Power Plant Retirements: Community Perspectives and Realities
This webinar provides an overview of the study "Minnesota's Power Plant Communities: An uncertain future", and is followed by a panel discussion featuring representatives from each host community profiled.
Pay-for-Performance Utility Programs
Presenters discuss how the pay-for-performance approach could impact utility programs.
Minneapolis TISH Talk
During this webinar you hear from residential program manager Isaac Smith. who served as a technical advisor to the City of Minneapolis on the new energy disclosure policy.
Aerosol Sealing of Building Envelopes in New Construction
Webinar presentation demonstrating a new technology that seals leaks in buildings. Hosted by the UC Davis Energy and Efficiency Institute.
Minnesota Energy Efficiency Potential Study Webinar
Access webinar recording and slides. Study researchers presented on results and recommendations.
Accelerating Energy Performance in Large Buildings
Findings for how to build a community wide approach to reducing energy waste in large buildings.
Increasing Residential Boiler Efficiency
Rebecca Olson, and Ben Schoenbauer dive deeper into project findings and discuss quality installation and retrocommissioning best practices that can be integrated into utility conservation improvement programs.
Improving energy code compliance through support and assistance
Russ Landry, P.E., and Megan Hoye, gave an overview of this study, including scope, ideas behind the two pilot programs, and the energy impact findings of the two energy code pilot projects.
Demand Control Systems Deliver Efficiency in Commercial Hot Water Use
Technical overview of the effectiveness of new demand control systems to reduce heating and pumping costs from hot water circulation in hospitality and commercial venues.
Humidification Retrofits Deliver Residential Furnace Efficiency
A technical overview of the field assessment, measured energy savings, occupant feedback, and evaluation of cost-effectiveness of transport membrane humidifier (TMH) technology