CEO Executive AssistantAgrivoltaics, the practice of co-locating solar energy production with agricultural activity on the same land, is moving from research demonstration to commercial deployment. For the agrivoltaics CEO, this emerging industry segment offers a compelling value proposition: access to agricultural land that traditional solar developers cannot use, premium offtake arrangements tied to sustainable land stewardship, and growing policy support. The operational challenges, however, are substantial and require a distinctive approach to company leadership.
Understanding the Agrivoltaics Business Model
The agrivoltaics business model differs from conventional utility-scale solar in several important ways. First, the land partner is typically a farmer or ranching family, not a landowner seeking passive lease income. The agricultural operation continues on the land, which creates ongoing coordination requirements between the solar project and the farming activity. The agrivoltaics CEO must structure relationships with land partners that acknowledge this complexity.
Second, the array design for agrivoltaic installations is typically non-standard. Elevated panels, wider row spacing, bifacial modules, and dynamic tracking systems that can be adjusted to optimize light for crops all represent cost premiums over conventional ground-mount solar. The CEO needs to understand the engineering trade-offs and ensure that the project development team is designing systems that will be financially viable over the project life.
Third, the value proposition to the landowner often includes both lease income and agricultural benefits: reduced water evaporation under panels, protection of heat-sensitive crops, and diversified income. The CEO should ensure that the commercial team can articulate these benefits credibly, supported by data from operational projects and agronomic research.
Agricultural Partnerships and Land Relations
The quality of the relationship between the agrivoltaics company and its farmer partners is a direct determinant of project success. Unlike conventional solar land leases, agrivoltaic projects require ongoing collaboration. Planting schedules, irrigation needs, harvest equipment access, and livestock movement all need to be coordinated with solar operations.
The agrivoltaics CEO should invest in building a dedicated agricultural partnerships team, or at minimum ensure that project managers assigned to agrivoltaic projects have agricultural knowledge and relationship management skills. Farmers who feel that their agricultural interests are being respected and that the solar operator understands their operation are far more likely to be collaborative long-term partners.
Community relationships are equally important. Agricultural communities often have strong social networks and shared values. A single negative experience with an agrivoltaics developer can ripple through a farming community and make land acquisition in a region significantly harder. The CEO should establish clear community engagement standards and ensure they are followed consistently across the project portfolio.
Regulatory Navigation and Land Use Policy
Agrivoltaics intersects with agricultural zoning, solar permitting, water rights, and, in some jurisdictions, agricultural preservation programs. Many counties and municipalities that have adopted solar siting ordinances did not anticipate agrivoltaic applications and may apply conventional solar rules that are poorly suited to dual-use systems.
The agrivoltaics CEO should maintain active engagement with agricultural agencies, rural county planning departments, and state-level agricultural and energy regulatory bodies. In some states, specific agrivoltaic definitions and incentive programs have been established; in others, the regulatory environment remains unsettled. Companies that invest in educating regulators about agrivoltaics and helping shape sensible policies will benefit competitively, while those that simply try to fit into existing frameworks may face unnecessary delays.
Federal policy is also relevant. USDA programs supporting agrivoltaic research and practice, combined with IRA investment tax credits for solar, create a favorable policy backdrop. The CEO should ensure the regulatory affairs team is tracking developments at both state and federal levels and integrating policy intelligence into project development decisions.
Project Development and Execution
Agrivoltaic project development requires integrating solar development expertise with agricultural knowledge from the earliest stages. Site assessment must include agronomic analysis of soil quality, crops grown, and irrigation requirements alongside the traditional solar resource, land control, and interconnection evaluation.
The agrivoltaics CEO should establish a project development process that systematically incorporates agricultural assessments, with clear criteria for sites where the agricultural co-benefits are sufficient to justify the additional cost of an agrivoltaic system. Not every agricultural site is suitable for agrivoltaics. Forcing the model onto incompatible sites in order to hit pipeline targets will produce poor projects that damage the company’s track record.
Execution requires coordination between solar EPC contractors and agricultural operations during construction. Panel installation must avoid crop damage, respect planting calendars, and minimize disruption to agricultural infrastructure. The CEO should ensure that construction contracts include specific requirements for agricultural coordination and that project managers are empowered to enforce these requirements.
Commercial Strategy and Revenue Optimization
The commercial strategy for an agrivoltaics company typically involves a combination of power purchase agreements with utilities or corporate buyers, potential premium offtake for sustainability-attributed energy, and, in some cases, revenue sharing with farmer partners tied to agricultural yield data.
Premium offtake is an emerging opportunity. Corporate buyers with sustainability commitments are beginning to recognize the additional value of solar energy produced on actively farmed land. The agrivoltaics CEO should develop marketing materials and certification approaches that can support premium pricing discussions with corporate offtakers who value biodiversity, water stewardship, and rural community economic benefits.
Research from McKinsey notes that agrivoltaic installations can improve crop yields under heat and drought stress conditions, which strengthens the value proposition for farmers and creates differentiated sustainability narratives for offtakers. Building an evidence base from the company’s own operational portfolio is important for making these claims credibly.
Operations and Agricultural Monitoring
Once agrivoltaic projects are operating, the CEO must ensure that the operations team maintains both solar performance and agricultural engagement. This requires performance monitoring systems that track energy production alongside agricultural yield metrics for relevant crops.
Agronomic advisory services, either in-house or through partnerships with agricultural extension services or universities, can support farmer partners in optimizing crop selection and management practices under solar panels. This advisory capability is a differentiator that strengthens farmer relationships and builds the data foundation for future commercial claims about agricultural co-benefits.
For CEOs managing solar assets across a broader energy portfolio, solar energy operations provides additional operational context. Those navigating community stakeholder relationships will find community relations operations directly relevant.
Financial Management and Impact Reporting
Agrivoltaics companies that market their projects to sustainability-oriented investors or offtakers need robust impact reporting capabilities. Tracking and reporting carbon avoidance, water use, biodiversity metrics, and agricultural yield data requires systems and processes that many conventional solar developers have not built.
The CEO should invest in an impact reporting framework early, before it becomes a customer requirement that needs to be built under deadline pressure. This includes establishing measurement methodologies, selecting reporting standards, and integrating data collection into project operations from the commissioning phase.
Investor communications should reflect both the financial performance of the solar assets and the agricultural and community outcomes that differentiate the company’s portfolio. The agrivoltaics CEO who builds a credible impact story alongside strong project economics will access a broader range of capital sources, including impact-oriented investors who can provide patient capital at competitive terms.
The agrivoltaics CEO who combines solar development discipline with genuine agricultural expertise and community partnership will build a business model that is difficult for conventional solar developers to replicate, securing a durable competitive position in a growing market.
Related Reading
For further context, explore Energy CEO Business Operations Checklist and Energy CEO Business Operations for Asset Management.