California Residential Retrofits: Ten Important Lessons Learned
The potential for reducing energy consumption and greenhouse gas emissions through retrofitting existing homes offers major incentives for future work.
It’s easy to talk about building new houses that are energy efficient. When you build from the ground up, you can do anything—the thickest insulation, the best sealants, the most efficient ... [continue reading]
New standardized work specifications aim to eliminate work defects and transform the retrofit industry. [continue reading]
Much is learned from a side-by-side study of a retrofit home and standard-built home. [continue reading]
The Residential Building Research Team at the National Renewable Energy Laboratory (NREL) focuses on improving the energy efficiency of, and reducing carbon emissions from, approximately 130 million U.S. homes. Cost-effective improvements in the energy efficiency ... [continue reading]
Learn how to weatherize homes with lead paint present while obeying the law, and keeping workers and home occupants safe from lead poisoning. [continue reading]
Energy expert continues to learn from a deep energy retrofit of his Montana Home. This time he's installing a wood-burning stove to save money, add ambiance, and provide security during emergencies - like when runaway trains knock out a town's power. [continue reading]
Space conditioning is the biggest piece of the residential energy pie, and thermal shell improvement is a homeowner's best opportunity ...
Energy supplies and efficiency in new home construction took an interesting turn when researchers at Oak Ridge National Laboratory (ORNL) ...