Yale University

Energy Sciences Center

West Haven, Connecticut

Size
36,000 nsf

Services
Master Planning
Programming
Lab Planning
Architecture

Certifications
LEED Silver ID+C

Multi-phase renovations to a former pharmaceutical manufacturing facility on Yale’s West Campus provide new flexible research laboratories and core facilities for the Energy Science Institute and West Campus Materials Characterization Core.

The Energy Science Institute brings together researchers from the departments of Mechanical Engineering and Materials Science, Chemical and Environmental Engineering, Chemistry, Geology and Geophysics, Applied Physics, and the Yale Solar Group who focus on emerging challenges facing the environment and energy sectors. The open design of the shared laboratories, write-up areas, and interaction space enables collaboration and highly efficient use of resources among these researchers who are developing new materials for energy production and storage and are advancing sophisticated tools necessary to characterize the functionality of these materials.

The university-wide, shared Materials Characterization Core facility provides a variety of specialized instrumentation and techniques that support the Energy Science Institute, School of Engineering and Applied Science, School of Arts and Sciences, and School of Medicine, including:

  • Electron and scanning microscopes
  • X-ray photoelectron spectroscopy
  • Molecular spectrometer and near-field scanning optical microscope
  • X-ray fluorescence spectrometer and X-ray diffractometer
  • Scanning tunneling microscope
  • Chemical vapor deposition

In concert with the Energy Science Institute’s mission, the space is designed as a “living/learning” laboratory that maximizes energy efficiency and promotes the comfort of researchers. The carefully selected sustainability measures for the space include:

  • Re-use and upgrade of existing laboratory HVAC systems with energy recovery, variable drives, low-flow fume hoods and hydronic systems
  • Low-velocity, displaced-ventilation system in non-lab areas
  • Sophisticated lighting strategy that includes day-lighting with aerogel-insulated dome and “light-tube” skylights, dimmable all-LED electric lighting, and daylight dimming controls throughout
  • Extensive metering and an “energy dashboard” system to provide feedback and allow continuous tuning of the energy systems