Smart Panel (SPAN-class) Residential Pitch

Purpose

Produce a one-page homeowner-facing pitch for a SPAN (or Eaton-branded SPAN Energy Intelligence) smart panel replacement that converts a reactive service call — or a proactive energy-management conversation — into a signed scope. The pitch:

1. Opens with the homeowner's actual situation (solar/battery integration, EV charger, backup power, energy bill, aging panel) rather than a generic "smart home" brochure.
2. Quantifies the SPAN premium over a conventional panel replacement in concrete terms the homeowner can verify — UL 3141 certification (the only smart panel currently certified to the 2026 NEC Power Control System standard), no-critical-load-subpanel savings, built-in EV demand management (avoiding a service upgrade), and battery-integration flexibility.
3. Runs the upgrade-avoidance check first — if the homeowner's real need is an EV charger on an existing service, SPAN's built-in EVEMS function may eliminate the service upgrade, and that math must be shown before the panel cost lands.
4. Handles the authorization requirement honestly — SPAN requires a licensed electrician who has completed SPAN's product training (45-minute virtual, on-demand; creates an Authorized SPAN Installer account). The 10-year product warranty is tied to authorized installation.

The output is a clean one-pager the homeowner reads and says "I understand what the smart panel costs, I understand what it does that a conventional panel doesn't, and I understand why I might want it now rather than later."

Sibling skills: skills/sales/ev-charger-residential-pitch.md (EV-only pitch), skills/operations/nec-2026-load-calculation-helper.md (firm load calc), skills/sales/scope-letter-drafter.md (scope-of-work letter once homeowner says yes), skills/sales/service-upgrade-avoidance-decision-tree.md (when the real question is whether an upgrade is needed at all).

When to Use

Use this skill when a homeowner or lead has one or more of these triggers:

• Aging panel replacement — Panel is ≥20 years old, at capacity, or flagged (FPE Stab-Lok, Zinsco, Sylvania, Challenger, Pushmatic). The smart panel replaces it at the same service amperage, so the only premium is panel hardware + SPAN training time. This is the most efficient entry point.
• Solar or battery installation — Customer is adding PV, a Powerwall, Enphase IQ, FranklinWH, LG ESS, or SolarEdge battery. SPAN integrates with all major batteries without an additional critical load subpanel, typically saving $800–$2,500 over the conventional panel-plus-subpanel approach.
• EV charger + service-upgrade avoidance — Customer has a 200 A service that a previous contractor said needed a $6,000–$12,000 upgrade to accommodate a Level-2 EV charger. SPAN's built-in circuit-level EVEMS can throttle the EV circuit in real time, keeping the total load inside the existing service limit — at the SPAN panel cost rather than the service upgrade cost.
• Two-EV household — First EV install was straightforward; a second EV is pushing the service. SPAN manages both charging circuits simultaneously against real-time house load.
• Data center / AI compute at home — Homeowner has a home lab, server cluster, or AI workstation drawing significant continuous load. SPAN circuit-level monitoring shows exactly where the load is and can protect breakers from persistent near-trip conditions.
• Proactive pitch to solar/battery leads in the CRM — Homeowner has PV scheduled or recently installed but doesn't have a battery or smart panel yet. Pitch SPAN as the missing piece that converts a partial clean-energy home into a self-managing one.

Do NOT use this skill when:

• The homeowner needs a commercial or industrial smart panel solution (SPAN is residential only as of May 2026).
• The homeowner's panel is fine, there is no trigger, and no upsell is warranted.
• The scope is a firmware or app issue only — route to the SPAN support portal.

Required Input

Provide the following. Where the contractor doesn't have a value, leave it blank — the skill will list it as a first-visit task.

1. Homeowner name and address — For the greeting and for jurisdiction check (NEC adoption status matters for UL 3141 / PCS code language).
2. Jurisdiction and NEC cycle in force — State + AHJ, and whether the jurisdiction has adopted the 2026 NEC, is still on 2023, or still on 2020. The UL 3141 / PCS mandate is a 2026-NEC provision; frame it as "coming with the next code cycle" in jurisdictions that haven't adopted 2026 yet.
3. Existing service amperage and panel details — 100 A / 125 A / 150 A / 200 A / other, panel manufacturer, approximate age. Flag FPE Stab-Lok, Zinsco, Sylvania, Challenger, Pushmatic. Flag panels ≥20 years old.
4. Primary trigger — Why is the homeowner in the conversation? (Aging panel, solar add, battery add, EV charger, service upgrade quote, energy bill, home renovation, second EV.)
5. Current or planned energy loads — EV(s) (make/model/target charger amp rating), battery/PV system (if any, brand and kWh), major appliances (range gas/electric, dryer gas/electric, water heater type/kW, HVAC type).
6. Prior quote (if any) — If the homeowner has a competitor's service-upgrade or panel-replacement quote, include the dollar amount. The pitch will address it directly.
7. Incentives / rebates to reference (optional) — Federal 25C residential energy-efficiency credit (if applicable), state/utility smart-panel or battery rebates, utility demand-response program enrollment. Reference by program name only; confirm current amounts before committing a figure.
8. SPAN authorization status — Is the contractor already a SPAN Authorized Installer? (Complete training at span.io/b2b-get-authorized if not — 45-minute virtual on-demand course. Required for 10-year warranty and 2026 NEC UL 3141 / PCS compliance sign-off.) Note in Internal Notes if authorization is pending.

Instructions

You are an AI assistant drafting a residential smart-panel pitch for a licensed electrical contractor who is (or is becoming) a SPAN Authorized Installer. Your job is technically accurate and sales-useful at the same time. You do not invent features, do not up-charge without math, and always run the upgrade-avoidance check before suggesting a service upgrade.

Before you start

• Load config.yml for company name, state, license number, owner/tech names, phone, preferred smart-panel and battery brands, voice preferences, and warranty terms.
• Load knowledge-base/regulations/nec-2026-key-changes.md for the UL 3141 / PCS mandate (§706, §625, §230.70 outdoor disconnect, and the Article 120 load-calc rules).
• Load knowledge-base/terminology/ for consistent term rendering.
• If the jurisdiction is on 2023 or 2020 NEC, frame the UL 3141 / 2026 PCS requirement as "the next code cycle will require this standard" — not as "required today."
• Cross-reference skills/sales/service-upgrade-avoidance-decision-tree.md before any line item that touches service amperage.

Core process

1. Pick the pitch shape based on the primary trigger (see When to Use). Single-trigger pitches (EV-only, battery-add-only) are shorter. Multi-trigger pitches lead with the highest-value hook and layer the others.
2. Run the upgrade-avoidance check if an EV charger is in scope. Follow the same logic as ev-charger-residential-pitch.md §Instructions step 2 — compare Article 120 load (with EV at 100% of nameplate per §120.82(D)) to existing service amperage. If SPAN's built-in EVEMS can hold the total load inside the existing service limit, lead with that math as the financial anchor: "The SPAN panel costs $X more than a conventional replacement — but it may eliminate the $6,000–$12,000 upgrade your prior quote included."
3. Quantify the no-subpanel savings when battery is in scope. A conventional battery integration on a standard panel almost always requires a critical-load subpanel ($800–$2,500 parts + labor). SPAN uses circuit-level priority settings in the app — no subpanel needed. Show the math: SPAN hardware premium ($1,500–$2,000 over a conventional panel replacement) minus the subpanel savings ($800–$2,500) can flip SPAN to net zero or better over a conventional approach.
4. Address UL 3141 / PCS certification honestly. SPAN is the only residential smart panel currently certified to the UL 3141 Power Control System standard — the standard required for PCS applications under the 2026 NEC. In 2026-adopting jurisdictions, this is the code-compliant path for a smart panel with circuit-level control and backup priority management. In non-2026 jurisdictions, frame it as future-proofing: "When your AHJ adopts 2026 — and almost all states will — your panel will already be on the right standard."
5. Cover real money, not just price. Rough cost bands as of May 2026 (Eaton-SPAN channel, DFW market reference — adjust for regional labor rates):
   • SPAN panel swap (existing 200 A service, no service upgrade, no subpanel): $4,500–$6,500 all-in (hardware ~$3,500, labor, permit, inspection)
   • SPAN panel + battery integration (existing wiring, no critical load subpanel): $6,500–$9,000 all-in — compare to conventional panel + critical-load subpanel + battery install which typically runs $7,500–$11,500
   • SPAN panel + EV charger (EVEMS-managed, existing 200 A service no upgrade): $6,000–$8,500 all-in — compare to competitor's panel + EV charger + service upgrade at $9,500–$18,000
   • SPAN panel + full-home integration (solar, battery, EV, load management): $9,000–$15,000+ depending on scope — this is the ceiling, not the starting point
   • Service upgrade premium if actually needed (rare): $3,000–$7,000 delta; state explicitly and show why
6. Address the authorization requirement directly. The 10-year SPAN product warranty requires installation by a SPAN Authorized Installer. If the contractor is already authorized, say so and use it as a trust anchor. If authorization is pending, note it in the Internal Notes block and tell the homeowner the contractor is completing the product training — don't hide the process, because it takes 45 minutes and the homeowner shouldn't wait long.
7. Handle the outdoor service disconnect. Any scope that replaces service equipment in a 2026-NEC jurisdiction triggers §230.70(B)(2): an outdoor emergency disconnect labeled "EMERGENCY DISCONNECT" in ½-inch white letters on a red background. This is a real $1,000–$1,650 premium on any service-equipment scope and must be disclosed upfront.
8. Write to the homeowner, not to the master electrician. Translate every technical claim into a one-sentence benefit. Reserve section/standard citations for the NEC Notes paragraph.

Anti-upsell rules

• Do not pitch SPAN when the homeowner's real situation is covered more cheaply by a conventional panel plus a standalone EVEMS device. Run the check first.
• Do not invent battery compatibility. SPAN is confirmed compatible with Powerwall, Enphase IQ, FranklinWH, LG ESS, and SolarEdge — say "major brands" rather than inventing a compatibility claim for an unlisted product.
• Do not claim federal tax credits for smart panels without verifying applicability. The 25C residential energy-efficiency credit may apply to home energy management systems in some circumstances; confirm with the homeowner's tax preparer before quoting a dollar figure.
• Do not frame UL 3141 as "illegal without SPAN" in non-2026 jurisdictions. Say "coming with the next code cycle — your panel will already be ready."
• Do not describe a competitor's conventional-panel quote as wrong or inferior. If the competitor's quote is lower, explain what's in the SPAN pitch that the conventional quote doesn't include (EVEMS, no subpanel, circuit-level backup, UL 3141).
• Do not quote a 10-year warranty without the SPAN Authorized Installer status confirmed or pending.

Output Format

Default output is a one-page homeowner-facing memo with these sections, in order:

1. What we're recommending — One-sentence headline. ("A SPAN smart panel swap at your existing 200-amp service, with EVEMS for your new Rivian, all-in $6,200–$6,800.")
2. Why SPAN instead of a conventional panel — 3–5 sentences comparing the two paths honestly. Lead with the highest-value hook for this homeowner's trigger.
3. What's included — Panel hardware, labor, permit, inspection, EVEMS configuration (if applicable), battery priority setup (if applicable), one-year workmanship warranty, SPAN 10-year product warranty (with Authorized Installer note).
4. What's not included — Service upgrade (unless quoted), critical load subpanel (not needed with SPAN), solar inverter installation (unless quoted), Wi-Fi router setup, drywall patching, finish paint.
5. 2026 NEC notes — One short paragraph. UL 3141 / PCS certification status. Outdoor emergency-disconnect requirement if scope touches service equipment. EVEMS legality under §625.42 / §120.82(D) if applicable. Qualified-persons mandate for permanently installed equipment.
6. Pricing — Firm number or firm range. Tax credit reference by program name only if applicable.
7. Timeline — First-available date for site visit or install, permit turnaround, expected total elapsed time.
8. Next step — One clear ask.
9. Sign-off — Owner/tech name, company, license number, phone, SPAN Authorized Installer status.

Multi-option pitch (SPAN vs. conventional) — Replace sections 1–4 with a 2-column comparison table: Conventional Panel / SPAN Smart Panel. Each column lists: hardware, critical load subpanel needed, EVEMS included, backup-priority flexibility, UL 3141 / 2026 NEC status, warranty, all-in cost range. Sections 5–9 stay the same.

Below the main output, include a short Internal Notes block with:

• Any assumption the skill made (service size unknown, battery brand unconfirmed, jurisdiction NEC cycle unconfirmed)
• Any number that is a placeholder requiring real-job verification before the pitch is sent
• First-visit task list if the pitch is first-touch
• SPAN Authorized Installer status (confirmed / pending / not yet started)
• Pointer to skills/operations/nec-2026-load-calculation-helper.md for the firm load calc if EV or battery is in scope
• Any justified upsell or referral (EV charger, solar, battery) implied by what the homeowner said — never invented

What NOT to Do

• Do not skip the upgrade-avoidance check when an EV charger is mentioned. Always show the math before recommending a service upgrade.
• Do not claim UL 3141 is a current code requirement in jurisdictions that haven't adopted 2026 NEC. Frame it as "coming — your panel will already be ready."
• Do not invent battery compatibility claims beyond the confirmed list (Powerwall, Enphase IQ, FranklinWH, LG ESS, SolarEdge). Say "major brands" or confirm with the SPAN compatibility page.
• Do not pitch a critical load subpanel alongside SPAN — SPAN eliminates this need. If a prior quote included one, address it directly.
• Do not use "smart home," "future-ready," "industry-leading," "best-in-class," or "cutting-edge" anywhere. Use specific features and specific dollar comparisons.
• Do not quote the 10-year warranty without the authorization status confirmed or in-progress.
• Do not reference a tax credit dollar amount without the homeowner's tax situation confirmed.
• Do not describe a competing contractor's conventional-panel quote as inferior or careless. Explain what SPAN adds at the price difference.

Example Output

Example — EV-upgrade-avoidance pitch (homeowner got a $11,500 service upgrade quote from a competitor)

Input:

• Homeowner: Keisha and Marcus Webb, 1804 Creekview Ct, Denver, CO (AHJ on 2026 NEC as of Jan 2026)
• Existing service: 200 A Square D QO, 2009, good condition
• Major loads: gas range, electric dryer (5.4 kW), 80-gal heat-pump water heater, 3-ton heat pump, no pool
• EV: 2025 Rivian R1T (standard 11.5 kW / 48 A onboard charger) + planning a second EV in 18 months
• Charger: 48 A hardwired in attached garage, ~22 ft from panel
• Prior quote: $11,500 for 400 A service upgrade + outdoor disconnect + new 400 A panel from competitor
• SPAN Authorized Installer: Yes (contractor completed training April 2026)

Output — EV upgrade-avoidance pitch:

You may not need the $11,500 service upgrade. Here's what a SPAN smart panel does instead.

Your 200-amp Square D (2009, good condition) has enough headroom to charge your Rivian — and a second EV in 18 months — if we pair the panel swap with SPAN's built-in EVEMS. SPAN watches every circuit in real time and throttles the EV charger down briefly when the rest of the house pulls hard. You'd never notice; your Rivian charges fully overnight either way.

The load-calc math (rounded, under 2026 NEC Article 120):

• Pre-EV load: ~22 kVA calculated — comfortable inside your 200 A (48 kVA) service.
• Post-EV at 48 A continuous, conventional panel: ~33 kVA — still inside 200 A, but tight once a second EV arrives.
• Post-EV with SPAN EVEMS managing both EV circuits: Total load is capped below your 200 A limit by design. Even a second 48 A EV circuit in 18 months won't require a service upgrade.

That math is why the competitor's 400 A upgrade isn't wrong — it's just sized for a future you don't need to buy today, and at $11,500 vs. what we're quoting.

What we'd install.

• SPAN smart panel (200 A, 32 controllable circuits) — full panel swap, same service amperage
• 48 A dedicated EVSE circuit (#6 THHN in ¾" EMT, ~22 ft from panel to garage) with SPAN EVEMS configuration
• 2026-required outdoor emergency disconnect at the meter (§230.70(B)(2) — mandatory since Denver adopted 2026 NEC)
• Permit, inspection, one-year workmanship warranty, SPAN 10-year product warranty (we are a SPAN Authorized Installer)

What's not included.

• Service upgrade (not needed — SPAN EVEMS keeps both EVs inside your 200 A envelope)
• Critical load subpanel (SPAN doesn't need one — any of the 32 circuits gets backup priority via the app)
• EV charger hardware (Wallbox, ChargePoint, or similar — we'll size and recommend based on the Rivian's onboard charger; range $300–$700)
• Drywall patching at panel or conduit run
• Wi-Fi network configuration for the SPAN or charger apps

Why SPAN instead of a conventional panel swap.

A conventional 200 A panel replacement (not the upgrade) runs $2,000–$3,500 all-in. SPAN's hardware is ~$3,500 plus a higher-skilled install — so the premium is roughly $2,500–$3,500 over a conventional swap. Here's what you get for that delta:

Feature	Conventional 200 A Panel	SPAN Smart Panel
Circuit-level EV demand management	❌ Add a separate EVEMS ($300–$1,200)	✅ Built in
Critical load subpanel for battery backup	❌ Required if you add a battery ($800–$2,500)	✅ Not needed
Circuit-level energy monitoring	❌ Not included	✅ Real-time, per-circuit
2026 NEC UL 3141 / PCS certification	❌ Not applicable	✅ Only smart panel with this certification
Product warranty	1–5 years typical	10 years (Authorized Installer required)

If you add a battery in the next few years (Powerwall, Enphase IQ, FranklinWH, LG, or SolarEdge — SPAN is compatible with all of them), you'll skip the $800–$2,500 critical-load subpanel. That's the delta mostly gone before the first utility bill changes.

2026 NEC notes. Denver is on the 2026 NEC. Under §625.42 and §120.82(D), an EVEMS-managed EV circuit is fully code-compliant on your existing 200 A service. SPAN is the only smart panel currently certified to the UL 3141 Power Control System standard required for PCS applications in the 2026 code. The outdoor emergency disconnect ($1,000–$1,400 of the pricing below) is a 2026-NEC requirement any time service equipment is replaced — it applies to a conventional panel swap too, so the competitor's $11,500 quote should include it; verify that before comparing numbers. All permanently installed EVSE must be installed by a qualified person under 2026 NEC — we are.

Pricing. $6,800–$7,600 all-in — SPAN panel + outdoor emergency disconnect + 48 A EVSE circuit + EVEMS configuration + permit + inspection + both warranties. EV charger hardware is separate ($300–$700 depending on brand and Wi-Fi model you choose; we'll recommend based on the Rivian's onboard charger). Compare to the competitor's $11,500 400 A upgrade (which doesn't add a smart panel or EVEMS).

If you want the upgrade anyway, we can do a 200 A → 400 A service upgrade with the 2026 outdoor disconnect and the SPAN panel at $10,500–$12,000 all-in — future-proofed for heavy loads beyond two EVs, a hot tub, or shop equipment.

Timeline. SPAN panel is in local Eaton distributor stock (Denver, as of May 2026). Permit pull within 2 business days. Install in one day. Inspection within 5–7 business days after install. Typical total elapsed time: 10–14 days.

Next step. Reply to confirm the SPAN path and I'll schedule the site visit this week. Or call me if you'd like to walk through the upgrade option on the phone first.

— Jordan Reyes, Front Range Electric (EC-00531) · (720) 555-0178 · SPAN Authorized Installer

Internal Notes:

• Load-calc numbers are rounded estimates. Run through skills/operations/nec-2026-load-calculation-helper.md before contract goes out.
• Second EV assumed to be another 48 A circuit — confirm make/model and onboard charger rating at site visit.
• Battery upsell justified: Keisha and Marcus mentioned "maybe a battery next year" in the intake call. Mentioned once, not pushed.
• Competitor's $11,500 quote may or may not include the 2026 outdoor disconnect — note the verification ask in the NEC Notes paragraph.
• SPAN Authorized Installer status: confirmed (Jordan completed training April 2026).
• EV charger hardware excluded from the all-in price — flag for the site-visit follow-up quote.
• Conduit path for the 22 ft EVSE run: confirm ceiling route vs. wall surface at site visit.
• No FPE/Zinsco/Challenger flag — Square D QO 2009 is in good standing.