EV Charging Infrastructure & Fleet Electrification – Southeastern PA
Fleet electrification is no longer a future-state conversation. It's a capital planning decision happening now — in logistics operations, corporate campuses, healthcare systems, retail centers, and municipal fleets. The question isn't whether to install EV charging infrastructure. It's how to do it right, at a cost that makes sense, in a way that scales.
Hobbs & Company — through our ElecVulum division — designs, installs, and maintains EV charging networks for commercial and fleet operations throughout Southeastern Pennsylvania and the Mid-Atlantic. We manage the full project: site assessment, electrical design, permitting, installation, incentive documentation, and ongoing maintenance.
EV Charging Services
Ongoing Maintenance & Network Management
EV chargers require maintenance. Networked chargers require monitoring. Our ongoing maintenance agreements cover uptime management, firmware coordination, and repair response — keeping your charging infrastructure productive and available.
Site Assessment & Electrical Capacity Planning
Before a charger is specified, we assess your site's electrical capacity, utility service, and physical constraints. Many facilities require service upgrades or panel additions before EV infrastructure can be installed — knowing that upfront shapes a realistic project budget and timeline.
- Existing service capacity review and gap analysis
- Utility coordination for service upgrades
- Charger placement and load management planning
- Integration with existing peak demand management strategies
- BESS integration analysis to reduce demand charges from EV loading
Level 2 Workplace & Facility Charging
Level 2 charging (240V, 40–80A) is the standard for workplace, fleet depot, and facility charging — providing a full charge over a typical workday or overnight dwell period. We design and install Level 2 networks for corporate campuses, office parks, healthcare facilities, and commercial properties.
- Single-station to multi-port networked installations
- Parking structure and surface lot rough-in
- Load management systems for high-density deployments
- Network-managed chargers with usage and billing reporting
- ADA-compliant installation and placement
DC Fast Charging (Level 3) Corridors
DC fast charging requires significant electrical infrastructure — dedicated service, high-capacity feeders, and careful load management. We design and install DCFC installations for fleet depots, highway-adjacent retail, and destination charging locations.
- Dedicated service and distribution for DCFC installations
- Multi-dispenser fast charging corridor design
- Utility interconnection and demand management
- BESS integration to buffer peak demand from fast charging loads
Fleet Depot Electrification
Electrifying a vehicle fleet is a fundamentally different challenge than installing workplace chargers. Fleet depot electrification means managing simultaneous charging demands, shift schedules, and long-term capacity for fleet growth — all within an operating facility.
- Fleet charging load analysis and phased deployment planning
- High-capacity electrical service design for fleet-scale loads
- Smart charging and load management integration
- Coordinated charging schedules to minimize peak demand charges
- Future-ready rough-in for fleet expansion
Incentive Management & Federal Tax Credits
The federal Alternative Fuel Infrastructure Tax Credit (Section 30C) covers 30% of equipment and installation costs, up to $30,000 per location. Additional Pennsylvania and utility-sponsored incentives can significantly reduce net project cost. We manage all documentation and compliance requirements for every applicable program.
- Federal Section 30C tax credit documentation
- State and utility incentive identification and application support
- EVSE grant program coordination
- Total incentive value analysis as part of project planning
EV Load Integrated Into Your Facility's Electrical Profile
We don't install chargers in isolation — we model the impact of charging demand on your existing load profile and design an installation that doesn't create new capacity problems or drive up your demand charges.
BESS + EV: A Natural Combination
Battery Energy Storage Systems and EV charging are increasingly deployed together. BESS absorbs peak charging loads, reduces demand charges, and allows faster charging without expensive service upgrades. We design and install both as an integrated system.
Who We Install For
- Corporate campuses and office parks
- Healthcare systems and hospital campuses
- Logistics operators and fleet depot operators
- Retail centers and mixed-use properties
- Municipalities and public sector fleets
- Hotels and hospitality properties
- Multi-family and mixed-income residential developments
Schedule a Free EV
Readiness Consultation
Our team will visit your facility, review your current electrical infrastructure, identify gaps and vulnerabilities, and outline a clear path forward — at no cost, no obligation.
Call: (610) 485-4701
Email: info@hobbsandco.com
24-Hour Emergency Service Available | Licensed in PA, NJ, DE, MD
Frequently Asked Questions
What EV charging services does Hobbs & Company provide for commercial and fleet operations?
Hobbs & Company — through our ElecVulum division — provides end-to-end EV charging infrastructure services including site assessment and electrical capacity planning, Level 2 workplace and facility charging, DC fast charging corridor design and installation, fleet depot electrification, federal and state incentive management, and ongoing maintenance and network management. We serve corporate campuses, healthcare systems, logistics operators, retail centers, municipalities, and more throughout Southeastern Pennsylvania and the Mid-Atlantic.
What is the difference between Level 2 and DC fast charging, and which is right for my facility?
Level 2 charging operates at 240V and delivers a full charge over a typical workday or overnight dwell period — making it the standard for workplace, fleet depot, and facility charging. DC fast charging (Level 3) delivers significantly faster charge times but requires dedicated high-capacity electrical service and more substantial infrastructure investment. The right choice depends on your fleet size, dwell time, and budget — we assess all of these as part of our free EV Readiness Consultation.
What federal tax credits are available for commercial EV charging installations?
The federal Alternative Fuel Infrastructure Tax Credit (Section 30C) covers 30% of equipment and installation costs, up to $30,000 per location. Additional Pennsylvania state and utility-sponsored incentives can significantly reduce net project cost. Hobbs & Company manages all documentation and compliance requirements for every applicable program as a standard part of every EV charging project.
How does battery energy storage (BESS) work with EV charging infrastructure?
BESS and EV charging are increasingly deployed together because BESS absorbs peak charging loads, reduces demand charges, and allows faster charging without expensive utility service upgrades. We design and install both systems as an integrated solution — modeling the impact of EV charging demand on your existing load profile and sizing the BESS accordingly to prevent new capacity problems or demand charge spikes.
What is involved in electrifying a fleet depot?
Fleet depot electrification involves managing simultaneous charging demands across an entire vehicle fleet, coordinating with shift schedules, and planning for long-term capacity as the fleet grows — all within an operating facility. Our process includes fleet charging load analysis, phased deployment planning, high-capacity electrical service design, smart charging and load management integration, and future-ready rough-in for fleet expansion.