25-057 | Revolutionizing Fleet Charging Infrastructure with JBrennon Construction's Latest EV Solutions in Atlanta (Phase 2)
- Brent Smith
- Nov 11, 2025
- 4 min read
Updated: 4 days ago
Atlanta, GA | Aug 2025 - Nov 2025
Electric vehicle (EV) fleets are transforming how industries operate, demanding infrastructure that can keep pace with growing energy needs. JBrennon Construction, Inc., an EV charging infrastructure contractor, recently completed a major project in Atlanta, Georgia, upgrading a high-activity industrial fleet facility with advanced EV charging stations and electrical service improvements. This work not only supports the shift to electric fleets but also ensures reliable, scalable, and safe daily operations without disrupting ongoing site activities.
The project highlights how thoughtful design, careful coordination, and adherence to modern electrical standards can create a future-ready charging infrastructure that meets the demands of fleet electrification.
JBrennon Construction’s EV charging station and electrical upgrades at Atlanta fleet facility
Utility Power Upgrades and Electrical Distribution
A key challenge in electrifying a fleet is ensuring the facility’s electrical system can handle the increased load. JBrennon Construction addressed this by installing a 2.5 MVA utility transformer, which provides a robust power source capable of supporting high-demand EV charging.
The team connected this transformer to the primary facility distribution system and installed two 2000-amp exterior switchgear lineups. These switchgear units manage the electrical flow and protect the system from overloads, ensuring safety and reliability.
JBrennon Construction also installed complete raceway systems, feeders, grounding, bonding, and protective devices. All work followed the 2023 National Electrical Code (NEC) and engineering requirements. Equipment placement was carefully planned to maintain required electrical working clearances, which supports long-term maintenance and service access.
This upgrade ensures the facility can support current and future EV charging demands without risking power interruptions or safety issues.
EVSE Deployment and Fleet Charging Readiness
The project included activating sixteen EV charging dispensers, fully equipping the site for fleet electrification. JBrennon Construction completed the installation of all EVSE (Electric Vehicle Supply Equipment) infrastructure, including protective bollards designed to withstand daily fleet traffic and prevent damage to charging equipment.
To minimize disruption, the underground electrical work for the chargers was done using directional boring behind the warehouse. This trenchless method avoids surface disruption and reduces downtime, allowing the facility to maintain productivity during construction.
The team coordinated scheduling and field operations carefully to keep electrical work safely separated from active vehicle circulation routes. This approach prevented impacts on site activities and ensured safety for workers and fleet operators.
Sitework, Concrete Restoration, and Equipment Pads
Site restoration was completed for areas impacted by underground electrical installation. JBrennon Construction performed sawcutting, selective demolition, trench restoration, and patch-back for both concrete and asphalt surfaces to return the site to safe, service-ready condition. The project included construction of equipment pads, including a dedicated transformer pad and concrete pads for future generators, supporting continued expansion of renewable-energy and resiliency infrastructure.
Testing, Commissioning, and Verification
The electrical scope was completed with formal acceptance verification consistent with industry best practices, including testing and commissioning activities that validated installation quality, system operation, and protection readiness. JBrennon Construction also supported post-installation reliability checks—such as infrared verification of key connections—to confirm performance under real-world operating conditions and strengthen long-term serviceability.
Security, Access Control, and Operational Improvements
To enhance security and site control, JBrennon Construction installed approximately 1,485 linear feet of 8-foot chain link fencing with privacy screening, along with two cantilever gate systems at the entrance and exit. Underground electrical provisions were installed to support future automated gate operators and access controls. Additional operational improvements included installation of a modular guard shack, loading/dock support upgrades, ADA-compliant restriping, and creation of additional parking capacity to improve circulation and facility efficiency.
Environmental and Compliance-Focused Additions
A new hazmat storage shed was erected to support compliant materials handling and better operational organization. Work was completed in alignment with applicable municipal permitting and inspection requirements, with emphasis on safe execution, code compliance, and performance-driven outcomes.
Energy Management, Emergency Power Coordination, and Safety Controls
Supporting energy reliability was a priority. JBrennon Construction integrated an Energy Management System (EMS) to monitor and control power usage. The EMS supports load management and load shedding, which helps balance energy demand during peak times or utility outages.
Emergency power provisions were also included to maintain critical operations if the main power supply fails. This coordination ensures the fleet charging infrastructure remains operational in emergencies, avoiding costly downtime.
Safety controls were implemented throughout the electrical system to protect personnel and equipment. These include protective devices compliant with NEC 2023 and engineered safety standards, grounding and bonding systems, and clear working spaces around electrical equipment.
Maintaining Operations During Construction
One of the most impressive aspects of this project was how JBrennon Construction maintained site operations throughout the upgrades. The team used careful sequencing and traffic control to keep the facility running smoothly.
By coordinating closely with facility management, JBrennon Construction scheduled work to avoid peak activity times and used directional boring to minimize surface disruptions. This approach allowed the site to continue daily operations without significant interruptions.
What This Means for Fleet Electrification
This project demonstrates how industrial fleet facilities can upgrade their infrastructure to support electric vehicles effectively. Key takeaways include:
Power capacity matters: Installing a high-capacity transformer and switchgear ensures the facility can handle current and future charging loads.
Safety and code compliance are essential: Following NEC 2023 and engineering standards protects people and equipment.
Minimizing disruption is possible: Directional boring and careful scheduling keep operations running during construction.
Energy management improves reliability: EMS integration helps balance loads and maintain power during outages.
Durability supports daily use: Protective bollards and equipment placement ensure the infrastructure withstands heavy fleet traffic.
Facilities planning to electrify their fleets can learn from JBrennon Construction’s approach to build charging infrastructure that is reliable, scalable, and safe.