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 Rector of the Bucharest Polytechnic University (UPB) Mihnea Costoiu and U.S. Ambassador in Bucharest Hans Klemm signed on Wednesday an agreement under which the U.S. Trade and Development Agency (USTDA) provides the higher education institution a grant for feasibility studies intended to assess the technical, economic and financial viability of the implementation of an intelligent micro-network project in the university campus.

The total value of the study is 506,516 US dollars, of which 125,854 dollars provided by the consulting firm that conducts the research, the Maryland-based E3 International.

The U.S. Embassy is pleased to announce that, in its continuing support for the Government of Romania, the U.S. Trade and Development Agency awarded a grant to the University Politehnica Bucharest (UPB) for a feasibility study on the technical, economic and financial viability of implementing a Smart Micro Grid pilot system on campus, a presse release sent by U.S. Embassy-Bucharest informs.

' UPB is the oldest, largest and most prestigious technical university in Romania, with 30,000 students and 3,000 employees. 

The grant was signed at UPB by U.S. Ambassador to Romania Hans Klemm and UPB President and Rector Mihnea Costoiu.  “By employing the latest smart grid and intelligent building technologies, Politehnica Bucharest will be able to better regulate its energy, maintenance and operation costs,” said Ambassador Klemm.

UPB is planning to deploy the Smart Micro Grid project for the entire campus, which will reduce the university’s annual energy expenses and its carbon footprint.  Rector Costoiu stated, “The agreement signed today, which will implement an energy management system similar to that of a Smart City, opens the opportunity to join a limited group of European universities that have begun to implement such an ambitious concept.  It is the first step in the collaboration with the United States Government that we wish to develop further.”

The feasibility study will evaluate opportunities for expanding generation capacity, implementing tri-generation approaches and diversifying energy supply resources. Additionally, the study will look at adding thermal and electric power storage systems, as well as maximizing the use of smart building technologies.  Features of the study include an energy audit baseline assessment, environmental analysis, a preliminary design of the smart micro grid and an economic, financial and development impact.

The project will utilize technologies such as gas engines, energy efficient lighting, distribution and outage management systems, advanced metering, rooftop photovoltaic systems and thermal and battery storage systems.  Conducting the feasibility study is E3 International, LLC of Bethesda, MD, an energy efficiency and renewable power consulting firm, which will also share in the costs of the study, in the amount of $125,854, for a total study cost of $506,516.'