We design, implement and evaluate rigorous field experiments to understand the real-world effectiveness of new and emerging building and distributed energy resource technologies. We perform testing in both commercial and residential buildings and on the power distribution grid.
Project examples include:
We develop algorithms that use existing and emerging building data sources to optimize building and distribution grid performance and identify operational and retrofit energy savings opportunities.
Project examples include:
Our 24,000 sq. ft laboratory, located on the Boston University campus, consists of a project development lab, a machine development lab, an energy systems integration lab, a Class 1000 clean room, and a 9000 sq. ft. machining and test area. We have an extensive array of specialized high precision machining equipment, including a high speed five axis CNC milling machine, a custom laser writing/drilling/welding system, an ultraprecision machining center (sub-micron diamond milling and turning), a super precision Hardinge turret lathe, as well as standard machine tools. We also have state-of-the-art 3D rapid prototyping capability. Additionally, Fraunhofer USA CMI has access to Boston University’s core facilities.
These facilities support our key research activities by enabling the rapid prototyping and reference implementations of hardware and software platforms to:
Project examples include:
Fraunhofer USA CMI performs technology assessment projects for government and industry to help decision makers accurately evaluate the full potential of new and emerging building and distributed energy resource technologies and identify high-impact opportunities.
Examples of building technologies assessed include:
We characterize the energy consumption of different end uses in buildings to provide high-quality data to support regulatory decisions. We also model and evaluate the flexibility of building loads and distributed energy resources (DERs) to support the electric grid.
Identify impacts of distributed generation and energy storage technologies
Examples of end uses and devices characterized include:
Project examples include:
