Electrical Load Charts
The load charts provide a detailed breakdown of the electrical demand for each appliance, device, and circuit in the CTC build.
They are essential for planning wire sizes, breaker assignments, inverter and shore‑power requirements, and overall system safety.
This page serves as the central hub for all electrical load documentation.
Kitchen Electrical Load Chart
The kitchen includes several 12V and 120V appliances, including the refrigerator, induction cooktop, range hood, lighting, and the Blueridge indoor air handler.
The Kitchen Electrical Load Chart documents estimated and actual wattage, amperage, and circuit assignments for each device.
View Kitchen Electrical Load Chart →
Bathroom Electrical Load Chart
The bathroom integrates both 12V and 120V loads, including the washer/dryer combo, water pump, lighting, ventilation fan, and optional GFCI outlet.
The Bathroom Electrical Load Chart provides a complete breakdown of each device’s electrical demand and its assigned circuit.
View Bathroom Electrical Load Chart →
Why Load Charts Matter
Load charts help ensure the electrical system is safe, balanced, and capable of supporting all appliances under real‑world conditions.
They are used to:
- Determine proper wire gauge and breaker sizes
- Balance circuits across the distribution panel
- Plan inverter and shore‑power requirements
- Estimate peak and continuous electrical loads
- Prevent overloads and overheating
System Integration
The load charts tie directly into the Electrical Master Plan and room‑specific wiring diagrams.
They also support long‑term maintenance and future upgrades by providing a clear record of electrical demand.
How This Section Evolves
As appliances are installed and real‑world measurements become available, the load charts will be updated with actual wattage and amperage values.
This ensures the electrical system remains accurate, safe, and future‑proof.