Design-Build & EPC Services for EV Charging Infrastructure
End-to-End Design-build for EV Charging Infrastructure
We deliver full-service design-build and Engineering, Procurement, and Construction (EPC) solutions to support your electrification goals – from concept to commissioning and beyond.
Our experienced team ensures each project is compliant, cost-effective, and built to last.
What Are EPC Services for EV Charging Infrastructure?
In EV infrastructure projects, engineering, procurement, and construction services bring system design, equipment sourcing, and on-site construction into one coordinated process. Instead of managing multiple vendors, organizations work with a single EPC contractor responsible for the full project lifecycle.
For EV charging deployments, this structure simplifies complex infrastructure work. The EPC contractor oversees site evaluation, electrical design, permitting and utility coordination, equipment procurement, installation, and final commissioning. Each phase is managed through one project team, helping maintain schedule alignment and budget control.
Turnkey EPC solutions provide clear accountability. The EPC contractor for EV infrastructure acts as the central project manager, coordinating engineering teams, equipment vendors, and construction crews while reducing communication gaps across the project.
EV charging projects often require utility coordination, electrical upgrades, and specialized equipment. By integrating engineering, procurement, and construction into one framework, EPC delivery helps organizations move from concept to operational charging infrastructure through a single, streamlined process.
Why Choose an EPC Contractor?
Large EV infrastructure deployments involve multiple moving parts, from electrical design to equipment procurement and installation. Working with a single EPC contractor simplifies that complexity. Instead of coordinating several vendors and contractors, the project moves forward under unified oversight.
An electrical EPC contractor manages engineering, permitting, equipment sourcing, and field construction within one structured plan. This approach improves schedule control and reduces the risk of delays caused by miscommunication between separate vendors.
EPC services also support faster project delivery. Early coordination with utilities, permitting authorities, and equipment suppliers allows issues to be addressed before construction begins.
For organizations building EV charging networks at scale, this model provides predictable timelines, fewer redesigns, and clearer cost visibility from the start of the project through commissioning.
If your organization is preparing to deploy EV charging infrastructure, partnering with an experienced EPC services company can accelerate your timeline and reduce project complexity.
Contact us to speak with the InCharge Energy team and start planning your EV charging deployment.
The Complete Installation Process
Every Project Starts with a ROM
A Rough Order of Magnitude (ROM) is a high-level estimate of a project’s expected effort and cost, giving you a clear starting point without the need for a full engineering study. Every Site Assessment Quote includes a ROM based on the information you provide, helping you understand the general scope of your project before committing to the Assessment phase. Once the quote is signed, we begin identifying value-added solutions that can lower installation costs and optimize project design. This early estimate enables informed decision-making, offers clarity on next steps, and sets realistic expectations from day one.
Site Assessments
Our site assessments provide a clear, obligation-free evaluation of your potential EV charging sites before any construction begins, helping you make informed decisions that set you up for success. We deliver engineering-ready data, CAD drawings, and actionable insights – often within a few weeks and even across multiple locations in parallel – so you can move quickly and confidently. The assessment output is yours to use for vendor bids, utility coordination, or discussions with local authorities, and it serves as a precise foundation for accurate project quotes, utility load planning, and streamlined next steps.
Utility Coordination
Deep utility coordination experience helps customers navigate one of the most complex and time-consuming parts of EV infrastructure development with confidence and clarity. We manage the full process – from early application submission and load planning to verifying service requirements and transformer placement – reducing delays and limiting costly redesigns. By engaging utilities early and accurately right-sizing service needs, we help future-proof your site an prevent unexpected scope changes. Our transparent communication keeps you informed on how utility requirements impact cost and schedule, while our familiarity with Authority Having Jurisdiction (AHJ) and permitting processes helps streamline approvals.
Professional Engineer Services
In-house certified engineers deliver cost-effective, custom, and end-to-end technical expertise without the overhead of a large engineering firm. Our team supports every stage of your EV infrastructure project – from evaluation fleet routes and conducting feasibility studies to producing detailed engineering designs that meet permitting and construction requirements. We manage construction progress, perform advanced electrical safety and reliability studies, and conduct photometric analyses to ensure well-lit, code-compliant sites. With InCharge, you gain a seamless, knowledgeable engineering partner dedicated to designing solutions that are practical and optimized for long-term performance.
Modular Skids
Modular Skids offer a cost- and time-efficient solution for EV charging installations, especially on leased land or sites where trenching is impractical. Designed for flexibility, they are fully compatible with all ICE brand chargers and can be adapted to similar EVSE units as needed. Our in-house engineers and drafters create custom skid designs to fit your site requirements. Proudly manufacturing in the US, these skids provide a high-quality, American-made option for faster, more adaptable EV infrastructure deployment.
Installation Services
Our installation services provide end-to-end solutions for deploying and upgrading EV charging infrastructure. We handle everything from simple EVSE bolt-downs and charger swaps to full turnkey installations, ensuring each project is completed safely, efficiently, and to code. By managing every aspect of the installation process, we deliver a seamless experience that gets your chargers up and running quickly while minimizing disruptions.
Industries We Serve with EPC Services
EV infrastructure is expanding across many industries as fleets and facilities transition toward electrification. InCharge Energy provides EV charging EPC services that support a wide range of deployment environments.
- Fleet and logistics operators – Charging installations at warehouses or distribution centers where electric vehicles return daily.
- Retail and commercial properties – EV charging stations that attract drivers and support tenant sustainability initiatives.
- Municipalities and transit agencies – Charging infrastructure for public fleets, buses, and government vehicle programs.
- Utilities and utility-sponsored programs – Large-scale charging deployments that expand regional EV infrastructure networks.
- Multi-family housing and mixed-use developments – Scalable charging solutions that support residents and shared parking environments.
- Highway corridors and travel centers – Fast-charging locations designed to support long-distance EV travel and future growth.
Parts Warehouse & Supply Chain
Build and maintain your EV deployments with our expert support.
We manage the complexity of ordering, managing, packaging and distributing spare parts so you can focus on your core business. With everything from warehouse and inventory management to custom packaging support, we make maintaining your EV fleet as easy as possible.
Site Restoration Services
Return leased or purchased property to pre-deployed EV charger condition.
When you reach the end of the lease or are relocating a site, we can help you with:
- Safe removal of charging hardware, meters & gear
- Landscaping, ground cover, and grading
- Recondition site asphalt, concrete, and stripping
- Utility coordination and transformer removal
- Landlord coordination and sign off when restoration is complete
Interoperability Testing
AC (Level 2) and DC fast charging interoperability testing services for all EV clients across any application.
With our vast network of OEMs and partners, our interoperability testing does the homework of making sure your equipment works together seamlessly. Plus, we offer full access to our interoperability lab to our customers for customized testing across multiple OEMs and CMS standards.
Frequently Asked Questions About EPC Services
What does an EPC contractor do?
An EPC contractor manages the full lifecycle of an infrastructure project, including engineering design, equipment procurement, and construction. For EV charging projects, this includes electrical planning, permitting coordination, installation, and commissioning.
What is the difference between EPC and design-build?
Both approaches integrate project phases, but EPC places stronger emphasis on engineering procurement and lifecycle responsibility. EV charging EPC projects often include equipment sourcing, electrical infrastructure upgrades, and utility coordination within a single contract.
Why choose EPC services for EV charging projects?
A unified project structure simplifies coordination between engineering teams, utilities, and construction crews. This helps reduce delays and keeps complex deployments on schedule.
How long does an EV charging EPC project take?
Timelines vary depending on site conditions, utility upgrades, permitting, and project scale. Many deployments move from planning through installation over several months.
We make EV charging easy.
From financial planning and site design to service and maintenance for every charger make and model.