🌱 DOE 2016 Efficiency (10 CFR 431, No-Load Core Loss Watts vs Full-Load I²R Loss)

Dry Transformer DOE 2016 Efficiency Calculator

Evaluate energy efficiency compliance for medium-voltage dry-type distribution transformers under US Department of Energy standards (10 CFR Part 431 / DOE 2016): calculate no-load magnetic core iron losses (Watts) using high-grade grain-oriented silicon steel (M4/M6), calculate 50% load efficiency (>99.4%), and life-cycle electric bill savings.

1. Project & Operating Inputs

Transformer Base Rating (kVA e.g. 2,000 kVA Substation Transformer)

No-Load Core Loss (Watts e.g. 3,800 Watts Iron Loss)

Annual Continuous Electricity Bill Savings ($ / Yr e.g. $28,500)

Turnkey DOE 2016 Compliant Transformer CapEx Premium ($)

2. Financial Breakdown & Yield

10 CFR 431 DOE 2016 EFFICIENCY

Annual Low-Loss Transformer Energy Profit

High-Efficiency Power Distribution Margin

0.0%

Gross Revenue / Bill

Total Project CapEx

Operating / Direct Cost