University of Massachusetts — Multi-Campus All Hazards Mitigation Plan. Provided energy systems input and review
for the development of an All Hazards Mitigation Plan that is consistent with MEMA and FEMA guidance. Plan reviewed all
UMass Campuses infrastructure and assets for mitigation planning. Plan satisfied guidance requirements in identifying
actions for risk reduction that are agreed upon by stakeholders and the public. Plan successfully built partnerships by
involving citizens, organizations and businesses in numerous public meetings. Contributions to plan included identifying,
researching and analyzing potential natural hazards, developing mitigation actions, engaging community and campus
stakeholders, and identifying hazard mitigation measures.
Connecticut State College System — Multi-Campus All Hazards Mitigation Plan. Presented findings at several of the
campuses for the potential hazards to numerous stakeholder groups. Provided energy systems input and review for the
development of an All Hazards Mitigation Plan that is consistent with MEMA and FEMA guidance. Plan reviewed all 17
CSCU Campuses infrastructure and assets for mitigation planning. Plan satisfied guidance requirements in identifying
actions for risk reduction that are agreed upon by stakeholders and the public. Campus plan inventoried hundreds of key
campus assets and consolidated assets for better cross campus coordination. Plan successfully built partnerships by
involving citizens, organizations and businesses in numerous public meetings. Contributions to plan included identifying,
researching and analyzing potential natural hazards, developing mitigation actions, engaging community and campus
stakeholders, and identifying hazard mitigation measures.
Town of Billerica, MA - Microgrid Feasibility Assessment. Evaluated the use of various on site generation
technologies to create a utility island for the Waste Water Treatment plant. Study evaluated the use of solar, energy
storage, fuel cells and cogeneration technologies. Each technology was evaluated for life cycle costs and levelized cost of
energy to $/kwh. Study reviewed the seasonal and daily plant loads and the potential for load shifting implementing various
demand response techniques and operational changes. Study is currently under consideration for potential funding under
Greenworks or other pending funding sources.
University of Massachusetts, Lowell - Climate Action Plan. Technical Advisor for the development of the UMass
Lowell Climate Action Plan. Supported the development of strategies for goal setting, project identification and
implementation, renewable energy applications and committee development. This project involved working with numerous
stakeholders including senior management, facilities, finance, Environmental Health and Safety (EH&S), transportation,
and capital projects representations. Through all the energy savings and procurement projects at UMass Lowell the
university is saving over $500,000 per year.
Connecticut State College and University System — Energy Master Plan. . Technical Lead and primary expert for
campus energy plans for Connecticut's largest college system that spans 17 campuses. Conducted a detailed campus
evaluation of energy saving opportunities and develop a prioritized plan for action. This review included benchmarking
building energy use, campuses priorities and speed of implementation. Over 6 MWs of renewable energy opportunities are
in the process of being implemented and multiple projects with simple paybacks <1 year have been completed. Savings
from this plan should be greater than $1 million dollars per year off baseline.
Williams College - Solar Photovoltaic (PV) Site Identification. Worked with Williams College to identify viable solar PV
sites and facilitate the development of a Power Purchase Agreement. Developed a list of viable projects and criteria upon
which to rank each project. Permit, electrical interconnect plans, cost projects and financial models are in development.
The goal of this project is to generate 2,200 MW hours per year of renewable energy saving the college over $20,000 per
year.
City of Lowell, MA — Solar Array Feasibility Analysis. Completed a feasibility analysis of a 500 kW solar array at the
Lowell Water Treatment Plant. Performed an economic analysis and Solar Renewable Energy Credit (SREC) valuation
model for this array. The fully deployed $2 million solar array received $400,000 in grant funding. The array is now
generating over $100,000 in energy revenue and savings to the city per year.
