JBrennon completed comprehensive EV charging infrastructure improvements within a large, active industrial warehouse, supporting fleet electrification and long-term energy performance. Work included installation of multiple EV charging stations, major electrical service upgrades, underground power distribution, equipment protection, and concrete restoration. The project was executed with careful coordination to maintain safe operations while delivering scalable, renewable-rea

JBrennon Construction, Inc. delivered a fully integrated design-build solution for EV charging and infrastructure development, advancing the project from concept through permit-ready construction documents. The work coordinated architectural planning, electrical engineering, civil utilities, and life-safety analysis to support scalable EV charging systems, utility power upgrades, and long-term operational performance in an active industrial environment.

JBrennon Construction, Inc. completed Phase 1 construction for a design-build EV charging infrastructure project, establishing interior systems required for future fleet electrification. Work included new electrical infrastructure for multiple EV charging stations, interior safety bollards, ventilation systems, dock access improvements, garage doors, and floor preparation for future striping. This phase prepared the facility for scalable, code-compliant EV charging operations

JBrennon Construction, Inc. completed Phase 1 construction upgrades for an EV charging site in Atlanta, focused on safety, compliance, and site usability. Work included installation of protective bollards, surface cleaning, corrected parking and charging striping, and landscape improvements. These targeted construction upgrades enhanced traffic flow, protected charging equipment, and improved the overall functionality and appearance of the EV charging area.

JBrennon Construction, Inc. delivered Phase 1 design for the transformation of an existing warehouse into a future-ready EV parking and maintenance facility. The coordinated architectural, mechanical, and electrical design established EV-ready parking, maintenance operations, scalable charging infrastructure, and resilient power systems. This phase laid the groundwork for safe, efficient fleet electrification while anticipating long-term growth and evolving transportation tec