Smart Energy Voices- Episode 72
Michigan State's Renewable Energy Journey
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In this episode of Smart Energy Voices, host John Failla is joined by Dr. Wolfgang Bauer, Distinguished Professor at Michigan State University, to discuss the renewable journey he has led at the university. Wolfgang is also an active Smart Energy Decisions Advisory Board member.
You will want to hear this episode if you are interested in...
- Dr. Wolfgang Bauer’s career journey [01:42]
- The history of power generation at MSU [05:32]
- MSU’s Energy Transition Plan [14:54]
- Solar arrays on the campus [22:58]
- Saving money while saving the planet [30:43]
- Leaving an impact on the industry [40:46]
Energy is money
Organizations don’t become greener by simply throwing money into more renewable power and saving emissions - they must ensure they’re saving energy at the same time. If an organization can make an energy transition that produces fewer emissions and saves money, then that’s a win-win situation. This balanced approach to the economic conversion to renewables is one of the reasons why Michigan State University has been successful.
When MSU was creating its Energy Transition Plan, Wolfgang was the Department of Physics and Astronomy Chairperson. He volunteered to be on the committee and became one of the lead authors of the Energy Transition Plan. For two years, the committee coordinated participation not only across Michigan State University but from the wider community. They conducted public forums, held writing campaigns, and tried to reflect as wide an array of opinions as possible with the idea that, eventually, MSU would transition to 100% renewable energy.
MSU’s energy transition
MSU has an “all of the above” approach for its energy transition. It has a recycling center and a surplus store. The university has recycling contracts to ensure that its waste stream is not just thrown out but rather converted into usable products. An organic waste composting facility uses the university’s lawn clippings and leaves. Research into geothermal arrays has been a dead-end thus far, but that is part of the nature of research.
MSU has an anaerobic digester to process food waste from the cafeteria system. It also uses cow manure from the College of Agriculture, reducing the need for artificial fertilizers on the fields, and it produces electricity and heat. The university also has demand reduction programs and invests up to $10 million annually in energy conservation measures.
Including the next generation
Allowing students to participate in the university’s energy transition process prepares them to take that knowledge and experience into future careers and situations. MSU leads by example, creating partnerships with other entities and becoming an educational leader in energy. The university’s Energy Transition Plan set specific goals with concrete steps over the years, closely increasing the campus’s renewable energy fraction and reducing greenhouse gas emissions in measurable steps. Achieving net zero in one step isn’t realistic. Working incrementally, saving money in its energy portfolio at each stage of adding more renewables is much more doable without harming the business case for the rest of the enterprise.
Resources & People Mentioned
- A Brief History of Time: Stephen Hawking
- Energy Transition Plan | Infrastructure Planning and Facilities
- Solar carport initiative earns national attention | Infrastructure Planning and Facilities
- Better Buildings Challenge
Connect with Dr. Wolfgang Bauer
- Smart Energy Decisions
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- Follow them on Twitter
- Follow them on LinkedIn
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