EV_ChargeRight sells $12.99 NEC check

Home EV charging has a boring bottleneck — not the charger, but the panel math. A lot of homeowners get told they might need a service or panel upgrade before they can add a Level 2 charger, and that can turn a simple install into a multi-thousand-dollar project. EV_ChargeRight is trying to wedge itself into that gap with a $12.99 screening product built around NEC 220.82, the residential “optional method” electricians use to estimate dwelling load. The pitch is simple: do the code math first, then decide whether the scary upgrade quote is real. (t.co) ### What is it actually selling? It is not selling the charger. It is selling a panel-capacity assessment. On its landing page, ChargeRight says the customer uploads panel information and gets a NEC 220.82-based analysis plus a shareable PDF report with load breakdown, safe capacity, and charger sizing guidance. The company prices that report at $12.99 and frames it as an alternative to paying for an electrician vi(t.co)handle this?” (t.co) ### Why does NEC 220.82 matter? Because breaker-counting is the wrong shortcut. NEC 220.82 is the dwelling-unit optional calculation method in the National Electrical Code — a simplified way to estimate real service demand instead of pretending every load runs flat-out at once. That matters for EV charging because homes often look “full” on paper when they are not actually hitting those peaks in real life. The whol(t.co)de-accepted demand calculation can clear more homes than a rough eyeball test would. (mikeholt.com) ### What number is ChargeRight leaning on? The headline claim is that 80% of homes do not need a panel upgrade for an EV charger. ChargeRight repeats that on its site and pairs it with customer examples where the report found spare capacity and helped avoid upgrade quotes in the low thousands. One testimonial says a homeowner was quoted $4,200 for an upgrade, th(mikeholt.com) Those are company-provided examples, not an independent industry benchmark — but they show the exact pain point the product is targeting. (t.co) ### Is that plausible? Broadly, yes. The electrification world has been pushing the same idea for a while — that panel upgrades are often overprescribed, especially when contractors skip fuller load calculations or ignore lower-power equipment and load-management options. Lawrence Berkeley National Laboratory material makes the same general point from another angle: panel and service upgrades are expensive, slow, a(t.co)sting NEC pathways, efficient equipment, or controls. (homes.lbl.gov) ### So why do upgrades get recommended anyway? Partly caution, partly habit, partly economics. An EV charger is a continuous load, and nobody wants to sign off on an overloaded service. But the catch is that some contractors use rough rules, some jurisdictions interpret the code conservatively, and some businesses make(homes.lbl.gov)s a cheap first opinion. (forums.mikeholt.com) ### Could a cheap precheck really change installs? Yes — mostly by killing wasted steps. If a homeowner can rule out an upgrade before booking site visits, installers can quote faster, avoid dead-end truck rolls, and steer borderline homes toward smaller circuits or load-management gear instead of defaulting to a service replacement. E(forums.mikeholt.com)harging, a smaller charger, load management, or an upgrade. (electriciancalc.com) ### What is the real limitation? A web assessment is still a screening tool. Final permitting and installation depend on local code adoption, the actual panel condition, available breaker space, conductor sizing, and whatever the authority having jurisdiction will accept. NEC is the benchmark, but local enforcement is where the abstract math turns into a yes or no. (nfpa. ([electriciancalc.com)0)) ### Bottom line Basically, ChargeRight is productizing a piece of electrician judgment that used to be slow and expensive to access. If the math is sound, $12.99 is cheap insurance against a bad upsell — and a sign that EV charging’s next fight is not hardware, but pre-install triage.