Future-Proofing Your Industrial Site to Support Fleet Electrification

The electric vehicle revolution is transforming commercial fleets. Companies like Amazon, FedEx, PepsiCo, Walmart, and many others have announced plans to electrify their vehicle fleets—meaning it will not be long before this becomes the standard for industrial facilities across the country. Industrial developers are getting ahead of the demand and attracting tenants by future-proofing their sites to support fleet electrification. Our team of EV experts put together a guide to help you gain an edge in the market.

What’s Inside Future-Proofing Your Industrial Site to Support Fleet Electrification

Our comprehensive guide offers the following to industrial developers:

The benefits of equipping properties to support fleet electrification
The considerations that impact the planning and design of industrial sites
Tips for site layout and utility coordination

It also addresses common questions. For instance:

How does fleet type impact what type of charges to use?
How many chargers do I need?
Do I need a site that is EV capable or EV ready?

The guide provides helpful site planning tips that will save you time and money, such as:

Parking space layout and what you need to know about electrical equipment and communications conduit
Best practices for utility coordination and determining the amount of power your site will require to ensure the grid can support your electrical demand
How to understand your site’s power threshold, which can save you six-figure costs and months of delays during construction
How to determine the best place to locate your site to increase your power capacity

If you have questions regarding any of the information above, or are simply looking to better understand fleet electrification in the industrial space, click below to download our guide.

Download the Guide

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About the Experts

Jose Correa PE Zero-Emission Vehicle Consultant: Jose Correa PE

Zero-Emission Vehicle Consultant

Jose is a professional civil engineer and consultant focused on electric vehicle (EV) charging. He specializes in the planning, design, and permitting of EV charging station infrastructure, including EV readiness design and franchise utility coordination. He is fluent in level 2 chargers, direct current fast chargers (DCFC), and future charging design and implementation for public and private clients. Jose is passionate about advancing affordable, efficient, and clean transportation and has a strong desire to see sensible infrastructure development and public education in this space.
Ryan Gram PE EV Charging Implementation Lead: Ryan Gram PE

EV Charging Implementation Lead

Ryan specializes in implementing EV infrastructure in creative ways across the country. His EV experience began in 2014 as a project engineer for some of the earliest direct-current fast charging (DCFC) in the country. Since that time, Ryan has led teams across the U.S. and consulted on more than 3,000 EV projects in more than 40 states, positioning him as a leading authority and trusted advisor in the EV industry to public and private clients alike. Ryan is currently partnering on some of the most innovative EV programs in the nation and working with many developers and jurisdictions on the beginning of their EV implementation. He is leading teams across the firm and the U.S. to plan, design, permit, and install EV charging stations at a rapid pace to keep up with the ever-expanding EV industry. He has assisted clients with site selection and due diligence; EV charging station design, including civil, electrical, and structural management; EV readiness plans; fleet electrification; utility coordination; permtting; construction phase services; evaluation of new technology and processes; and more.
Bryan Larsen PE EV Electrical Engineer: Bryan Larsen PE

EV Electrical Engineer

Bryan is experienced in the design of electrical systems and power distribution for a variety of infrastructure-related projects. His experience includes planning and design of EV charging stations, electrical power distribution, and electrical system assessments. Bryan is responsible for the development of EV plans, specifications, and details.

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