Photovoltaics Supporting Cultural and Community EcoSystem Services (PV-SuCCESS)


Responding to Community and Stakeholder Concerns

 

As demand for solar energy rapidly expands, solar project development faces increasing uncertainty in local and state permitting processes. Host communities and non-energy stakeholders are concerned about impacts to natural resources, agriculture, and rural character. However, local and state decision-makers frequently lack the decision-making tools and science-based best practices to address these concerns, and solar developers may offer mitigation that is not responsive to community land use and ecosystem priorities or concerns.

PV-SuCCESS Will Create Decision-Making Framework for Ecosystem Services

A growing body of evidence demonstrates that solar projects can enhance community benefits and ecosystem services, offering host communities more than just energy production facilities. Habitat creation, improvement in water quality, and other stackable benefits on solar sites may mitigate negative community perceptions and provide other services like pollinator habitat, improved soil health, and carbon sequestration. Documenting host community ecosystem service benefits and creating a clear path for integrating the research findings into local and state decision-making processes would allow for proactive planning by both regulators and developers.

The Photovoltaics Supporting Cultural and Community EcoSystem Services (PV-SuCCESS) project will conduct field research and modeling and engage communities to create a decision-making framework and supporting tools to do the following:

  • Fill gaps in the scientific record on solar-specific opportunities and risks to providing physical, biological, and chemical ecosystem services.
  • Directly engage potential framework users in shaping the research, the form of the ecosystem services tool, and the implementation pathways.
  • Examine ecosystem priorities across different types of host communities: tribal, underserved, energy transition, rural, and urban.
  • Recognize the critical role of providing cultural services that overcome permitting barriers and explore mitigation opportunities that allow projects to proceed.

PV-SuCCESS will deploy a holistic ecosystem services framework for enhanced decision-making by industry, local and state authorities, and tribal communities in the Midwest. The project will specifically consider three ecosystem use cases that reflect different priorities and different ways of structuring the framework: priorities identified by local (host) communities, priorities of state agencies that have authority over energy or ecosystem standards, and priorities of tribal communities that are increasingly hosts for, partners in, or developers of solar energy projects.

About PV-SuCCESSS


The project is led by the Great Plains Institute in partnership with the University of Minnesota, Argonne National Laboratory, the Midwest Tribal Energy Resources Association, and the Minnesota Clean Energy Resources Teams. Additional organizations supporting PV-SuCCESS include multiple Minnesota state agencies, tribal nations, the Center for Watershed Protection, and Xcel Energy.

This material is based upon work supported by the US Department of Energy’s Office of Energy Efficiency and Renewable Energy (EERE) under the Deploying Solar with Wildlife and Ecosystem Services Benefits funding program, award number DE-EE0010385.

 

Our Team

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Brian Ross

Brian Ross
Vice President, Renewable Energy

Monika Vadali

Monika Vadali
Senior Program Manager, Renewable Energy

Sydne Tursky

Sydne Tursky
Program Associate, Renewable Energy

PV-SuCCESS Advances Solar Deployment


GPI is committed to accelerating renewable energy deployment across the Midwest and nationally. PV-SuCCESS will help local governments and solar developers to understand and engage with community priorities so that new solar installations are well-received and equitable for all.

PV-SuCCESS builds off the PV-SMaRT project, which developed tools to measure and manage stormwater runoff and water quality at solar sites. To learn more about PV-SMaRT, read our blog post: Solar and Water Quality: Best Practices from the Groundbreaking PV-SMaRT Project.