In HelloNation, Expert Electrician Darrell Furgison Explains What to Know Before Installing a Home EV Charger

The article is guidance-focused rather than a market-moving update, outlining key requirements for residential Level 2 EV charger installs: confirm panel capacity, ensure dedicated circuits, and secure electrical permits/inspections. It notes that older homes may need panel upgrades for safety and performance, with total costs increasing when additional amperage capacity or longer wiring runs are required. It also emphasizes charging speed (voltage/amperage) and choosing charging schedules to manage utility rates (e.g., overnight charging during lower-demand hours).

Analysis

This reads more like a micro-friction note than an investable catalyst. The economic signal is that home EV adoption is constrained less by vehicle availability than by hidden retrofit costs: panel capacity, permitting, and wiring turn a simple charger purchase into a small construction project. That marginally slows conversion at the edges of the US housing stock — especially older homes with electric HVAC or weak service — but the effect is gradual, not a near-term demand shock.

The immediate winners are not EV OEMs but the boring upstream suppliers of electrical hardware and the contractors who monetize upgrade complexity. Think Eaton (ETN), Hubbell (HUBB), Schneider’s US exposure, and select distributors/retailers that sell breakers, wire, and panels; however, the absolute dollar impact is small and highly fragmented, so this is more a steady-share gain than an earnings step-up. A second-order beneficiary is utilities and grid-services software, because charger installations that require permits and panel work usually normalize the idea of load management and future battery storage add-ons.

The main loser is the EV adoption curve at the margin: home charging convenience is a key part of the total-cost-of-ownership pitch, and retrofit hassle makes the payback less frictionless for households on the fence. Over 6-18 months, that can slightly favor hybrids over pure EVs in older housing markets, but I would not underwrite a large vehicle-demand revision from this alone. The contrarian view is that the market may overestimate how much this matters; households willing to buy an EV are often the same households willing to pay for a panel upgrade, so the bottleneck is more price elasticity than willingness.

For CRMT/HSHL, I do not see a direct tradable read-through. If anything, this is a watch item for the EV ecosystem rather than a clean long/short setup.

Key Decisions for Investors

• No immediate directional trade in CRMT/HSHL; treat as a low-signal macro adoption friction item and wait for evidence of slower EV penetration in OEM commentary or registration data.
• Modest long ETN / HUBB as a basketed beneficiary of residential electrical upgrades, but only on a pullback; the thesis is 6-18 months of incremental retrofit demand, not a sharp multiple re-rate.
• Watch TSLA, RIVN, and GM commentary on home-charging attach rates and customer-installation friction over the next 1-2 earnings cycles; a meaningful drop in charger adoption or higher install costs would be the first falsifier.
• If you want a cleaner pair, favor ETN over a consumer-discretionary EV-exposed basket only after confirming that panel-upgrade volumes are accelerating; absent that data, stand aside.