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NEWIEC 60364 / NEC Art 220

Electrical Load Schedule Template (Excel)

Free download · Excel (.xlsx)

The electrical load schedule is the foundation document for every electrical design — it drives cable sizing, switchboard selection, transformer capacity, and generator requirements. This Excel template provides a comprehensive load schedule with columns for Equipment Tag, Description, Area/Zone, Rated Power (kW), Voltage (V), Phases, Power Factor, Full Load Current (A), Quantity, Connected Load (kW), Demand Factor, Maximum Demand (kW), Operating Hours per day, Annual Energy (kWh), Feeder Reference, Switchboard Reference, Priority (essential/non-essential), and Notes. Auto-sums connected load, maximum demand, and annual energy per area and per switchboard. Includes a summary dashboard sheet showing total connected kW, total demand kW, overall diversity factor, and energy cost estimate. Compatible with IEC 60364, NEC Article 220, AS/NZS 3000, and BS 7671 load assessment methodologies.

What's Included

Front:Equipment tag, description, area/zone, rated power kW, voltage, phases, PF, FLC, qty, connected load kW, demand factor, max demand kW.
Back:Operating hours, annual energy kWh, feeder ref, switchboard ref, priority. Summary dashboard: total connected kW, demand kW, diversity factor, energy cost.
Size:Excel (.xlsx)
Format:PDF, print-ready

How to Print

  • Open in Microsoft Excel 2016+, Google Sheets, or LibreOffice Calc
  • Add your company logo and project details to the header
  • Copy data rows to add more circuits or equipment
  • Print on A4 or A3 landscape for site records
  • Keep completed records for design verification and audit trail

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Frequently Asked Questions

What is the difference between a load schedule and a cable schedule?

A load schedule lists all electrical equipment with their power ratings and demand factors — it determines WHAT needs to be supplied. A cable schedule lists the cables connecting equipment to switchboards — it determines HOW power is delivered. The load schedule feeds the cable schedule.

How do I determine demand factors for each load?

Demand factors come from the applicable standard: NEC Article 220 Tables 220.42/220.44, AS/NZS 3000 Table C1, BS 7671 Appendix 1. For specialist equipment, use manufacturer data or site-measured data from similar installations.

Why does this template include annual energy?

Annual energy consumption (kWh) is essential for transformer loss evaluation, generator fuel estimation, energy cost budgeting, and sustainability reporting. Operating hours multiplied by maximum demand gives a conservative energy estimate.