Integrating solar generation into building components could boost material and supply chain efficiencies and reduce costs
The U.S. Department of Energy (DOE) Solar Energy Technologies Office (SETO) and Building Technologies Office (BTO) recently issued a request for information to gather input on technical and commercial challenges and opportunities for building-integrated photovoltaic (BIPV) systems.
Roof-mounted solar systems on buildings are more common, but BIPV systems offer other ways to site solar technologies on buildings. The options include directly integrating solar modules into the roof or the building’s facade.
Integrating solar generation directly into building components could improve material and supply chain efficiencies and reduce system costs, the department says. “Innovative strategies that use building-integrated photovoltaics can improve solar integration, enable new designs and uses, and support our decarbonization goals,” says Kelly Speakes-Backman, principal deputy assistant secretary for the Office of Energy Efficiency and Renewable Energy.
The goal of the RFI is to identify and quantify barriers to BIPV deployment and inform future strategy and program development in this area. SETO and BTO are seeking feedback from industry, research laboratories, academia, government agencies, and other stakeholders related to BIPV technologies and markets.
The deadline for responses is April 1, 2022.
Related Stories
Codes and Standards | Mar 23, 2020
Florida legislature passes bill to reduce retainage on state and local projects
House and Senate vote is nearly unanimous; law would go into effect Oct. 1.
Codes and Standards | Mar 20, 2020
Feds prod use of eminent domain to force people out of flood-prone homes
Local officials that don’t comply could lose federal money to combat climate change.
Codes and Standards | Mar 19, 2020
ASHRAE provides COVID-19 resources for operating, maintaining HVAC systems
Includes recently approved position document on Airborne Infectious Diseases.
Codes and Standards | Mar 19, 2020
CaGBC launches new version of its Zero Carbon Building Standard
Version 2 draws on lessons from more than 20 zero carbon projects.
Codes and Standards | Mar 16, 2020
Concrete industry reduces carbon footprint by 13% over five years
Result mostly due to more efficient use of Portland cement.
Resiliency | Mar 13, 2020
Feds push use of eminent domain to force people out of flood-prone homes
Local officials that don’t comply could lose federal money to combat climate change.
Codes and Standards | Mar 12, 2020
Design guide for sloped glazing and skylights updated for first time in 30 years
Helps with choosing proper glass for non-residential applications.
Codes and Standards | Mar 11, 2020
Two tree species native to the Northeast found suitable for CLT
Eastern white pine and eastern hemlock pass strength testing.
Codes and Standards | Mar 10, 2020
Prescient receives ICC certification for seismic resilience system
Technology suitable for buildings up to 12 stories in earthquake-prone areas.
Codes and Standards | Mar 6, 2020
Design firms creating plans to re-imagine D.C.’s tidal basin
Area including National Mall is facing increased flood risk.
