Library

2018 edition of code for commercial buildings that brings together all structural, plumbing, mechanical, fuel gas, energy and electrical provisions for all buildings except detached one- and two-family residences and townhouses up to three stories.

Study from Appalachian State University on passive solar design to take advantage of local climate zones for energy conservation.

A publication highlighting recommendations that contribute to improved overall performance in the structural shell and focus on good connection details to tie together exterior walls, roofs and floors.

Power Point PDF presentation on historical architecture in New Mexico

Fact sheet providing background and technical information on Trombe wall design

Webpage explaining how to site and orient a house to take advantage of the solar path.

Online tool for thermal comfort calculations and visualizations SoftwareX 12, 100563 https://doi.org/10.1016/j.softx.2020.100563

A list of EPA-certified wood-burning appliances for home heating for a range of budgets.

Climate Consultant is a software tool for helping architects, builders, contractor, homeowners, and students to understand their local climate.

Website for the U.S. DOE Solar Decathlon competition.

Study testing the effect of fan cooling on healthy adults at increased ambient temperatures.

Brochure providing information on the design of the EPA Region 8 headquarters in Denver, CO.

Technical report describing the impact of orientation on thermal comfort.

Wildfire construction guidelines from the Colorado State Forest Service focusing on site design and building materials to mitigate damage to homes in wildfire-prone areas.

IRC guide referencing wood truss bracing best practices and requirements.

Article from Washington Post on passive cooling measures for homes during extreme heat.

Article from The Earthbound Report on passive cooling design strategies for homes located in hot climates.

Study evaluating opportunities for reducing cooling energy use in a hot dry climate through the use of shading and window options.

Book detailing passive cooling methods including airflow methods, evaporative cooling, and earth cooling.

Article from Smarter Homes NZ on home building techniques that incorporate passive cooling.

Book describing passive cooling techniques from a technical and academic perspective.

Article from Williams College on the key elements of passive solar design for homes.

Paper summarizing passive and low-energy cooling systems for buildings.

Report providing information on performance of mortars and concrete containing PCMs.

City of Plymouth webpage providing information on the Plymouth Community Center Project.

Data tables on U.S. renewable energy consumption and general trends in the market for renewable energy.

Report informing building stakeholders about the risks a snow event poses to their buildings, preventative measures to take before the snow season, and actions that should be taken before, during, and after a snow event.

Tool determining the most economical and efficient photovoltaic array location and position.

Document providing incident solar radiation data and window overhang sizing guidance for multiple locations across the U.S.

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

Article providing fundamental information and recommendations for shading windows for energy savings.

Image depicting damage from termites in weatherboard cladding.

Study on the effects of wind, radiation, and pressure on apparent temperature.

Study comparing the thermal performance of phase change materials to concrete construction during heat waves.

Webpage providing guidance on the use of thermal mass with passive heating and cooling strategies.

Technical research paper explaining how thermal mass influences heating and cooling energy needs.

Design guide providing technical information regarding building with thermal mass.

Article detailing a case study in which thermal mass was used as part of an overall Net Zero solution for a university building.

Technical conference paper discussing real world experience with Trombe walls.

Report providing design guidance for wood-framed residential construction in high wind areas where design wind velocity requirements do not exceed 140 miles per hour.

Technical fact sheet describing proper operation, sizing, and installation of whole-house fans.

Web article providing information on how to reduce solar gains through windows.