solar

The MN Solar on Public Buildings Program for a Sustainable Future

November 11, 2024
By Ameer Kian, Sr Project Manager, WSB

The Minnesota Legislature established the Solar on Public Buildings (SPB) Grant Program in 2023, allocating $4.3 million in grants to local governments within Xcel Energy’s service territory. Administered by the Department of Commerce, this program aims to promote solar energy systems on public buildings, supplementing Federal Tax Credits.

Eligibility and Application Process

Eligible applicants include counties, cities, towns, and federally recognized Indian Tribes in Minnesota, excluding school districts within Xcel Energy’s service territory. The grants cover up to 70% of project costs for solar arrays on public buildings, with a capacity of up to 40kW or 120% of the building’s annual energy consumption. The application deadline is Monday, December 2, 2024.

For more information on this program, you can visit the MN Department of Commerce website here: Solar on Public Buildings / Minnesota Department of Commerce – Energy.

Strategic Benefits of the SPB Program

The Solar on Public Buildings Grant Program enables cities to reduce energy costs, lower carbon footprints, and demonstrate commitment to renewable energy. Economic efficiency is achieved through financial incentives and long-term energy savings. Solar energy’s environmental impact includes reducing greenhouse gas emissions and fossil fuel reliance. Adopting solar positions local governments as sustainability leaders, enhancing community pride and fostering innovation.

How WSB Can Help

WSB has successfully applied for and received funding for our clients from the first round of this program earlier this year. We can assist in the following areas:

  • Streamlining the RFP process and completing the Readiness Application, ensuring compliance with the grant application requirements
  • Prioritizing locations for grant consideration based on energy usage data and solar feasibility
  • Identifying system and City eligibility for additional funding via Federal Clean Energy Tax Credit Elective Pay system
  • Navigating through complexities with Community Solar Garden subscriptions and eligibility requirements
  • Estimating PV system size, annual production and assessing utility grid capacity based on publicly available tools
  • Providing guidance on solar best practices and setting up a successful RFP process for contractor selection

In addition to the Solar for Public Buildings RFP, WSB has experience in and can support local municipalities and governments in their energy and sustainability goals by:

  • Writing zoning ordinance updates to align city code with EV and Solar infrastructure
  • Drafting and implementing Climate Plans to secure funding for solar and renewable energy and helping design EV Charging infrastructure
  • Writing grants to obtain energy efficiency funds and conduct equitable community outreach to drive future climate focused investments

For more information on WSB’s experience and services in Sustainability, please visit our website: Sustainability – WSB Seeking more sustainable solutions.

Conclusion

The SPB Program empowers local governments to lead in sustainability. With WSB’s expertise, cities can navigate the grant process, maximize funding, and implement impactful solar projects. This program not only reduces energy costs and environmental impact but also positions cities as leaders in innovation and sustainability. Embracing this program is a significant step towards a cleaner, greener future. Contact us today to get help starting the application process.

Ameer leads and executes complex renewable energy projects, with a demonstrated expertise in managing teams, optimizing project lifecycles, and delivering innovative solutions. His project management experience includes planning, scheduling, budgeting, risk assessment and stakeholder management. He is passionate about renewable energy technologies, such as solar, battery storage and EV charging.

[email protected] | 763.388.3493

orion solar belt project

Orion Solar Belt Project: Powering the Future with Google’s Largest Solar Investment

October 23, 2024

We are excited to be part of the Orion Solar Belt project, a remarkable 900 MWdc solar power-plant that recently began commercial operations in Texas. Our team contributed to this project by conducting the survey and providing full civil, hydrology, and pile plan design for this initiative.

As Google’s largest solar energy investment to date, this project will power the company’s data centers in Ellis County, Texas, and plays a vital role in their commitment to achieving carbon-free energy by 2030.

Notably, this project included Google as a primary off-taker and complied with the domestic content provisions of the Inflation Reduction Act, enabling them to secure an additional 10% investment tax credit. It utilized 1.3 million American-made solar modules from First Solar, domestic steel from Gerdau Steel in Midlothian, Texas, and components from Nextracker Inc., predominantly produced in the U.S.

For more information, visit: https://www.msn.com/en-us/money/companies/google-backed-orion-solar-belt-farm-opens-in-the-us/ar-AA1sDOXm

Scalable Renewable Energy

December 18, 2023

By Behnaz Beladi, Director of Renewable Energy, WSB

Exploring energy resources beyond fossil fuels.

It is no secret that our future is focused on resiliency, and many communities are shifting toward utilizing renewable energy components. Renewable natural gas, utility scale solar fields, community solar gardens and wind farms all help power communities throughout the U.S.

WSB supports communities from coast to coast and collaborates with diverse clients such a owners, developers and large energy contractors. The scope and scale of our renewable work includes a broad geography of clients and projects.

Renewable energy powers a substantial number of homes, and in a sustainable way. Having energy sources that are replenished by nature and produce little to no greenhouse gases or pollutants into the air is a big step toward living in a more resilient, net zero environment. One Megawatt (MW) of renewable energy can power up to 170 homes. The ability to offer this coverage is an advantage as we push toward a more sustainable future.

Renewable Natural Gas

Landfills, hog farm manure and more all are sources of methane. Through organic material decomposing, these items produce a gas that, when handled properly create a promising natural gas. Through a digester, a wastewater treatment plant, impurities can be extracted from the gas and turned into the renewable natural gas that is piped into our houses for daily functions such as heating the stove or furnace. WSB supports these projects in a variety of ways including helping clients get permits from the Public Utilities Commission, surveying, land acquisition and construction staking. The Environmental Protection Agency (EPA) estimates the potential for 8,241 livestock biogas systems that could generate over 13 million MW hours of energy yearly.

Utility Scale Solar

Typically hired by a large Engineering, Procurement and Construction (EPC) firm, we support utility scale solar projects to provide solar design. These large solar fields vary from 3,000-5,000 acres, equivalent to about 30 miles of roadway and millions of miles of cubic dirt moved for the solar panels to be installed. With renewable energy on this large of a scale, these is the potential to power 250 MW, or about 50,000 homes. In addition to design, WSB provides a design-build partnership – offering construction support and the automation of construction when working on these projects.

Community Solar Gardens

Like utility scale solar, community solar gardens are a way to meet energy needs and are the best fit for smaller projects or clients. Community solar gardens are behind the meter projects constructed for midsized developers such as nonprofits, community-based organizations, tribes or private owners. In this instance, a community comes together to get solar energy rather than energy from the grid. Instead of using a large solar field, like utility scale solar, community solar gardens utilize small amounts of land and roof space to generate the power for the community. Depending on the state and jurisdiction, these projects often range in size and in how many Megawatts they supply, but typically range from one to ten megawatts.

Wind Farms

Wind turbines are very similar to solar fields in how they produce energy, but there are some differences. A key difference between the improved efficiency of wind farms and solar panels is that wind turbines can provide energy at all hours of the day. Wind farms also allow producers to maintain their land and continue to use it for its original use. By utilizing wind turbines farmers can continue to operate on the land – a luxury that does not exist on solar sites. A single wind turbine can produce between 2-3 MW, providing between 340-510 homes with energy. From surveys, site assessments and permitting to design, WSB can support your wind energy needs.

Renewable natural gas, utility scale solar fields, community solar gardens and wind farms all support communities across the country with sustainability at the forefront. As society continues to shift toward a future of resiliency and explore resources beyond traditional fossil fuels, living in a net zero environment becomes more attainable. WSB is proud to offer a variety of services and many subject matter experts to assist in the transition and better your community.

Behnaz is a lead solar engineer and manager specializing in utility scale, commercial and residential solar design. She is mindful of and knowledgeable about all local state and federal environmental rules and regulations and adept at explaining complex technical engineering concepts clearly and accessibly to wide variety of professional and nonprofessional audiences.

[email protected] | 612.468.8423

New Law Will Spur Community Solar Investments in Minnesota

By Andi Moffat, VP of Environmental and Eric Zweber, Sr Renewables Project Manager, WSB

Solar energy is on the rise, and it’s not just about cleaner power – it’s also about smarter land use. In Minnesota, a groundbreaking community solar law passed earlier this year is spurring action, allowing communities to turn underutilized land more easily, including brownfields and contaminated sites, into thriving community solar sites.

This innovative approach not only benefits the environment but also boosts local economies and creates job opportunities. With new legislation making it easier to establish solar gardens, the future looks brighter than ever.

Here is what this new law means and how communities across Minnesota can take advantage.

Legislation Paves the Way for Solar Garden Expansion

Recent legislation in Minnesota makes it easier to establish solar gardens. The 2023 law increases the allowed energy production on a site from one to five megawatts of power. On average, it takes about 35-40 acres of land to produce five megawatts of energy. The increase in allowed energy production makes solar more attractive for investors which will help spur overall solar growth. While the law applies to regions whose energy is covered by investor-owned utilities like Xcel Energy, distribution generation projects can be created in other utility service territories.

Moreover, the new law requires that the garden must benefit at least 25 subscribers. Of those subscribers, 55 percent must be public interest (i.e., local government, school districts, certain non-profit organizations, etc.), and 30 percent must serve subscribers with low to moderate incomes. Communities looking to identify subscribers that meet these requirements can work with organizations like Fresh Energy.

Finally, this law increases community solar opportunities across the state by removing county-specific restrictions for solar development. This change reduces barriers for communities and organizations who want to develop community solar sites. As a result of this law, solar initiatives are expected to flourish statewide, creating a ripple effect of positive environmental and economic impacts.

Transforming Underutilized Land & Providing Opportunities

Many large pieces of available property, including brownfields, often wait decades for redevelopment. Community solar offers an attractive interim use for these underutilized spaces. Putting community solar on these properties can accelerate the return on investment for landowners, while also providing an immediate positive impact to the community.

Beyond the financial incentives for landowners or subscribers, transforming spaces into solar gardens creates opportunities for local employment, fosters economic growth and contributes to the state’s clean energy and electrification goals.

How WSB Can Help

If you are a community or large commercial organization looking to utilize land and take advantage of this new opportunity, WSB is here to help. We are a full-service solar development firm and can provide site design, help identify land for community solar sites or make connections with contractors. Furthermore, we help your community examine and update local ordinances to align with the recent change in state statute.

Andi is a Vice President with more than two decades of experience leading people and projects that include planning, environmental, energy, highway, natural resources, construction and development. She oversees our Environmental services and approaches her work with passion and positivity.

[email protected]m | 763.287.7196

Eric has over 20 years experience with community planning, renewable energy and sustainability projects. He has worked cooperatively with a number renewable energies developers to develop both solar and wind resources and is a past board member of the Minnesota Solar Energy Industrial Association (MnSEIA). He has a passion for sustainable and resilient practices to address the needs of communities and larger public.

[email protected] | 612.581.0504

Solar-Renewable Energy

Is Your Community Ready for Solar Energy

By Eric Zweber, Sr Project Manager and Amy Fredregill, Sr Director of Sustainability, WSB

Solar energy systems, such as solar panel arrays, are becoming increasingly less expensive to install and are generating more energy than before. The lower initial investment is resulting in a shorter time required for the savings on your city’s electricity bill to cover the initial cost of installation. In the long run, solar energy systems save money, generate jobs, and provide clean energy to your citizens. The low maintenance costs, economic stimulation and many other benefits make solar energy a strong option.

Here are four things to consider when exploring solar energy options for your city:

  • How do your citizens, businesses and other stakeholders feel about climate and renewable energy? How do you expect that to change in the future?              
    • Renewable energy options may be one way to advance your community’s climate and sustainability goals and interests, while meeting the needs of a range of stakeholders.
  • Does your electricity provider have a green tariff, green power program, or net energy monitoring program?
    • These programs partner with cities and businesses to provide the best value for renewable energy. Exploring which options your electricity provider may have can save on cost, and ensure you are maximizing your resources.
  • Is increasing awareness and education a goal of your energy program?
    • If so, onsite solar generation can have an even stronger business case due to the local visibility it provides.
  • How will investment tax credits (ITCs) and solar renewable energy credits (SRECs) be capitalized within your project investment?      
    • Municipalities can have difficulties recovering incentives such as ITCs and SRECs. Exploring potential partnerships prior to installation can create funding opportunities to shorten your payback period.

Every solar energy solution looks different. For community leaders facing challenges and planning for the future, it can be difficult to know when and where to start. When we partner with clients, we help them explore what opportunities their community can tap into for solar energy considerations.

Eric has over 20 years experience with community planning, renewable energy, and sustainability projects. He has worked cooperatively with a number renewable energies developers to develop both solar and wind resources and is a past board member of the Minnesota Solar Energy Industrial Association (MnSEIA). He has a passion for sustainable and resilient practices to address the needs of communities and larger public.

[email protected] | 612.581.0504

Amy has over 20 years of experience across many industries, particularly energy and agriculture, in the public, private and nonprofit sectors. This experience has provided Amy with a broad background that enables her to meet community and business needs based on the business case for sustainability. By working across intersecting systems to simultaneously advance environmental, economic and social goals, she is able to uncover creative solutions.

[email protected] | 612.965.1489

Evaluating Solar Panel Effects on Wetlands

By Shawn Williams, Sr Environmental Scientist, WSB

Wetlands are vital and dynamic ecosystems that provide numerous benefits to society, including improved surface water quality, flood control, groundwater recharge, and of course wildlife habitat. Wetlands are regulated aquatic resources in the state of Minnesota.

The Wetland Conservation Act (WCA) ensures that all wetlands that are disturbed, brought into non-aquatic use, or its function and value are significantly altered are restored or replaced. In the past, the posts/pilings that are used to install solar arrays have not been considered a wetland impact that would require compensatory mitigation under the WCA. The reality is that solar arrays bring wetlands into non-aquatic use and may, or may, not negatively impact the wetland’s quality or function.

Historically, solar arrays have been sited within or near farmed wetlands (wetlands that are plowed).  If solar developers restore the disturbed wetlands following construction, such as with native plant species, the function and value may actually improve, despite the shading from the solar arrays.

To help local governments evaluate the potential impacts to a wetland’s function and value, the Minnesota Board of Water and Soil Resources (BWSR) issued guidance that provides a suggested approach for evaluating projects when they involve the installation of solar panels on posts/pilings in wetlands.

The guidance document can be found on the BWSR website and includes three steps:

  1. Evaluate the wetland’s condition
  2. Determine the wetland’s current functionality, and
  3. Evaluate the effect of the project on the condition and function of the wetland

WSB’s experienced Natural Resources staff are available to assess wetlands to determine the general quality and function/value they provide to the ecological setting and society. The regulatory review and technical assessment will determine if the project wetland impacts require replacement.

Please contact Shawn Williams at 612-360-1305 or [email protected] for additional information or project support.

Shawn has over 16 years of professional environmental consulting experience. He prepares site permit applications, avian surveys, wetland delineations and reports, habitat assessments, and threatened and endangered species reviews. He is trained in wetland delineation methods, wetland plant identification, floristic quality assessment methods, NPDES compliance, and Geographic Information Systems (GIS).

[email protected] | 763.287.8531

Solar Utility Micro-Grading

By Jeff Sandberg, Sr. Project Manager, WSB

WSB’s Renewable Energy Solar team continues to innovate in the industry and expand our expertise. Most recently we developed a system to quickly and efficiently analyze and compare solar site grading costs. Even a 6” cut or fill across a large site can result in substantial costs making a site less attractive, or impractical, for a developer. Analyzing rows and rows of solar panels conventionally has been tedious and time consuming. Our new, automated CAD processes makes the analysis more efficient and cost-effective.

Methodology

The automated processes uses Civil3D. It allows the user to input tolerances from different panel types and desired racking lengths to generate a proposed grading surface. The system produces a thematic mapping of grading cut and fill quantities for areas within the array footprint on a micro level.

Analysis & Results

As solar developers know, site grading costs can make or break a project. Being able to quickly and efficiently apply this technology to small and large sites allows a developer to compare, evaluate and determine which sites are most cost-effective from a grading standpoint. We can further refine array layouts to efficiently and cost-effectively fit within the site terrain, minimizing the amount of site grading required.

Similar technology takes structural pile plans and produces a plan and point file of X, Y, and Z coordinates. That information can be downloaded to the surveyor, in the field, to pinpoint the exact location and elevation of each individual pile in a project, anything from 1 MWac sites to 500 MWac sites and larger. 

Geography

As a national company, WSB can apply this process to any site around the country. Our Renewable Energy team has worked on renewable energy projects across the country and can provide a full set of services for solar projects; services include, but are not limited to, Critical Issues Analysis (CIA), Engineering and Site Planning Approvals, Construction Surveying, and Geotechnical Services.

What’s next?

WSB continues to develop techniques and solutions to ensure the success of client projects. From Site Selection software to automated Micro-Grading Analysis, WSB continues to innovate and lead the Renewables market.

Jeff is a licensed Civil Engineer and Senior Project Manager at WSB. He has over 26 years of engineering experience in the areas of municipal, commercial development, and consulting engineering. Jeff has worked with many municipalities and has a wealth of experience in working with local, State, and Federal permitting authorities.

Solar Development and Wetland Regulation

Roxy Robertson, Environmental Scientist, WSB

Solar production in Minnesota has seen dramatic increases in the past few years and continues to grow across the state. With this rapid growth comes challenges about how to regulate the installation of panels at a local level. According to the Solar Energy Industries Association (SEIA), Minnesota has already invested $1.9 billion on solar and additional growth is projected at 834 megawatts over the next five years. The installations of solar “farms”, vast arrays of solar panels, can be seen throughout the state and can generate up to a megawatt of electricity each. Development of these sites often requires large, vacant parcels which may also support natural habitats such as wetlands.

The development application process for these solar farms can be challenging for municipalities, especially those who act as the local government unit (LGU) for the Wetland Conservation Act (WCA). Developers must work collaboratively with LGUs to demonstrate a sequencing process that shows how their projects are avoiding, minimizing, and if necessary, replacing unavoidable wetland impacts. Under the WCA rule, the installation of posts and pilings from solar panels has traditionally not been considered a wetland impact if they do not significantly alter the wetland function and value. But, as the solar industry grows, LGUs have had questions about whether the installation of solar panels may lead to loss in wetland quality over time which would be a violation of WCA. A strong measure of wetland quality comes from the diversity of the plants within the wetland, factors like shading from panels and disturbances from construction may lead to conversion of the wetland vegetative community, and subsequently, the wetland quality. Loss of wetlands and wetland quality has overlapping effects on drinking water, lake and stream health, native wildlife, soil heath, and pollinators, all of which are important to our Minnesota ecosystems.

So why does this affect you? Many municipalities act as the LGU responsible for implementing WCA. LGUs, alongside other regulating agencies, have been struggling to make impact determinations for sites that install panels in wetlands because there is little data available that addresses the future outcomes of these natural areas. There is a growing need for baseline data about how the quality of wetland vegetation changes throughout the solar development process. If data were available, LGUs could use these as a basis for making determinations.  

Having baseline data about wetland vegetative quality under solar panels is beneficial to both regulators and developers. Regulators will have a scientific basis for making wetland impact determinations within their jurisdiction and developers will see more consistency across municipalities during the permitting process. We may see that wetland quality improves under solar panels in certain circumstances through the planting of native vegetation upon completion of development. In other scenarios, wetland quality may decrease if the existing wetland was of higher quality prior to development.

WSB has started an exciting initiative to collect this baseline data at various solar sites in Minnesota. In 2019, environmental scientists at WSB surveyed wetland vegetation under existing or planned solar panels at four solar farms in varying stages of development. Additional data collection at these sites is planned for the summer of 2020. WSB is in the process of developing a Legislative-Citizen Commission on Minnesota Resources (LCCMR) grant application to expand this research in 2021 to more sites across the state and to include other metrics that may influence vegetation such as fixed-tilt or tracker panel types. Support of this research from municipalities will be important for the LCCMR application process and we encourage you to join us in the process through letters of support, in-kind hours, monetary support, or providing access to solar farms within your area. It is an exciting time in the renewable energy industry and WSB is committed to helping advance the clean energy market in a way that is sustainable to our Minnesota environment that we all cherish.

Roxy is an environmental scientist and certified wetland delineator. She has a master’s degree in ecology and is a Certified Associate Ecologist. She has completed numerous wetland delineations and has experience with wetland monitoring, ecological restoration design, environmental site assessments, field research, biological surveys, ArcGIS mapping, and GPS Trimble.

Effects of Solar Gardens on Vegetation

Roxy Robertson, Environmental Scientist, WSB

Uncovering the potential issue

In the past few years, there has been a push to utilize renewable energy resources. In Minnesota and other states, there has been legislation to require some of this renewable energy to come from solar. According to the Solar Energy Industries Association (SEIA), Minnesota ranks 13th in the nation for megawatt production, producing 1,140 MW of energy from solar. This push for solar has resulted in the development of small-scale and community solar gardens which construct panels across a variety of landscapes, including low-lying wetland areas. 

In Minnesota, there are rules and regulations for impacts to wetlands that include regulations surrounding the placement of a structure in a wetland. These rules are outlined in the Wetland Conservation Act (WCA). The WCA allows the construction of some panels in wetland areas depending on the type of impact, but regulation of these impacts is highly variable throughout the state due to lack of specific language regarding whether solar panels truly cause wetland impacts. There are opinions that suggest that the installation of solar panels within wetlands affect the quality of the wetland vegetation under the panels over time. In addition to these regulations, the Board of Water and Soil Resources (BWSR) also has standards that encourage developers of solar fields to plant vegetation that benefits pollinators.

Currently, there isn’t any research that explores the direct impact of solar panels on wetland vegetation. From small community solar gardens to large utility scale solar gardens, the energy generated can benefit communities, but what is the impact on the underlying vegetation? If solar panels are placed in a degraded wetland such as a farm field, would the installation of panels and native seed mixes improve the quality of wetland vegetation?

Where is the research?

The lack of research explaining direct impacts that solar installations have on vegetation is a challenge for scientists and engineers. Through communication with regulators and developers, we have discovered there is room for growth and study in this area, and it is a topic that needs continued exploration. This data gap has led us to develop our own vegetation studies at community solar gardens. This data is imperative if we are to continue to rely on solar energy resources. Without current guidelines that outline negative or positive effects, we are unsure of the long-term overall environmental impacts to vegetation quality under solar panels, which in turn affects the quality of natural habitat and functional benefits provided by the landscape. How do energy companies know if they are impacting the environment that surrounds solar gardens? Pursuing funding for extensive research has been challenging for those who are curious about the effects of installation of solar technology on surrounding vegetation. Even after preliminary research, many questions remain surrounding the shading of solar panels and vegetation, direct impacts, and long-term effects.

What does this mean for the future?

SEIA projects that Minnesota’s solar energy consumption will grow by 845 megawatts within the next five years. Financial support to continue this research is necessary and will allow scientists to uncover data at solar sites that does not yet exist. With this data, we can better understand the environment, impact of projects on vegetation, and develop tools to distinguish impacts. Developers looking for land will better understand the risks involved when building a solar garden on or near a wetland. As need and desire for renewable energy increases, more energy companies will implement solar. However, if we are not aware of the impacts solar gardens have, how will we know if there is an additional cost to the environment? Knowing areas to avoid allows companies to be certain of regulations, save time and money, and limit impacts to surrounding wetlands. We are continuing to complete research to better understand the impacts and benefits of solar arrays on underlying vegetation. 

Roxy is an environmental scientist and certified wetland delineator. She has a master’s degree in ecology and is a Certified Associate Ecologist . She has completed numerous wetland delineations and has experience with wetland monitoring, ecological restoration design, environmental site assessments, field research, biological surveys, ArcGIS mapping, and GPS Trimble.

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