SunSeed’s technology ecosystem connects various layers so decisions made during feasibility and design remain connected to what is ultimately built, operated and improved.
SunSeed APV is an advanced agrivoltaics technology company dedicated to transforming how agriculture and renewable energy are designed on the same land.
We combine plant science, solar engineering, environmental modelling, structural innovation, digital technologies, agronomy and project economics to help governments, developers, investors and agricultural stakeholders create APV systems that are more productive, resilient and financially viable.
The SunSeed platform is built around five integrated capabilities that work together to optimize every phase of an agrivoltaics project.
Design Intelligence & Scientific Simulation
Advanced Lightweight Cable Structures
Intelligent Farm Operations & Environmental Control
Research, Advisory & Knowledge Platform
Automatically Retractable Canopies - Polyfilms & Diffusion screens
Data-driven scientific simulation engine to not just help understand the core science, but also help develop solutions that solve the problems and improve crop yields & solar generation. Validated by academicians in the US & Israel.
Designed for farms. Our advanced Wire rope structures create harmony between energy generation and crop cultivation.
Create appropriate clearance and reduce obstructions for tractors, harvesters, workers and crop operations.
Use structural analysis to reduce unnecessary steel and foundation requirements.
Open up larger uninterrupted cultivation zones where the site and load conditions permit.
Integrate with single-axis and other tracker architectures while preserving crop-light requirements.
SMART CANOPY is SunSeed’s family of retractable agricultural layers designed to work with APV structures rather than as a separate greenhouse system.
designed primarily for vegetables and spice crops.
Suitable for selected fruit orchards and flower crops where weather protection is important.
For crops such as berries, salad greens, cherry tomatoes and other high-value protected-cultivation crops
Open for natural sunlight
Retractable films and diffusion screens can add responsive protection and light management where crop and climate conditions require it.
Diffuse & reduce excess light
Reduce heat stress and protect crops
Protect crops from heavy rainfall
Open for natural sunlight
Research, advisory and field learning help developers, investors, policymakers and partners make better agrivoltaics decisions.
Peer-reviewed studies and field research
Compare systems, structures and outcomes
Trends, opportunities and risk analysis
Policy tracking and regulatory analysis
Assess site, simulate
system and define
agrivoltaic solution.
Engineer structure
and systems to PV
system geometry.
Construct and validate
with real farm systems
and data.
Automate, optimise
and manage crop
and energy.
Feed data through
models and systems
for next design.
Every SunSeed technology is developed around four core principles.
SunSeed APV Team
Our solutions are grounded in scientific research, modelling, field validation, and real-world project experience.
Every project generates valuable data on crops, light, climate, energy, and system performance—creating the foundation for increasingly sophisticated predictive analytics and, over time, AI-powered decision-making.
Agriculture, solar energy, engineering, climate, and operations are designed as one coordinated ecosystem, enabling synergies that can improve overall agrivoltaics performance and economics.
Our technology and systems are designed to adapt across different project sizes, crops, climates, and geographies while continuously improving through accumulated knowledge and project data.
The integrated nature of the SunSeed platform delivers measurable advantages for all stakeholders.
