Mission: Microgrid Institute is a collaborative organization that focuses on key issues affecting microgrids and distributed energy assets around the world. Our efforts address market development and analysis, regulatory and financial models, and project feasibility and structuring.
Professionals on our staff and in our networks bring a broad range of experience in the utility, independent power, industrial cogeneration, and distributed energy industries.
Staff members and collaborators on the Microgrid Institute team combine expertise in:
What We Do
Strategy: We use a multidisciplinary approach. By working with acknowledged authorities and subject-matter experts, we provide thorough and objective study and analysis. Our key goals focus on supporting market development; addressing key issues that affect microgrids and community energy projects; and contributing knowledge and insight to policy and development processes.
Partners: We work with foremost experts in their fields, including experienced attorneys, technology leaders, policy analysts, and researchers.
Our work addresses technology, legal,
and business issues.
We assemble teams of
subject-matter experts to identify
and resolve issues affecting
the development of microgrids.
We perform analytic studies, facilitate industry initiatives, and provide project management and advisory services.
(September 9, 2014) Washington, D.C.: The U.S. Department of Energy, National Energy Technology Laboratory, on Monday selected a team led by Burr Energy LLC (dba Microgrid Institute) to design, simulate, and test microgrid control systems for two Maryland suburbs served by utility Pepco Holdings Inc.
DOE/NETL is expected to provide approximately $1.2 million in funding assistance for the Olney Town Center Microgrid Project during a two-year period beginning in late 2014. The project team – including Microgrid Institute, Green Energy Corp., Schneider Electric, and FREEDM Systems Center at N.C. State University, with assistance and cooperation from Pepco Holdings Inc. – will design and study advanced control systems for community microgrids at Olney (Montgomery County) and Ritchie Station Marketplace (Prince George’s County). MORE
(July 21, 2014) St. Paul, Minn.: The Minnesota Department of Commerce selected Microgrid Institute for a two-part project addressing combined heat and power (CHP) stakeholder engagement in the state.
The project includes a pair of contracts to perform work that will assist the Department of Commerce, Division of Energy Resources, in its efforts to develop a CHP Action Plan for the state. Microgrid Institute’s work under the contracts will include facilitating CHP stakeholder engagement meetings and performing a series of stakeholder surveys. Project deliverables will include survey results, reports, analysis, and recommendations, as well as a CHP Stakeholder Database and a CHP Education & Training plan. MORE
(June 6, 2014) Ft. Lauderdale: Microgrid Institute today launched the Resilient Communities Initiative, during the Go Solar Fest conference and exhibition at the Broward County Convention Center.
“Communities across the country are working to improve their resilience, preparing for the next disruptive storm,” said Michael Burr, Director of Microgrid Institute. “But community resilience projects are multi-faceted and complex, impacting many interdependent systems and services. Achieving local resilience calls for specialized expertise and information that can be difficult to find.”
The Microgrid Institute Resilient Communities Initiative will establish a single source of knowledge, expertise, and support to help communities in each phase of local resilience project planning and implementation. By bringing these resources into a one-stop shop for community leaders, the Resilient Communities Initiative will raise the chances for project success -- while reducing project costs. MORE
A microgrid is a small energy system capable of balancing captive supply and demand resources to maintain stable service within a defined boundary.
Microgrids combine various distributed energy resources (DER) to form a whole system that's greater than its parts.
Most microgrids can be further described by one of three categories:
Microgrids combine local energy assets, resources, and technologies into a system that's designed to satisfy the host's requirements -- which can include factors as basic as electrification, and as complex as integrating variable DERs in a balanced net-zero system. READ MORE