SURYA SANGAM
LAND & ENERGY TRANSITION
Solar Beyond the Rooftop
Land-based solar and agrivoltaic pathways for India's energy transition beyond rooftops.
Solar + agriculture togetherBuilt around your facility and priorities.
Large-Scale SolarScroll to explore ↓
Large-scale energy infrastructure
Solar beyond the rooftop
We explore land-based systems that combine solar generation with agriculture, infrastructure and productive land use.
Options include ground-mounted fields, distributed sites and agrivoltaics—elevated panels that share land with crops.
Positioning
The future of solar is not limited to rooftops
Design energy systems that work with open land, agriculture, infrastructure and local economic activity.
Deployment possibilities
Built for land-based energy
Ground-mounted Solar
Solar fields on suitable open land.
Agrivoltaics
Elevated panels that share land with crops.
Industrial Open Areas
Solar on suitable industrial land.
Institutional Land
Solar across large institutional estates.
Distributed Solar
Multiple land-based sites as one programme.
Hybrid Energy Systems
Solar with storage and grid or backup power.
Agrivoltaics
When the same land can produce food and energy
Agrivoltaics lets farming and solar generation share one site.
Agriculture
Crops and agricultural activity continue below.
Solar
Panels generate clean electricity above.
Dual-use land
One site can support more total productivity.
What we evaluate
- Land and sunlight
- Crops and shade tolerance
- Panel height and spacing
- Irrigation and access
- Grid connection
- Economics and financing
Important note
Suitability depends on crops, climate, land rules and structure.
Beyond panel installation
Land-based solar is an infrastructure project
Land-based solar is an infrastructure project.
Land
Availability, access and build suitability.
Energy
Generation potential and power requirements.
Grid
Grid connection and evacuation infrastructure.
Structure
Ground-mounted or elevated structures.
Access
Roads, fencing, drainage and access.
Economics
Cost, financing and long-term viability.
Environment
Land, water, agriculture and ecological impact.
Regulatory
Permits and land-use approvals.
Project journey
From land assessment to energy asset
Discover
Project objective, land and energy need.
Assess
Site suitability, sunlight and infrastructure.
Design
Ground-mounted, elevated or agrivoltaic design.
Finance
Project economics and financing.
Develop
Approvals and execution planning.
Execute
Build and commission the asset.
Monitor
Generation, performance and impact.
Scale
Expand across suitable sites.
Agrivoltaic experience
Designing energy systems around productive land
For agrivoltaic projects, the solar system must work around the agricultural system — not the other way around.
Crop compatibility
Evaluate whether the proposed solar configuration is compatible with agricultural activity.
Light management
Consider panel height, spacing and light availability.
Water & irrigation
Understand irrigation and water-management requirements.
Farm operations
Maintain access for agricultural activity and machinery where required.
Energy use
Explore opportunities to use generated electricity for irrigation, processing or other productive loads.
The best agrivoltaic projects are designed for both energy and agriculture.
TAKE THE NEXT STEP
Ready to plan solar for large-scale solar?
Tell us about your facility. We'll help model the right clean-energy pathway.