthetics and built-in security