Home electrification starts with a smart panel

Often, yes. Analysis of hundreds of thousands of all-electric homes found 99% never drew more than 100 amps — because you almost never run every big load at once. A smart panel paces flexible loads (like EV charging) in real time so total demand stays inside your existing service, and the NEC recognizes managed loads in the calculation. Whether it works for your home comes down to a load calculation, which is the first thing we run — and if the math says you genuinely need more service, we'll show you that math.

Eco installs smart panel systems across the Puget Sound for $6,000 to $12,000 depending on panel size and the breaker package — the largest configurations run up to 48 circuit spaces with arc-fault protection throughout. Compare that against $8,000–$16,000 for a traditional 100A-to-200A service upgrade per our panel cost guide, plus the utility coordination time a service change requires.

Larger homes, or homes with many dedicated and specialty circuits, sometimes need two panels working together — a common, code-compliant setup that we install as one coordinated system with unified load management, typically $14,000–$19,000 installed. Panel sizes run up to 48 circuit spaces; we size the configuration (including whether every space needs smart control or some circuits stay conventional) during the load assessment.

Possibly — and it's a Washington state rule, not a city-by-city one. Under WAC 296-46B, when service equipment on a one- or two-family dwelling is replaced, an emergency disconnecting means must be installed whenever the service ampacity changes or the service disconnect, meter base, mast, or riser is relocated. When it applies, budget $3,500 to $5,500 depending on whether it's a straightforward disconnect addition or a full meter/service relocation — we include it in the quote up front so there's no surprise at inspection.

Yes — that's their entire job. Standard breakers trip on overloads and short circuits, but they can't see the low-level arcing from damaged cords, loose connections, or aging wiring that starts many electrical fires. AFCI breakers detect the electrical signature of a dangerous arc and cut the circuit in a fraction of a second. The National Electrical Code, as adopted by Washington state, requires AFCI protection on most living-space circuits — a panel project is the natural moment to bring the whole home up to that standard.

The panel keeps protecting and powering your home exactly like a conventional panel — breaker protection is built-in hardware, not a cloud feature. You temporarily lose remote app control and energy dashboards until the connection returns; the electrical protection never depends on Wi-Fi.

Yes. Smart panels are UL-listed service equipment installed under the same NEC and Washington WAC 296-46B requirements as any panel — with an electrical permit and state or city inspection. The smart layer adds monitoring and control on top of conventional breaker protection; it doesn't replace it.

No — and we won't build on those panels. Federal Pacific and Zinsco panels have documented breaker-failure risks, and the honest recommendation is replacement for safety regardless of your electrification plans. The good news: replacing one is the ideal moment to step straight into a smart panel with full AFCI protection.