Veracity Energy & Infrastructure Private Limited offers indigenous agrivoltaic structural solutions that integrate solar power generation with agricultural activities on the same land. Our Agrivoltaic Structures (Agri-PV Structures) are designed to support solar photovoltaic (PV) modules above agricultural areas, enabling efficient land utilisation while maintaining suitable space for farming operations.
Combining structural engineering with the evolving requirements of India’s agricultural and renewable energy sectors, we provide customised elevated solar mounting structures designed around project-specific requirements, structural reliability, durability, and agricultural accessibility. Our solutions can be configured according to crop requirements, site conditions, solar module layouts, and applicable engineering standards.
By bringing solar infrastructure and agriculture together, Veracity aims to support sustainable land utilisation and the development of integrated agricultural and renewable energy projects.
Provides suitable ground clearance for agricultural activities beneath solar PV modules.
Configurations tailored to project layouts, module arrangements, and site requirements.
Suitable structural materials and corrosion-protection systems specified according to project needs.
Foundation selection based on soil conditions, loading requirements, and site assessment.
Layout planning that considers crop cultivation, irrigation, and farm machinery movement.
Consideration of applicable wind loads, environmental conditions, and relevant engineering standards.
We focus on delivering customised structural solutions for the evolving renewable energy sector. Our approach combines engineering-led design, appropriate material selection, and practical project planning to address the requirements of solar installations on agricultural land.
Through our agrivoltaic structural solutions, we aim to help solar EPC contractors, project developers, agricultural enterprises, and landowners explore opportunities for integrating solar energy generation with farming activities.