EVpin Launches a Fully Redesigned Website, Helping CPOs Choose the Best New EV Charging Sites

As EV adoption continues to grow across the United States, one of the biggest challenges facing charging providers is determining where to build new charging stations. Selecting the wrong location can lead to underutilized equipment, poor return on investment, and unnecessary delays. A growing number of companies are looking for data-driven solutions to eliminate guesswork from the site selection process, and EVpin is positioning itself as a platform built specifically to solve that problem.

EVpin is an all-in-one platform designed to help developers, installers, utilities, fleets, and charging operators identify, assess, design and estimate EV charging sites in minutes instead of days or weeks. Rather than relying on multiple disconnected software platforms and spreadsheets, users can access critical information through a single interface. The company aims to streamline every stage of early project development and site qualification.

Maythem Alsodani, Founder at EVpin, announced this week that the company launched a fully redesigned website. 

The new design language lets visitors experience the value of the platform before they ever sign up. Rather than listing features, it lets visitors interact with the maps, data layers, reports, and design layouts that a large portion of the charging industry already relies on every day. The new site also previews what is coming next, including station forecasting, which will predict utilization for any location in the US.

One of EVpin’s primary advantages is its ability to consolidate numerous datasets that are typically scattered across various sources. Users can search an address and instantly access information such as EV registrations, traffic volume, nearby charging stations, zoning details, parcel information, utility service providers, and available power capacity. This comprehensive view allows developers to make informed decisions before investing significant resources into a project.

The platform also includes utilization scoring capabilities. These scores help estimate potential charging demand and profitability by analyzing multiple factors that influence station usage. Developers can use these insights to prioritize locations with the greatest opportunity for long-term success. EVpin says this approach helps customers prospect with greater confidence and avoid costly mistakes during deployment planning.

Grid capacity has become one of the most important considerations for EV infrastructure projects. Delays associated with utility upgrades can significantly extend project timelines and increase costs. EVpin provides power capacity insights, identifies utility companies servicing a location, and maps high power transmission lines throughout the United States. Having this information available during the planning stage can help organizations identify sites that are more likely to support future charging infrastructure requirements.

The platform also integrates land use intelligence. Users can access parcel boundaries, ownership information, land use classifications, and zoning data to determine whether a site is suitable for charging development. This feature can help teams quickly eliminate properties that may face permitting obstacles or regulatory challenges.

Traffic volume analysis is another important component. By evaluating vehicle activity on major roads and highways, developers can better predict charging demand based on travel patterns. The platform also displays nearby charging stations and their charging levels, helping users avoid oversaturating a market while identifying underserved areas that may benefit from additional infrastructure.

EVpin also offers reporting and visualization tools. Users can create branded reports for stakeholders and use Design Mode to generate site layouts that illustrate equipment placement. Those same layouts feed into cost estimates, so users can budget a project straight from a simple design. For advanced presentations, the company integrates with Spexbook to create true-to-scale 3D renderings, which EVpin says can improve close rates by up to 40%.

Another feature available to professional users is access to rebates and incentive information tied to specific addresses. Since incentive programs frequently change, having regularly updated data can simplify project planning and improve financial forecasting. The platform also includes weather and crime insights that may impact charging demand and vehicle range performance in certain regions.

As the EV charging industry shifts from rapid expansion toward strategic deployment, data-driven site selection tools are becoming increasingly valuable. The industry can no longer rely on placing chargers wherever space is available. Instead, successful projects will depend on balancing electrical capacity, traffic patterns, local EV adoption rates, competitive charging landscapes, and economic incentives.

Platforms like EVpin demonstrate how software is becoming an essential part of charging infrastructure development. By consolidating complex datasets into a single workflow, companies may be able to reduce project timelines, lower development costs, and improve charger utilization rates.

With the United States continuing to invest billions of dollars into EV infrastructure, tools that simplify planning and eliminate inefficiencies could play a major role in determining where the next generation of charging stations will be built.