Smart Circuit Breaker Electrification Simulator

Bypass the $3,500–$8,000 pain of utility main panel upgrades. Model real-time concurrent amp draw, evaluate NEC Article 220 service calculations, and watch smart circuit breakers dynamically pause non-critical loads to keep your home safely under existing panel limits.

Instantaneous Panel Draw 68 A 16.3 kW at 240V
24h Peak Demand (Simulated) 76 A Safely under 80A continuous
NEC 220 Static Calculation 138 A Requires 200A upgrade if unmanaged
Estimated Upgrade Savings $4,500 Smart Breakers vs Utility Trenching
Main Service Line Utilization NORMAL OPERATION
68% / 100A
68 A
0 A 80 A (80% Continuous Safe Rule) 100 A Main Breaker Trip
24-Hour Load Profile & Automated Shedding Horizon
Click anywhere on the chart or drag the scrubber to inspect hourly concurrent draw
Hour: 19:00
Smart Breaker Bay & Real-Time Circuit Status
0 circuits shedded

The 100A Electrification Bottleneck

Over 48 million American homes have 100A or 125A main panels. Adding an EV charger (32A-48A), a heat pump HVAC (25A-40A), and an induction stove (30A-40A) exceeds static electrical code limits, prompting utilities to demand $4,000+ panel upgrades and months of trenching delays.

How Smart Breakers Solve It

Smart circuit breakers (like Noble Carbon, Span, or Lumin) continuously measure aggregate panel amp draw. When total current approaches the 80% continuous threshold (e.g., 80A on a 100A service), the smart breaker automatically throttles or pauses non-critical circuits like EV charging or water heaters until cooking or drying is done.

NEC 750 / 625.42 Compliance

National Electrical Code (NEC) Article 750 (Energy Management Systems) and Article 625.42 officially permit automatic load management systems to prevent electrical services from exceeding capacity ratings, legalizing full electrification without heavy service rebuilds.

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