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People Awards Finalists
Recognizing outstanding achievements and excellence of individuals advancing dual-use solar development.
Solar Farmer of the Year Finalists
Recognizing outstanding achievements and excellence in solar farming.
The Solar Farmer of the Year Award recognizes an extraordinary farmer who has demonstrated exceptional achievements in growing vegetables, fruits, grains and other crops in agrivoltaic systems in the field. This singular accolade celebrates those who have not only embraced the practice of agrivoltaics and achieved prodigious success cropping and producing solar power in symbiosis, but who exemplify professional excellence in their efforts to pair agricultural production and solar energy and advance the field of solar farming by their example.
Joe Czajkowski
Owner/Farmer at Czajkowski Farm | Massachusetts
Joe Czajkowski is the Owner/Farmer at Czajkowski Farm, which is now operating a solar farm that is successfully combining commercial agriculture with commercial solar and demonstrating what proper agrivoltaics could look like in a more abundant future. Joe is a third generation Hadley farmer producing on over 400 acres in the Pioneer Valley in Massachusetts. Half of the power generated from the 445kW DC array supports his farm, the other half is supporting 17 low income subscribers in Western Mass through PPAs.
Joe partnered with solar developer Hyperion Systems to pursue a common mission to create a highly functional solar farm able to produce broccoli and other crops, but requiring no input changes. Joe is still able to use all of the same equipment on his new solar farm, including the same tractors and attachments he had previously. And he’s fully able to prep the soil, plant the seasonal crop, cultivate, harvest, and plant a cover crop for overwinter just as he was prior to installation of the agrivoltaics array.
The project qualified for the MA SMART Program Low Income Community Solar standards. And the project has also qualified for the MA SMART Program Agricultural Solar Tariff Generation Unit standards.
UMass is currently purchasing the broccoli they are growing at the solar farm. And the success of the agrivoltaic array has encouraged Joe to experiment with different crops under the panels; trialing shade tobacco, broiler chickens, blueberries, and other crops.
Watch Joe talk about his experience.
Learn more about Joe’s project and Hyperion Systems.
Meg Caley & Liza McConnell
Co-Founder and Executive Director & Jack’s Solar Research Farm Director
Sprout City Farms | Denver, Colorado
The incredible agrivoltaics efforts at Jack’s Solar Garden has captured imaginations and inspired an entire generation of agrivoltaics advocates, enthusiasts and practitioners across the planet. But under the panels, the passionate team at Sprout City Farms has made it their mission to bring people together in the field and around the table, growing food and community simultaneously.
Sprout City Farms (SCF) is an urban agriculture nonprofit organization based in Denver, CO, started by a group of farmers, researchers, teachers, business leaders, and community members that came together in 2010 with a vision for increasing food access and community resiliency through farming underutilized urban land. Co-Founded by Meg Caley, who now serves as Executive Director, Meg saw community-scale farming as one platform for building an inclusive and just world for us all. She believes that farmers have a crucial role to play in setting policies and programs to further the sustainable food movement, and sits on the Denver Sustainable Food Policy Council (mayoral appointee), Jefferson County Food Policy Council, Denver Community Food Access Coalition, and is on the leadership board (and founding member) of the Mile High Farmers, a co-chapter of Rocky Mountain Farmers Union and National Young Farmers Coalition. As “founder and farmer-in-chief,” Meg managed the Denver Green School Community Farm from 2010-2018, and now oversees operations, programs, staff, fundraising, and finances for all of SCF’s farm sites.
On the ground at Jack’s Solar Garden, SCF Farm Director Liza McConnell is engaged in the hard work of growing the next generation of opportunity under the panels. Liza moved to Colorado in 2016 after 13 years living in NYC working as an artist, art installer and, in a strange turn of events, a student researcher in biophysics. Fast forward three decades and three degrees, Liza has since worked for local farms, “farm-to-table” kitchens, and sat on committees for the Flatirons Young Farmers Coalition. She also started The Chicken Project, a flock of hens who make compost when not laying eggs. In all these activities, two concerns are ever-present: equitable access to local food and the impacts of climate change on an already arid climate. Liza is committed to the idea that ecological stewardship is a geographically specific practice, and that agrivoltaic research holds great promise in this sun-rich, water-short region.
Together, Meg, Liza and Sprout City Farms are driving towards a thriving local food system in the Denver metro area: sprouting city farms, rooting city farmers, and reconnecting folks to the land and food that sustain them. And, at Jack’s Solar Garden, their brilliant example shines as a powerful working example of exactly how to develop adaptive, ecologically sound, and agricultural abundant farming and energy harvest practices.
Paul Knowlton
Farmer & Landowner, Knowlton Farms | Grafton, Massachusetts
Paul Knowlton is the current operator of Knowlton Farms in Grafton, Massachusetts, whose family has been managing a variety of crops at their farm for over 150 years. Ensuring the viability of the farmland for the next generation has been a priority for Paul, who has been working with consistent dedication to ensure the farm remains true to family tradition. Embracing new models of solar farming, in the form of a first-of-its-kind project developed by AES key local, state, and federal partners, the Knowltons are now returning to full-time farming after a decades-long hiatus.
Knowlton Farms is now home to a 2 MW community solar farm complemented by 1.4 MW of battery energy storage capacity. And this solar farm was designed with agricultural production and research in mind. The solar panels are elevated, with the low edge of the panels being a minimum of 10’6” above ground level, and there is larger spacing between the rows of panels, to allow for unencumbered access for farm equipment and cattle grazing.
And Paul’s solar farm serves as a research site trial for the U.S. Department of Energy Solar Energy Technology Office (SETO). Research partners University of Massachusetts Amherst and American Farmland Trust are working on site trials to assess crop productivity, soil health, and micro-climatic conditions, which will generate insights that will shed light onto the impact of co-locating agricultural crop production and solar power production.
By incorporating regenerative farming practices on site that stack with the financial benefits of solar into one combined agrivoltaics project, this solar farm improves land quality and allows for more crop output simultaneously, paying future dividends for the farm in numerous forms.
See Paul talk about his experience.
Juli Burden
Agrivoltaic Systems Lead, Hawaii Agriculture Research Center | O’ahu
Juli Burden is the Agrivoltaic Systems Lead at the Hawai’i Agriculture Research Center and is boldly building on its 120+ years of research. Julie’s trailblazing and diverse research is producing data to shed light on AV systems' potential in assisting local farmers with the transition, generating innovative yield data for tropical agrivoltaics, and informing policies. The ultimate objective is “the seamless fusion of agrivoltaics into Hawai’i's agricultural fabric, simultaneously enhancing local food production and meeting renewable energy milestones.”
Keenly focused on the nexus of water conservation, increasing local food production, and helping O’ahu meet its renewable energy needs in agrivoltaic systems, Juli is testing and maintaining many different types of crops in megawatt-scale photovoltaic farms in Mililani. One of her many hobbies includes managing a 1.5-acre diversified agroforestry coffee orchard in Maunawili focused on improving cup quality through sustainable nutrient management and advanced post-harvest processing techniques and fermentation.
Also an avid photography, Juli earned a Bachelor’s of Science in Tropical Agriculture and Environment with a concentration in Environmental Soil Science from the University of Hawai'i, and a Master’s of Science in Tropical Plants and Soil Science from University of Hawai'i Mānoa, specializing in agrivoltaic systems. She’s also obtained and maintained certifications from the Coffee Quality Institute including Q-Grader (since 2011), Q-Processing Professional (2018) and is now in the Q-Processor Assistant Instructor Program.
Juli’s agrivoltaics project is funded by three private energy companies: Clearway, Longroad Energy, and AES. Traditionally competitors, these firms unified behind a common effort to enhance and uplift Hawai'i's agricultural sector. During the project's first phase, four hydroponic troughs were sited in an operational solar farm equipped with auto-tracking ground panels, enabling data collection for five hydroponic lettuce varieties.
But now Julie’s work spans over 30 vegetable varieties, including broccoli, green onions, leafy greens, and special attention eggplant, lavender, poha berries, and indigenous staple crops like taro. And she’s begun to explore the long-term feasibility of diverse crops, such as specific asparagus varieties endorsed by CTAHR, Pipturus albidus (māmaki), and trellised crops like vanilla maile, log mushrooms, nursery crop production, and vermicast production.
Read more!
Chad Higgins
Associate Professor at Oregon State University
Chad Higgins is an Associate Professor at Oregon State University whose 2020 paper helped provide early guidance as to how agrivoltaic systems combine solar photovoltaic energy production with agriculture to improve land-use efficiency. In the field, however, is where Chad’s work is really taking root in the form of a six-acre field in the center of OSU’s North Willamette Research and Extension Center (NWREC), the Solar Harvest Project.
Nestled within a 160-acre farm in Aurora, Oregon, the soils at the NWREC are among the most productive in the country and are suitable for a wide range of crops allowing Chad and his team of OSU researchers to focus on plants with a high net photosynthetic rate, and shade-tolerant crops, which includes alfalfa, arugula, beets, bok choy, cabbage, carrots, chard, garlic, onions, parsley, radish, spinach, sweet potato, turnips, and yams.
Twenty miles south of Portland, the five-acre Solar Harvest project is the result of a partnership between Oregon State and the Oregon Clean Power Cooperative, which developed the solar array, and whose members financed construction of the solar array. Additional financing for construction came also from a grant from Portland General Electric’s Renewable Development Fund, and an investment by the Roundhouse Foundation.
The $1.5 million project is allowing Chad and OSU to continue to lead the nascent dual-use development space to deeper understandings of methods to optimize agrivoltaic systems and discover new insights in co-developing land for both solar energy and agriculture. Recently celebrating its second operating year, the Solar Harvest Project started producing power in April 2023, and is currently cultivating a new generation of opportunity by gaining real working knowledge by applying science in the field.
Dr. Higgins received his Ph.D. Environmental Engineering from Johns Hopkins University, a M.E. Mechanical Engineering from Johns Hopkins University, and a B.S Agricultural and Biological Engineering at Cornell University.
Learn more about Chad:
Solar Rancher of the Year Finalists
Recognizing outstanding achievements and excellence in solar grazing.
The Solar Rancher of the Year Award recognizes an exceptional rancher or grazier who has demonstrated outstanding achievements in agrivoltaic pasturage, ranching and livestocking in the field. This singular accolade celebrates those who have not only embraced the practice of agrivoltaics and achieved prodigious success pairing pasturage and solar power, but who exemplify professional excellence in their efforts to pair livestock production and solar power and advance the field of solar ranching by their example.
Will Harris
Bluffton, Georgia
Will Harris is a fourth-generation cattleman, who tends the same land that his great-grandfather settled in 1866. Born and raised at White Oak Pastures, Will left home to attend the University of Georgia's School of Agriculture. There he was trained in the industrial farming methods that had taken hold after World War II and returned to Bluffton in 1976 where he and his father continued to feed their herd a high-carbohydrate diet of corn and soy using pesticides, herbicides, hormones, and antibiotics in their operations.
After becoming disenchanted with the excesses of these industrialized methods, Will made the bold decision to return to the farming methods his great-grandfather had used 130 years before. Ever since, Will’s work has stood out to the world as an example of excellence in humane animal husbandry and environmental sustainability.
Will is the Beef Director of the American Grassfed Association and was selected 2011 Business Person of the year for Georgia by the Small Business Administration. He founded a non-profit, the Center for Agricultural Resilience to "educate, empower and equip individuals and organizations on the benefits of resilient agriculture" and recently published a book, A Bold Return to Giving a Damn, which documents his farms' transformation from a modern cattle ranch to a resilient, thriving, dynamic ecosystem that brought life back to its rural community in Bluffton, Georgia. He is also the immediate past President of the Board of Directors of Georgia Organics.
Today, Will's farm manages the vegetation on about 3,000 acres of solar property in southwest Georgia and is actively solar grazing, among many other things. Keeping the land under panels in agricultural use is a particular passion for Will and he’s deeply engaged in growing a new generation of sustainable abundance in sync with nature and advocating for systemic change in land stewardship. Will’s powerful vision and life’s work is helping to drive a renaissance in regenerative agriculture, under photovoltaic panels and otherwise.
Listen to Will's story and learn more about the regenerative energy produced in collaboration with Silicon Ranch.
Learn about a typical day on the solar farm at White Oak Pastures from Bridget Hogan, Small Ruminants Production Manager.
Lexie Hain
New York
Lexie Hain is Director of Agrivoltaics and Land Management at Lightsource bp and passionate advocate and practitioner for dual-use development. A farm owner in New York State since 2005, Lexie started with a small homestead and transitioned from owner to operator of a specialty plant nursery, Motherplants Ltd. (2005 to 2015). After selling the business in 2015, she transitioned to solar grazing with sheep, starting her own solar grazing business.
She also is a founder of and former Executive Director of the American Solar Grazing Association (ASGA), which pioneered the first agrivoltaics contracts and training programs, and quickly grew to a membership of 500 subscribers worldwide. Lexie also helped develop Agrivoltaic Solutions LLC with Lewis Fox, which manages a portfolio of grazed solar arrays in the Northeast and consults on individual projects.
As gracious with her knowledge as she is generous with her time, Lexie has been instrumental in bringing solar grazing from a niche market to a thriving industry. And she is widely respected as one of the country’s foremost experts in solar grazing. While Lexie keeps her own herd busy grazing solar projects in New York, she has integrated sheep grazing into more than 2 GW of operating projects across the US for Lightsource bp by forging new partnerships with 18 different farming families.
Since joining Lightsource bp in 2022, Lexie has been building Lightsource bp’s agrivoltaics program in the United States, bringing thousands of sheep and honey production to utility-scale solar farms. She works across the organization to streamline grazing into processes, designs and implementation to ensure the growing success of solar grazing. And she also spearheads research projects and partnerships at Lightsource bp, including the SETO-funded PHASE project at their Bellflower Solar Project in Indiana.
"These are two industries that need each other." — Lexie Hain in "Raising sheep on solar farms: Meet families helping revive America's sheep industry"
Jess & Marcus Gray
Virginia
Jess and Marcus Gray are the dynamic team leading Gray’s LAMBscaping, LLC to new fields of agricultural opportunity by pioneering revolutionary vegetation management solutions for solar power arrays across Virginia. As a dedicated family-owned business, they are successfully blending traditional sheep grazing with cutting-edge ecological practices, catering to some of the nation’s leading energy giants, including Dominion Energy, Urban Grid Solar, Vesper Energy, X-ELIO, and EOR. From their home base in Virginia, Jess and Marcus manage an ever-expanding flock that roams the East, ensuring clean, efficient, and sustainable land management across thousands of acres.
Together, Team Gray is cultivating a legacy of innovation, sustainability, and community that’s built on something more than service. Jess and Marcus are both passionate thought leaders advancing a bigger movement towards a brighter, greener future.
Jess Gray, CEO, earned an MBA from King University and the title of 2023 Nuffield International Agricultural Scholar. She is leading from the front lines of agrivoltaics with a vision fueled by extensive research in solar grazing. Her insights into the sustainable future of farming have captured global attention, propelling Gray’s LAMBscaping toward innovative horizons.
Marcus Gray, President, is a Certified Wildlife Biologist with degrees from Unity College and South Dakota State University, Marcus embodies the spirit of conservation. His expertise in natural resources stewardship, and a family legacy of farming dating back to the 17th Century, drives his deep respect for land, wildlife, and heritage. His work has involved collaboration with farmers and conservationists across the globe to advance various environmental and agricultural initiatives, encompassing forest and grassland management, as well as grant programs aimed at enhancing large mammal conservation, water quality, soil health, and pollinator support.
Caleb Scott
New York
Caleb Scott is a catalytic force and founder of United Agrivoltaic North America, a farm partner group servicing vegetation managing contracts all over the US and developing creative solutions and action plans for company’s interested in an Agrivoltaic approach. Beyond his own extensive work in the field of solar grazing, Caleb has created opportunities for scores of others.
Through United Agrivoltaics, Caleb has gained deep experience getting sheep farmers across the country working access to solar sites for grazing. And Caleb is also a founding board member and vice president of the American Solar Grazing Association (ASGA), which has extended his impact even further.
Caleb’s agrivoltaic journey started, in 2013 since then his team has developed a streamlined and duplicatable agrivoltaic approach to vegetation management keeping sites in compliance while experimenting and researching all things agrivoltaic, using honey bees, pasture pigs, poultry, pheasants and using solar to conserve rare or endangered species. A creative and action-oriented practitioner, Caleb is manifesting innovative farming methods and value-added ways to control vegetation while increasing the calories per square meter produced from the dual usage, and promoting a new generation of USA solar source products.
Today, Caleb and United Agrivoltaics are helping sheep farmers secure local solar grazing opportunities for flocks across the country to graze fenced-in solar sites. Generous with his vast accumulation of practical knowledge, Caleb’s intent on his mission to level the playing field for solar graziers everywhere with ready-made contracts, successful solar grazing track records, standardized pricing and support to reduce the barriers to entry and operational learning curve.
Lyndsey Smith & Chris Moore
Ottawa Valley, Canada
Now 7 years and counting in their brilliant journey in solar grazing: Lyndsey Smith and Chris Moore. They were both raised in agricultural families that maintained animals and produced crops. When they first met in 2016, they each had small flocks of sheep. Chris was farming land that his grandparents first farmed as a dairy beginning in the 1960s, while Lyndsey was leasing pasture in the area. But the last cows milked on Chris’ grandparents farm were gone in the 90s, and Chris then began keeping beef cattle and sheep searching for greener pastures and a new future in farming.
In 2017 Chris and Lyndsey combined their flocks to form Shady Creek Lamb Co., located within the Ottawa city limits near Kinburn, Shady Creek Lamb Co., which prides itself on producing tender, delicious lamb for the Ottawa Valley, Canada. That same year, Shady Creek Lamb Co. took on the new challenge of stepping into a solar grazing pilot project. And what started as an idea to find extra grazing for their sheep has turned into a whole new direction.
Following its successful pilot project, Shady Creek has grown to provide more natural solar site maintenance that can replace mechanical mowing and herbicide use with animal-powered grass removal through sheep grazing. Lyndsey and Chris are seizing the opportunity to implement grazing practices that builds soil health, captures carbon, protects soil from erosion, promotes biodiversity and protects pollinator habitat, all while producing nutrient-dense food and renewable fibre and energy on the same acre.
Solar Eco-Steward of the Year Finalists
Recognizing outstanding achievements and excellence in ecovoltaics.
The Solar Eco-Steward of the Year Award recognizes an extraordinary champion of ecosystem services who has achieved significant advancements integrating conservation, habitat restoration, pollination, carbon sequestration, soil regeneration, stormwater retention and/or other ecosystem services into symbiotic agrivoltaic systems in the field. This singular award celebrates those who have not only embraced the practice of agrivoltaics and successfully paired solar power generation with ecological function and environmental conservation, but who exemplify excellence in their efforts to enhance ecosystem services with solar energy and inspire growth in the field of ecovoltaics by their example.
Mike Kiernan
After 23 years in the emergency room, Doctor Mike Kiernan retired as an Emergency Physician at Porter Hospital, now the Porter Medical Center part of The University of Vermont Health Network. But feeling his work unfinished, and more healing in the world to be done, Dr. Kiernan embraced a new mission: to save the bees.
So, Mike took on a second mission in life and founded Bee the Change and began seizing opportunities in the unused spaces within solar fields. Realizing that most solar fields were covered with stone or planted with turf grass, Mike built Bee the Change seizing the opportunity to rebuild high value habitat within landscapes that, for bees, feel more like moonscapes or food deserts.
Mike’s first field was installed in May 2015, and it’s been off to the races ever since. Bee the Change has supported over 30 solar fields planted to support pollinators. And with the assistance of hundreds of backyard gardeners, Mike and Bee the Change have created habitat in dozens of towns across the region in fields as small as an acre and as large as 50 acres across the region, creating habitat equivalent to every Vermont household creating a 10 by 10’ pollinator garden.
Being a doctor, Mike is results oriented and ready to answer the question ‘Does it make a difference?’ A survey of the pollinator population in the first year Bee the Change’s South Ridge field in Middlebury demonstrated 34 unique pollinator encounters in a 15 minute period, which is not bad nowadays compared to many acres. But surveying the same plots just one year later, Bee the Change encountered 174 unique pollinators in 15 minutes.
Thanks to Mike’s work with Bee the Change, they usually see a greater than 10X increase in pollinator species within three years. And that has a powerful impact far beyond the boundaries of the solar field and supports downstream species who rely on that productivity—birds, fish, other wildlife and, of course, human beings.
Robin Ernst
Robin was raised on the Ernst Farm and she worked planting, harvesting and processing seed as a little girl. With her grandfather, founder of Ernst Conservation Seeds, and her father Calvin, she developed a deep appreciation of how native plant communities work together. From this grew an instinctual know-how to select the proper plant species for site conditions and the most effective installation method.
After graduating high school, she became a professional in the field and a pioneer advancing her field. After a lifetime harvesting natives species by hand, Robin has gained an intimate understanding of natives and how they create beneficial vegetation. Today, she implements her tremendous expertise in the field and in tutorial, often teaching others on how to install native plant material and seed, which not only creates high quality habitat but comes in quite handy on a solar site to address erosion control issues.
A pioneer in more ways than one, Robin created Meadville Land Service, Inc. (MLS) in 1998. MLS specializes in natural stream and wetland restoration and construction, seeding and planting of native plant material. And she continues to work with her father’s customers (at Ernst Seed) giving advice on installation and offering her services when able.
To date, Meadville Land Service, Inc., Monarch Vegetation Services, Inc has seeded over 10,000+ acres establishing native seed areas on solar projects, brown fields, capped landfills, flood plains, wetlands, riparian areas and open spaces. And she’s passionate about advocating for agrivoltaics and ecovoltaics.
“When we know better, we do better,” Robin says.
Brian Ross
Brian Ross is the Vice President of Renewable Energy at Great Plains Institute, one of the nation’s foremost nonprofit institutions with a mission to transform the energy system to benefit the economy and the environment, which he joined after 20 years of difference making work as a consultant advocating for sustainable development in local decision-making and implementation. His work is nationally recognized for excellence in advancing renewable energy planning, land use, and zoning and his storied career has been making an impact for decades.
Brian’s resume demonstrates an accomplished history of thought leadership, actualized leadership and powerful advocacy for the better management of renewable energy, climate action, and sustainability projects across the Midwest. A renaissance man in a revolutionary time, his detailed knowledge ecompasses a variety of fields including urban planning, energy planning, natural resource planning, land use development regulation, energy resource assessment, market transformation programs, renewable energy and energy efficiency programs, utility regulation and rate design, consumer advocacy, climate action planning, and climate adaptation and resilience. His experience in public and stakeholder engagement is exhaustive and unmatched.
Brian leads GPI’s renewable energy market transformation efforts in the Midwest and nationally. For over 30 years, he has worked extensively with local, regional, and state governments on climate and energy planning, renewable energy policy and land use and natural resource regulation.
Today, he leads efforts at the state and national level to integrate renewable energy and community co-benefits to enhance natural systems, meet host community land use priorities, and support agriculture business models. He helped create the ground-breaking PV-SMaRT initiative on solar and water quality and now leads a new US DOE SolWEB initiative on solar and ecosystem services in the Midwest.
Finally, Brian is a prolific and articulate writer, with both popular and technical styles able to demonstrate his ideas in digestible and difference-making ways. He has written numerous model ordinances for the local government, and due diligence reviews will find Brian’s name attached to countless public documents throughout the Midwest. He also works nationally with the SolSmart program and other wind, solar, and hydrogen, and electric vehicle initiatives.
Brian’s thought leadership is viewable on the blogs here: https://betterenergy.org/blog/by-author/brian-ross/
Rob Davis
Rob Davis is Communications Lead at Connexus Energy and one of the country’s most dedicated and accomplished agrivoltaics professionals. An incredible storyteller, Rob tells the stories of pioneering people, ideas, and organizations and helps accelerate the nation’s transition to use of clean and renewable energy.
Rob’s work has been covered in National Geographic, the New York Times, Wall Street Journal, Huffington Post, Martha Stewart, and Wired; referenced in the 25th anniversary edition of Trivial Pursuit; and included in the permanent collection of the Smithsonian’s National Museum of American History. And he is a two-time recipient of the Teresa Du Bois Exline Award for Best Practices in Communications and Marketing.
He also serves as Chair of the Advisory Committee to the National Renewable Energy Lab’s InSPIRE study into low-impact solar. Rob’s robust work on pollinator-friendly solar has been featured in trainings provided by the U.S. Department of the Interior’s National Conservation Training Center, the U.S. Department of Energy, and U.S. Environmental Protection Agency; in Fast Company and Scientific American feature stories, and a talk titled “This unlikely 1960s space tech can help save the bees,” onTED.com.
In 2020, Rob Davis got Jordan Macknick hooked on the idea of a LEGO solar farm, and with his input (and the help of a friend) Rob designed a solar farm with pollinator-friendly ground cover, honeybee hives, grazing sheep, an inverter control box, and an engineer/site manager/grazer. The kit includes 375 pieces and can expand to include multiple sets that snap together to build larger projects.
Check out the LEGO creation design by the Davis family! https://ideas.lego.com/projects/433555d1-0c81-49eb-8689-5d2d315d87d8
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