ANSI flags EV infrastructure priorities
- ANSI said on April 30 its EV standards panel raised three issues to high priority for U.S. charging buildouts — older-building fire protection, power export, and cable management. (ansi.org) - The same update said the 2023 roadmap had 37 gaps; the new report logs progress on 17 and adds 3 more, including automation. (ansi.org) - That matters because retrofit charging is shifting from simple plugs to bidirectional, higher-use systems that strain buildings, cables, and permitting rules. (ansi.org)
EV charging is turning into a building-systems problem, not just a parking-lot amenity. That is the real news in ANSI’s latest EV infrastructure update. On April 30, the American National Sta(ansi.org)er buildings, power export, and cable management. The shift sounds bureaucratic, but it is basically a warning label for the next wave of retrofit projects. (ansi.org) ### What actually changed? ANSI did not publish a new code that installers must follow tomorrow. It published an April 2026 gaps pr(ansi.org)ying the market has gotten ahead of the rulebook in some important places. (ansi.org) ### Why older buildings? A lot of charging is going into garages, multifamily buildings, workplaces, and mixed-use sites that were never designed around EV charging loads or EV fire scenarios. That does not mean those sites are unsafe by default. It means designers now need clearer(ansi.org)NSI singled out fire protection for EV parking and charging in or near older buildings for exactly that reason. (ansi.org) ### What does “power export” mean here? Power export is the bidirectional side of EV infrastru(ansi.org)id ideas stop being demos and start colliding with interconnection rules, protection settings, communications, and permitting. ANSI flagged this because the use case is expanding, and there is already a standard aimed at EVSE power export permitting, which shows the ecosystem is moving from concept to implementation. (ansi.org) ### Why is cable management suddenly a standards issue? Because chargers ar(ansi.org)sibility problem, and sometimes a safety problem. The more a site serves fleets, curbside charging, or high-turnover public charging, the more routing, retraction, reach, and protection details stop being cosmetic and start affecting uptime. ANSI explicitly called out cable management as utilization rises. (ansi.org) ### Where does automation fit in? Automation was not one of the three issues elevated to high priority, b(ansi.org)t layer of complexity — chargers that coordinate load, access, billing, and maybe power flows with less human intervention. Once that happens, interoperability and control logic matter as much as conduit and concrete. (ansi.org) ### Is this a niche standards story? Not really. ANSI’s EV roadmap from 2023 already identified 37 standardization gaps across vehicle systems, charging infrastructu(ansi.org)and adds three new ones. So the direction of travel is clear — EV infrastructure is maturing, but the edge cases are now the main event. (ansi.org) ### What should builders and buyers take from this? If you are planning retrofit charging, the easy version of the project is over. Procurement now has to ask building-specific questions(ansi.org)d, routed, and protected under real-world use? Those are no longer nice-to-have details. They are the parts most likely to slow permits, inspections, and reliable operation if they stay vague. (ansi.org) ### Bottom line ANSI is basically telling the market where the hidden friction is. The next bottleneck in EV (ansi.org). (ansi.org)
