Bloomington, Ind. (December 21, 2020)—As more Indiana utility companies, businesses, and property owners seek to take advantage of the benefits of renewable energy, local governments in Indiana are looking to make informed decisions about solar and wind energy proposals and future development.
The Great Plains Institute is engaging local governments across the Upper Midwest on long-term planning for renewable energy. As part of this effort, we developed a guide to provide communities in Michigan with an overview of long-term utility- and community-scale solar and wind development—systems sized one megawatt (MW) or greater. Continue reading »
MILWAUKEE – The Midwest Energy Research Consortium (M-WERC) and the Great Plains Institute (GPI) today announced new recommendations to accelerate innovation and technology deployment in the rapidly-evolving utility sector to fuel economic development, drive clean energy job growth, and reduce customer costs in Wisconsin. Continue reading »
The Great Plains Institute is launching a survey requesting feedback on best practices in standby rates for combined heat and power (CHP). According to Lola Schoenrich, vice president of communities at GPI, “Best practices for standby rates have begun to emerge, but we need to further define and standardize these practices. The purpose of this survey is to begin to critically examine these emerging recommended practices with interested stakeholders such as regulators, potential CHP users, developers, technical experts, and utilities.” Continue reading »
Many wind and solar energy projects in the Midcontinent will face the decision to repower or decommission as they reach the end of their useful lifespan between 2020-2050. These decisions will impact the energy mix of the existing electricity system—and its carbon emissions. We analyzed potential scenarios for repowering the Midcontinent’s wind and solar energy fleet, sharing potential implications for the region’s electricity system and carbon emissions. These scenarios show why repowering aging renewables in the Midcontinent is important to continue reducing the region’s electricity emissions. Continue reading »
Performance-based regulation for electric utilities is gaining increased attention across the US. States like Hawaii and New York are already testing new models to align utility performance with public policy goals. Minnesota took a slow and steady approach to performance-based regulation, building a foundation over a decade to ensure that changes to utility regulation are in the public interest and avoid unintended consequences. The development of performance-based regulation in Minnesota continues to garner national attention and was recently the subject of a Smart Electric Power Alliance case study in their three-part best practices toolkit series on the same topic. Continue reading »
The Great Plains Institute’s pilot project to study managed electric vehicle (EV) charging with on-site solar generation shows how a solar-synchronized EV charging system can function throughout the year—even in wintry Minnesota—and meet the needs of EV drivers at a workplace. This post describes the impacts of the solar-synchronized system on EVs at GPI’s headquarters in Minneapolis. The pilot project findings provide data that can contribute to discussions about building managed charging infrastructure, grid impacts, and factors to consider for future system designs. Continue reading »
Electricity market rules in development by the Midcontinent Independent System Operator (MISO, the region’s grid operator) will impact the competitiveness of hybrid resources, a type of electricity resource which can bring more carbon-free energy to the region. Emerging MISO interconnection rules and processes will determine how hybrid resources connect to the grid, which will shape everything from how these resources are designed to how much electricity and other grid services they can provide. Continue reading »
The Great Plains Institute is engaging local governments across the Upper Midwest on long-term planning for renewable energy. As part of this effort, we developed a guide to provide communities in Wisconsin with an overview of long-term utility- and community-scale solar and wind development—systems sized one megawatt (MW) or greater. Continue reading »
Midwestern communities have experienced a dramatic increase in the buildout of solar and wind systems in the last decade, continuing an upward trend in renewable energy projects that began in the early- and mid-2000s. As many of these initial projects reach the end of their lifespan, communities will see the local impacts of repowering and decommissioning—the decisions made at the end of a project’s life. Learning about the full lifespan of projects can help communities planning new projects attain the long-term benefits of renewable energy while reducing potential conflicts. Continue reading »
