Top-Rated Climate Nonprofit – 4-Star Charity
About
About Us
Accomplishments
Advisory Board
Careers and Paid Internships
Diversity, Equity, Inclusion, and Justice
Financial Information and Reports
Funders
Future Climate Leaders Scholarship
Leadership
Recognition
Team
News
Press Releases
Media Coverage
Newsletters
Podcast: The Climate Conversation
Articles
Get Involved
Subscribe
Contact
Menu
Menu
Topics
Adaptation and Resilience
Agriculture and Forestry
Bioenergy
Buildings and Infrastructure
Climate Change
Climate Diplomacy
Climate Finance
Conservation
Electrification
Energy Efficiency
Energy Transmission and Storage
Environmental Justice
Fossil Fuels
Hydrogen and Fuel Cells
Industry and Manufacturing
National Security and Energy Independence
Nuclear Energy
Public Health
Renewable Energy
Rural Development
Transportation
Waste Management and Recycling
Workforce
Initiatives
Beneficial Electrification
Coastal Resilience
Congressional Renewable Energy and Energy Efficiency EXPO
Future Climate Leaders Scholarship
House and Senate Renewable Energy & Energy Efficiency Caucuses
On-Bill Financing
Past Initiatives
Briefings
* Livecast
Briefings (Upcoming and Past)
Briefing Audio Recordings
Briefing Series
Speakers
Publications
* Subscribe to EESI Emails
Articles
Article Series
Fact Sheets, Issue Briefs, and Reports
Newsletters
The Climate Conversation Podcast
View All Authors
Resources
Beneficial Electrification Toolkit
Climate Solutions by State Map
Content Tags
COP28 Resources
Environment & Energy Congressional Round-Up
2023 Farm Bill
Donate
Why Give?
Give Online
Donate Stocks or Mutual Funds
Join EESI’s Legacy Giving Society
Giving from Your IRA
All the Ways You Can Give
EESI's Gift Acceptance Policy
Advanced Search
Advanced Search
Buildings and Infrastructure
Fact Sheet | Building Energy Efficiency
By
May 1, 2006
Table of Contents
Energy-Efficient Buildings: Using whole building design to reduce energy consumption in homes and offices
Key Facts:
Virtually every part of a building’s structure—from its placement and design to the appliances it contains—affects its energy consumption. Climate-responsive architecture and whole building design consider the building’s surroundings and local climate in order to construct energy-efficient buildings.
The heating, cooling, and hot water costs in an energy-efficient home are 30 to 40 percent lower than in conventional new homes. The US Environmental Protection Agency (EPA) certifies buildings as Energy Star compliant if they are 30 percent more efficient than required by the national Model Energy Code from 1993, or 15 percent more efficient than the state’s energy code, whichever is more rigorous.
Over 2,300 home builders have joined the EPA’s Energy Star Buildings program and have built at least one Energy Star certified building. Energy-efficient buildings have been built in all 50 states.
Click here to read the full fact sheet in .pdf format