Library

Website describing how solar water heaters -- also called solar domestic hot water systems -- can be a cost-effective way to generate hot water for your home.

The RERH specifications and checklists take a builder and a project design team through the steps of assessing a home’s solar resource potential and defining the minimum structural and system components needed to support a solar energy system.

Outlines the minimum criteria for a solar water heating system installed by a Solar Water Heating Program trade ally under Energy Trust of Oregon’s Solar Water Heating Program.

Webpage describing the basics of solar plus storage operations on homes.

California Energy Commission report presenting the concept of cool walls and providing guidelines for their building- and climate-appropriate use to conserve energy and reduce emissions.

Handheld solar site analysis tool capturing whole-horizon images for a site and generating shading analysis reports.

Document describing correct construction of swales, designed to trap particulate pollutants (suspended solids and trace metals), promote infiltration, and reduce the flow velocity of storm water runoff.

Paper describing landscaping influences on heat gain through shading, infiltration shielding, and microclimate creation for nearby buildings.

The 2017 publication update to the SEAOC Wind Committee and SEAOC Solar Photovoltaic Systems Sub-Committee's 2012 report.

Paper describing case studies on urban vegetation and greenways and their impacts on city climate and building performance.

FSEC certification and testing page for solar systems.

DOE-sponsored report describing the experimental design and results of testing the energy performance of Hunter Douglas double-cell cellular shades under various control schemes in the Pacific Northwest National Laboratory’s Lab Homes.

Report describing use of the Energy in Modular (EMOD) method to design, produce, and deliver affordable, net-zero energy, low-carbon, and healthier buildings through industrialized (factory) construction of modular buildings; modeling of whole buildings and subassemblies of components, pods, panels...

Document describing the impacts of tree cover on property values.

Paper describing the effects of shade trees and their location on residential summertime electricity usage.

Training course describing how to incorporate trees into an energy-conserving landscape.

Manual describing scientific, technical, and practical information needed to work with communities on urban forestry, including a section on trees and construction.

Report on investigating the effectiveness of using solar thermal water heaters to address heat losses from piping while recirculating water in multifamily buildings.

Document outlining a well-detailed drainage plane and flashings.

Web page explaining what a cool exterior wall is and how they work, as well as benefits to their use and links to research studies.

Web page explaining what a cool roof is and how they work, as well as benefits to their use and links to research studies.

Webpage describing the Wildland Urban Interface (WUI) and how to plan residential building to mitigate wildfire risks associated with building in the WUI.

Webpage from USFA compiling resources from across the U.S. on Wildland Urban Interface (WUI) information.

A report for homeowners and contractors providing specific recommendations for how to retrofit existing components of a home to withstand wildfire.

Website describing how wildfires spread and how fuels, weather, and topography influence fires.

Article describing ways to design and construct a building to resist wildfires.

A list of exterior building products and materials approved for use in wildland urban interface zoned homes. These products are non-combustible or ignition-resistant.

An example of wildland urban interface construction requirements for new buildings built in very high fire risk zones/areas.

Article describing the growth of the wildland urban interface in the United States from 1990 to 2010, expanding from 30.8 to 43.4 million homes (a 41% increase), and growing from 581,000 to 770,000 kM2 (33% growth), an increase of 189,000 km2, an area that is larger than Washington State.

Paper describing wind influences on air infiltration related energy losses for residential housing and the shielding effects of fences, adjacent structures, and vegetation.

DOE presentation describing a project to study window attachments.

Fact sheet providing information on window attachments and their potential for improving energy efficiency.