Renewable Energy Programs
Renewable Energy Programs
Solar energy developers are increasingly recognizing that solar farms can do more than just generate clean power – they can also nourish local ecosystems. Studies show planting native wildflowers under solar panels can create abundant habitat for bees, butterflies, and other wildlife. Pollinator-friendly solar farms have been linked to healthier soils and higher crop yields on nearby farmland. In fact, researchers at Argonne National Lab found that stable bee populations supported by solar pollinator habitat can boost nearby agricultural productivity. This win–win approach has caught on globally: industry leaders now partner with ecologists to seed solar sites with flowering meadows.
Growing public support mirrors these findings. Recent surveys report a solid majority of people (56% in one UK study) favor large-scale solar even in their own communities, and support tends to increase over time as projects become established. Importantly, respondents in that study specifically cited “minimising environmental impacts and multi-functional land use” as key benefits. In practice, pollinator-friendly design is one way solar developers can demonstrate exactly that. For example, Texas recently passed legislation encouraging exactly this model, noting that wildflower plantings “also helps solar farms and the surrounding community” by cooling panels and boosting local pollination. By embracing apiary programs, solar companies can tap into this positive public sentiment and show clear biodiversity stewardship.
Honey bees and wild pollinators readily colonize solar farms sown with native grasses and flowers. Long-term studies by the U.S. National Renewable Energy Laboratory confirm that native prairie under PV panels quickly becomes a thriving habitat – pollinator visitation and plant diversity increase significantly over time. Restoring prairie vegetation beneath arrays also improves soil health: researchers found higher nutrient levels and fewer erosion losses under solar panels than on nearby cleared farmland. In short, careful land management can “mitigate some of the environmental damage” caused by solar construction.
By hosting beekeeping on-site, solar farms multiply these benefits. Managed hives boost local wildflower pollination, increasing seed set and plant cover. In practice, solar arrays with well-chosen groundcover require less mowing and pesticide use, keeping the landscape lush and panels cool – which can even slightly increase panel efficiency. Surrounding farms also benefit: multiple studies note that adding beehives near cropland enhances fruit, nut, and vegetable yields for neighbors. This “ecovoltaics” strategy effectively rebuilds ecosystems in underutilized spaces, turning brownfields or marginal land into wildlife refuges and community assets.
Solar apiaries deliver tangible returns for landowners and local economies. Agricultural researchers report that co-locating beehives on solar fields “enhance[s] the value of the land by keeping it in agricultural production” and provides “new streams of income for local farmers.” For example, Minnesota farmers once struggling on degraded land now lease their fields to pollinator-friendly solar projects. They continue to profit without farming – generating lease revenue and allowing soil to recover. This extra income gives farmers an incentive to invest in long-term land health, yielding richer soil and better future harvests.
Community-wide, the gains compound. Solar site groundcovers recharge groundwater and reduce erosion. Honey production on-site also fuels small businesses – local beekeepers earn from hive rentals and honey sales, and new honey varieties support agritourism and branding. An analysis by the Center for Rural Affairs notes that such “agrisolar beekeeping” creates a multi-stack of benefits: solar revenue for developers, pollination services for agriculture, habitat for wildlife, and economic opportunities for rural communities. Many solar developers even share a portion of honey or donations with nearby charities, hospitals, and fire departments. These goodwill gestures visibly tie the project’s success to community well-being, helping smooth the way for permitting and local support.
Wind & Sky Apiaries is proud to partner in veterans’ transition to agriculture. Beekeeping programs have proven therapeutic and empowering for service members. In the U.S., over 5,000 veterans, active-duty personnel, and dependents have completed the national “Heroes to Hives” curriculum and earned their own hives—safeguarding pollinators while building skills. Our own Frontline Hives initiative extends this impact. As a veteran-owned company, Wind & Sky (co-led by Marine veteran Travis Snyder) provides free beekeeping training and starter kits to vets and first responders. This not only aids veterans dealing with PTSD or career transitions, but also plants the seeds of local honey businesses. We pair trained veterans with suitable land (often underutilized solar sites), creating mentor networks that sustain both the people and the pollinators.
Building trust around renewable projects means educating the next generation. Wind & Sky offers a K–12 “Power Pollinator” curriculum to schools near solar sites, teaching students of all ages about the life cycle of bees, the importance of habitat, and how renewable energy can help nature. Hands-on experiences – such as field trips to local solar apiaries – empower young people to become eco-ambassadors. In general, research confirms that early community engagement and educational programs are key to project acceptance. When local residents see students and community members actively learning about (and benefiting from) the solar farm, it transforms “not in my backyard” into “we have skin in the game.” Wind & Sky helps utilities and developers turn solar installations into positive educational assets that raise awareness and build goodwill.
Wind & Sky Apiaries delivers turnkey solar apiary solutions that boost your project’s ESG profile and community relations:
Restorative-Scale Expertise: We manage thousands of resilient, natural hives nationwide, focused on biodiversity restoration and honeybee recovery.
Local Beekeeper Network: We match each solar site with professional beekeepers and handle all contracts. Beekeepers earn revenue from hive rentals and honey sales, while we maintain oversight to ensure hive health and continuity.
Data-Driven Monitoring: Our innovative hive sensors (weight scales, health monitors, cameras) provide real-time data on colony health and pollination activity. You receive verifiable metrics – e.g. pounds of honey, pollinator visits, soil improvement – that demonstrate the solar project’s positive impact.
Community Engagement: Through our Frontline Hives and Power Pollinator curriculum, we integrate veterans, schools, and students into the project. This hands-on outreach helps neighbors understand and appreciate your project’s benefits, earning trust and enthusiasm.
Local Impact: Our programs include systems for donating honey and hive profits to nearby charities (food banks, first responders, etc.), tying your solar investment directly to community health. Partnering with us also delivers economic dividends to local farmers and beekeepers – a story that resonates with publics and investors alike.
Veteran-Owned, Mission-Driven: As a veteran-led business, we bring a culture of service and resilience. Supporting Wind & Sky Apiaries means furthering workforce development and mental health support for veterans – an increasingly valued aspect of corporate ESG commitment.
In summary, collaborating with Wind & Sky Apiaries lets solar companies lead the charge on pollinator stewardship. You get a partner who transforms your project into a local ecosystem oasis, a community partner, and an educational resource – all while generating clean energy. The result is a stronger ESG story, smoother siting and permitting, and genuine goodwill from neighbors. Together, we can “restore a billion bees” and power a future where land, pollinators and people thrive.
Join us in bringing the buzz to your solar site – the science and community are overwhelmingly behind pollinator-friendly solar.