All Electric Homes Lighting Study
This study monitored 56 all-electric homes post-CFL/LED swaps, isolating lighting impacts amid plug loads.
All Electric Homes Lighting Study
ACEEE Evaluation, 2013–2014
This research monitored 56 all-electric homes post-CFL/LED swaps, isolating lighting impacts amid plug loads.
Design and Technologies
Targeted 56% bulb replacement (incandescents to LEDs/CFLs), focusing on fixtures; sub-analysis on >20% change homes. Normalized for weather/controls.
Implementation and Challenges
Spring/summer installs minimized seasonal bias; 30-day monitoring. Challenge: Isolating lighting from fans/plugs; deduced via total subtraction.
Results and Energy Savings
Normalized 1.2 kWh/day (16.9%) for all; 1.5 kWh/day (19.9%) for deep retrofits. October sub-sample: 2.5 kWh/day (29%), showing seasonal variance.
Summary
Statistical significance (90% CI) confirms reliability; correlation with replacement % (r=0.5).
Lesson: T-stat tests validate; prioritize high-use rooms for max ROI, using tools like Home Energy Saver for baselines.
Last updated on November 8, 2025
Residential Complex 2024
From the ground up, 45+ condos being constructed along the golf course covering all electrical systems.
KOA Park 2024
New KOA park for recreational vehicles requiring electrical system and various voltage requirements.
Boise Cascade 2023
Electrical systems, installing explosion proof propane tank, and a complete lighting retrofit using LEDs.