💡 SunCrop
A modular system that allows farmers to easily install solar panels over existing crops, designed for maximal sunlight diffusion to plants and efficient energy capture.

Where to Start: Design prototypes using affordable and lightweight materials. Work with a local farms to test the effectiveness and adapt based on results.

💡 AgriCharge
A service that rents out solar-charging stations in agricultural areas, where farmers can charge electric farm equipment or personal devices.

Where to Start: Research the power needs of farm equipment and consumer electronics. Start with a small pilot area, offering free trials to gather data and feedback.

💡 FarmLite
Agrivoltaic greenhouses designed for small-scale urban farmers. The rooftop solar panels power the indoor environment, making the system almost entirely self-sufficient.

Where to Start: Research the requirements for small-scale urban farming. Develop partnerships with urban agricultural initiatives to pilot your greenhouses.

💡 GrowthGrid
An app that helps farmers plan and optimize the layout of both solar panels and crops in a single field, using AI to maximize both energy and agricultural yield.

Where to Start: Use existing agronomy and photovoltaic databases to train your AI. Launch a free beta version of the app to collect user feedback and refine the algorithm.

💡 SolarBee
A low-cost agrivoltaic kit aimed at beekeepers. The solar panels power a climate-controlled environment to help the hive thrive, while flowering plants underneath benefit from the shade and provide forage.

Where to Start: Study the requirements of a healthy beekeeping environment. Collaborate with beekeepers to test early versions and adapt the design as needed.

If today's issue has charged up your entrepreneurial spirit, keep those notifications turned on. We're harvesting a new crop of million-dollar ideas just for you.

Stay tuned, the future is bright and green!