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Fraunhofer CSE's Building Enclosures and Materials Group focuses on advanced thermal control technologies, applied to building enclosures, their components, and the whole building. The research group develops, designs and analyzes novel thermal insulations, thermal storage materials, radiant insulations, environmental barriers, structural materials and systems, building envelope technologies, controllable building enclosures, and building-integrated solar systems, through numerical analysis as well as laboratory and field testing. In addition, the group works to advance numerical tools for thermal and hygrothermal simulations of building components and whole buildings.

Recent Building Enclosures News

'Home energy scorecard' idea pulled from Senate energy bill.

Serreze, M. C., masslive.com, June 22, 2018. BOSTON -- The Massachusetts Senate on June 14 unanimously approved an ambitious green energy bill that contains a...

Energy Experts and Officials Discuss Proposed Residential Energy Scorecard in South Boston.

Fraunhofer CSE, cleantechnotes.org, June 20, 2018. Buildings account for 40% of the energy consumption in the U.S., residential buildings for 20%. To make home energy...

Upcoming Events

MRS Fall Meeting: iMatSci Innovation Showcase.

November 27, 2018 - November 28, 2018. Materials Research Society (MRS). Hynes Convention Center, Level 2, Boston, MA.
Fraunhofer CSE will exhibit with partners Virginia Commonwealth University (VCU), Missouri University of Science and...

BAU 2019.

January 14, 2019 - January 19, 2019. Messe München GmbH. Messe München, Munich, Germany.
Fraunhofer CSE and its partners in the Fraunhofer Building Innovation Alliance exhibit in hall C2, booth 528.

Latest Presentations & Publications

Thermal impact of adhesive-mounted rooftop PV on underlying roof shingles

Shukla, N., Watts, A., Honeker, C., Hill, M., Kosny, J. (2018). In: Solar Energy. 174 : Elsevier Ltd., pp. 957-966.
Adhesive mounting of residential rooftop photovoltaics (PV) is an alternative to traditional rack mounting that reduces...

Session: C16.21 TG on C1340 Standard Practice for Estimation of Heat Gain or Loss Through Ceilings Under Attics Containing Radiant Barriers by Use of a Computer Program .

Shukla, N. - October 23, 2018. ASTM International: C16 Thermal Insulation. ASTM International. Washington Hilton, International Ballroom East, Table 4, Washington, D.C..
Nitin Shukla is session chair.

A Data-Driven BIRCH Clustering Method for Extracting Typical Load Profiles for Big Data

Fontanini, A., Abreu, J. (2018). In: IEEE Power & Energy General Meeting. Portland: IEEE PES.
In typical load shape analysis, many different clustering methods have been used to segment customers, interpret...

Lab and Testing Facilities

The Building Enclosures Group has indoor testing capabilities in the Center headquarters in Boston and also takes advantage of the environmental exposure testing capabilities in Albuquerque, New Mexico as well as in South Boston and Revere, Massachusetts.

Our Research Facilities

Partnerships

Fraunhofer CSE partners with a wide-array of leading governmental, industry, academic and research institutions around the world.

Our Partners

Contact

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Jan Kośny, Ph.D.
Director, Building Enclosures and Materials
Office +1 (617) 714-6525
Email