CBE received new funding to support research in innovative control technologies that will reduce natural gas consumption in large commercial buildings, leading to paths for cost-efficient solutions having broad application including in existing buildings.
We are saddened by the deaths of George Floyd, Breonna Taylor, Ahmaud Arbery and countless other innocent Black lives at the hands of police and vigilantes. We share the outrage that has been erupting in demonstrations in all 50 states and around the world, and we recognize that systemic racism leads to unequal access to economic opportunity, health outcomes and environmental justice. As sustainability professionals, we can catalyze change by leveraging our skills as designers, builders and planners, and by striving to diversify our profession.
Joining CBE’s consortium this spring, JLG Architects has won national accolades for both its design portfolio and for its highly supportive work environment, gaining recognition as one of the ‘50 Most Admired Companies’ in America by MSN Money, as one of ‘50 Best Places to Work’ by Inc. magazine, and as ‘2019 Design Firm of the Year’ by ENR Mountain States.
CBE researchers are part of a research program on “Resilient Cooling for Buildings,” supported by an international association of governments, industry and researchers. The main objective is to support the rapid adoption of resilient, low-energy and low-carbon cooling systems for buildings. This work will also serve to help cities and communities better contend with climate-based and demand-based power outages.
Using an extensive trove of thermal comfort research data, CBE’s research team recently published a set of ‘nudges’ to the existing adaptive comfort standards to improve comfort in commercial buildings while potentially reducing energy use. This work updates the landmark study from 1998 by Gail Brager and Richard de Dear on the Adaptive Comfort Model (ACM), which demonstrated that people in naturally ventilated buildings were more comfortable with seasonal temperature variation compared to people in air-conditioned buildings.
Millions of people are working at home to prevent the spread of Covid-19, creating stress and impacting our well-being and productivity. Science shows that time spent in nature may improve our health and emotions, however, when we are not able to be in nature physically, we may derive benefits simply by access to windows with views. A study recently published by CBE found that a view from a window has positive impacts on emotion, cognitive performance and thermal comfort.
Two buildings that demonstrate excellence in architectural design and sustainability, and are well liked by building users, have been recognized with Livable Buildings Awards by UC Berkeley’s Center for the Built Environment. Bluestone Elementary School of Harrisonburg, Virginia, by a design team led by VMDO Architects, received the top award. The jury also conferred an honorable mention to HGA’s office relocation in San Francisco. The award results were announced at CBE’s industry advisory board meeting last October.
The diversity of CBE’s industry consortium is unique and beneficial to our work, as these perspectives inform the center’s directions and research portfolio. This fall CBE welcomes new leadership who will help to guide the research team and represent the interests of CBE industry consortium members. In this post we talk with the new Partner Chair Andy Reilman and our new Partner Vice-Chair Isabelle Lavedrine.
Biophilia — humans’ innate love of nature — is an idea that has inspired wide-ranging research on the benefits of human connection with nature. So how do we translate this wealth of research knowledge into making buildings that capture the benefits of nature? CBE and SERA Architects are jointly developing a biophilia option for CBE’s occupant survey to evaluate the impact of biophilic features in existing workspaces.
During the 2018 fires, CBE used previously-installed sensors in two University buildings to understand and evaluate building resilience to urban scale air pollution, quantifying particle penetration to the indoors from outdoors. The low-cost Internet of Things (IoT) PM2.5 sensors were accompanied by a survey of the building occupants, with questions focused on changes in their behavior, perceived air quality, self-reported productivity and health symptoms.