The Great Plains Institute (GPI) is proud to be recognized by the Minnesota Solar Energy Industries Association (MnSEIA) with the 2018 MnSEIA Nonprofit Partner Award. GPI President and CEO Rolf Nordstrom accepted the award at MnSEIA’s annual conference this week. Continue reading »
The Great Plains Institute recently released A Road Map to Decarbonization in the Midcontinent Electricity Sector as part of its work with the Midcontinent Power Sector Collaborative, a diverse group of stakeholders including investor-owned utilities, merchant power companies, electric cooperatives, environmental groups, and state regulators.
The road map is the first-of-its-kind for any region in the US and was developed by the collaborative to provide utilities, policy makers, and stakeholders with a better sense of what will be needed to inform sound near-term decisions that position the region to meet the challenges ahead.
The e21 Initiative has not only provided valuable leadership in shaping a 21st century electric system in Minnesota, it’s created opportunities for utilities in the Midwest and both US coasts to learn from the process. Continue reading »
FOR IMMEDIATE RELEASE
July 24, 2018
Stakeholders Release First-of-its-Kind Road Map to Decarbonization for Midcontinent Power Sector
MINNEAPOLIS, MN – A diverse set of stakeholders from across the U.S. Midcontinent region have released a road map to identify possible routes toward decarbonization of the region’s electricity sector by Midcentury. The Midcontinent Power Sector Collaborative (MPSC) developed the road map to help guide industry and regulators as they make decisions about how to meet the region’s electricity needs while reducing carbon emissions. The full road map as well as an interactive website outlining its findings are available at roadmap.betterenergy.org.
Earlier this month I attended the Midcontinent Independent System Operator’s (MISO) Board meeting “hot topic” discussion on resource adequacy representing the Environmental/Other Sector.
My comment on the topic was quoted by RTO Insider in their coverage of the meeting, where I discussed how distributed energy sources can unlock value for the system by “shaving loads, shifting loads, and shimmying loads.” This quote, which pertains specifically to demand response (DR) as a form of distributed energy resource, generated questions about what these terms mean and why they matter for the region. It is worth spending some time talking about these values and how they can help MISO and its members. Continue reading »
Electric vehicles (EVs) are expected to become an ever-increasing part of the Midcontinent region’s transportation mix. As the demand and utilization of EVs increases, so does the EV-specific demand for electricity, raising many important questions for electric utilities and state and local policymakers. Continue reading »
Utilities and regulators face an increasingly complex task when responding to the changing power generation mix. They must consider the impact of market rules, legislation, reliability, resilience, cost and environmental issues, just to name a few.
With that in mind, it’s vital to gather the key players, stakeholders, and thought leaders in this sector to discuss issues and generate solutions. That’s the purpose of the “Energy and Environmental Developments in the PJM Region,” event taking place in Washington, D.C. on May 2, 2018. Continue reading »
The continuing surge in electric vehicle (EV) use has utilities looking to future impacts on the existing grid structure. Now, a unique consortium of stakeholders has released a white paper that shows that grid transformation can not only meet EV demand, but it can simultaneously benefit utility customers, the economy, and the environment. Continue reading »
Combined heat and power (CHP) is a system that not only generates electricity, but also harnesses the thermal energy from power generation for heating and cooling applications (typically burning natural gas for electricity and capturing the exhaust for steam heat). By combining these two processes, some CHP systems can achieve thermal efficiencies of 60-80 percent, which is up to twice the efficiency of traditional power generation. Continue reading »
A recently published working paper by the Great Plains Institute (GPI), titled “Consumer Savings, Price, and Emissions Impacts of Increasing Demand Response in the Midcontinent Electricity Market,” explores the effects of increasing the use of demand response (DR) assets in the Midcontinent Independent System Operator’s (MISO) wholesale energy market. Continue reading »
