The Utilities Team at the University of Maryland, Baltimore (UMB) is responsible for managing the campus energy and utility systems to ensure reliable operations, cost efficiency, and long-term sustainability.
Our work goes beyond daily maintenance. We take a strategic, data-driven approach to how energy is produced, used, and optimized across campus. This includes managing electricity, steam, chilled water, heating, cooling, and water systems that support everything from classrooms to advanced research facilities.
Our Commitment
UMB is actively implementing a comprehensive energy management strategy to:
- Reduce overall energy consumption
- Manage rising utility and operational costs
- Support a stable and reliable regional power grid
Electricity costs are largely driven by peak demand, which accounts for approximately 85% of total electrical costs.
By carefully managing when and how energy is used, we can:
- Maintain reliable campus operations
- Reduce costs and reinvest in the University’s mission
- Support regional grid stability and help prevent outages
Why This Matters
UMB is experiencing increasing utility costs due to:
- Rising peak demand and grid capacity charges
- More frequent extreme weather events
- Growing energy needs from research and campus infrastructure
Through coordinated efforts, UMB has the opportunity to reduce peak electrical demand by 4–10 megawatts, resulting in significant cost savings and improved operational efficiency.
The Utilities Team is focused on delivering measurable value to the University by:
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Developing and executing energy management strategies - Including campus-wide energy conservation plans, utility master planning, and participation in programs such as demand response and energy performance contracting.
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Reducing energy use and controlling costs - Identifying and implementing solutions that reduce consumption of electricity, fuel, steam, chilled water, and water while maximizing return on investment.
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Using data to drive decisions - Monitoring energy use across campus, analyzing performance trends, and providing detailed reporting and forecasts to leadership and stakeholders.
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Optimizing building and system performance - Leveraging advanced metering, building automation systems, and analytics to improve efficiency and quickly identify issues.
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Evaluating and implementing new technologies - Researching innovations, industry best practices, and renewable energy opportunities to continuously improve campus infrastructure.
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Supporting campus planning and financial strategy - Providing utility forecasts, cost modeling, and data to inform capital projects, infrastructure investments, and financial planning.
