Skip to main content

Showing results 1 - 5 of 5

Author(s)
Delaware Sustainable Energy Utility
Publication Date
Organizations or Programs
Energize Delaware

This report consists of a literature review and in-depth interviews with subject matter experts in the Home Performance with ENERGY STAR (HPwES) program area. The goal was to compare Delaware Sustainable Energy Utility (DESEU) HPwES Programs with peer-programs across the United States. The report also identifies key metrics and emerging trends regarding program design.

Author(s)
Fort Collins Utilities
Publication Date
Organizations or Programs
City of Fort Collins Utilities

Fort Collins Utilities and partners, Platte River Power Authority (PRPA) and CLEAResult, launched Efficiency Works-Home program, the Efficiency Works- Neighborhoods (EW-N) Pilot. The Pilot is a new model of Utility Energy Efficiency conservation program that is designed for the scale and comprehensiveness of EE and renewables needed to meet the City of Fort Collins Climate Action Plan in the existing home sector.

Author(s)
Cynthia Adams, Local Energy Alliance Program,
Larry Earegood, Consumers Energy (MI),
John Schott, NYSERDA,
Gavin Hastings, Arizona Public Service,
Emily Salzberg, Washington State University Energy,
Adam Buick, Community Power Works (WA),
Bob Knight, BKi
Publication Date
Organizations or Programs
Arizona Public Service (APS),
Community Power Works,
Energy Upgrade California,
Local Energy Alliance Program (LEAP),
Michigan Home Performance with ENERGY STAR,
New York State Energy Research and Development Authority (NYSERDA),
RePower Kitsap

Quick summaries of strategies various programs have used to improve the efficiency of delivering efficiency.

Author(s)
Nikki Kuhn, Vermont Energy Investment Corporation
Publication Date
Organizations or Programs
Energize Phoenix,
Connecticut Neighbor to Neighbor Energy Challenge,
Local Energy Alliance Program (LEAP),
Long Island Power Authority (LIPA),
Efficiency Vermont
Presentation that focuses on grantee program-utility partnership models.