Connecticut Grid Resilience Assessment: A Strategic Guide for Key Stakeholders
Grid Resilience and Reliability
With preparedness at the forefront of ensuring superior customer service, Storm Outage Forecasting delivers actionable information on predicted outage locations and magnitude.
Renewable Energy
With 90 percent of power outages during storms caused by trees, our program links forest management and community outreach for creating a sustainable and storm-resistant forest design.
Cyber-physical Security
Complex system improvements are made with advanced data identifying strategic areas for grid design, efficiency and storm resiliency.
Workforce, Training, and Outreach
UConn is committed to attracting and training the skilled and diverse workforce of the technological, policy, socio-economic, and entrepreneurial ecosystem to ensure the sustainability of clean energy transition.
Recent Center News
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Building Energy Resilience by Understanding Nuances of Power Outages Across the US |
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Connecticut Grid Resilience Assessment: A Strategic Guide for Key Stakeholders |
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UConn and Eversource Present Clean Energy and Sustainability Innovation Program Award |
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EEC Researchers Receive NSF CAREER Awards |
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UConn researchers harness AI to sharpen weather forecasts |
Fast Facts
- Interim Director: Professor Diego Cerrai, PhD
- Associate Director Dr. Robert Fahey
- Current research areas include 25 projects on storm outage forecasting, tree and forest management, electric grid reinforcements, resiliency, climate change and flooding, geomagnetic disturbances, integration of renewable generation, and cyber security.
