SunSeed IL APV
AI-driven simulation and decision-support platform optimizing energy, microclimate, and land-use performance for agrivoltaic and energy-intensive infrastructure projects
About Us
SunSeed IL APV is a climate-tech startup developing AI-driven simulation and decision-support tools for agrivoltaic and energy-intensive infrastructure projects.
Our platform integrates climate data, microclimate modeling, agronomic response, and energy system simulations to support early-stage planning, design optimization, and operational decision-making. By enabling scenario-based evaluation before physical deployment, SunSeed helps reduce risk, improve resilience, and optimize performance under increasing heat, energy demand, and climate uncertainty.
SunSeed works with infrastructure developers, energy companies, research institutions, and regulators to support smarter integration of renewable energy, land use, and climate adaptation. Our approach reduces reliance on costly trial-and-error pilots, accelerates permitting and investment decisions, and improves long-term sustainability outcomes
Relevant Challenges
Energy Production
SunSeed increases renewable energy output by optimizing agrivoltaic layouts through integrated modeling of solar geometry, crop structure, and microclimate. By aligning agricultural decisions with energy system design, the platform enables higher and more stable energy generation from the same land footprint. This approach improves capacity utilization without additional hardware investment
Reduce Land Footprint
SunSeed maximizes land productivity by enabling dual land use through agrivoltaics. Its simulations identify configurations that preserve or enhance agricultural output while enabling renewable energy generation on the same land. This reduces land use conflicts and increases total value per unit area
