At Aurika Energy, we don’t just install solar panels—we craft precision-engineered solar structures that are fully customized to your site and needs. With complete in-house design and fabrication capabilities, we develop solutions that seamlessly adapt to architectural constraints, operational demands, and unique layouts. Unlike standard EPC providers restricted by off-the-shelf mounting frames, our approach offers unmatched flexibility in height, span, and configuration. From intricate geometries to unconventional installations, every structure is designed for strength, efficiency, and aesthetic appeal, ensuring long-term safety, reliability, and perfect harmony with its environment.
We design and install various types of custom solar structures to meet diverse needs.


Aurika Energy specializes in mid-elevation solar structures with clearances of 10–12 feet, perfect for sites that need usable space below without the challenges of tall frameworks. Ideal for warehouses, service roads, loading areas, and semi-covered operational zones, these structures are engineered in-house to ensure even load distribution, safe clearance for movement, and optimal solar panel orientation, all within a compact and efficient design.
Aurika Energy delivers high-clearance solar structures with elevations of 20 feet and above, purpose-built for sites that demand completely unobstructed space beneath. Designed with precision-engineered columns and carefully balanced load frameworks, these structures safely support wide spans while preserving full operational freedom below. They enable smooth movement of heavy vehicles, storage activities, and industrial workflows—transforming unused overhead space into a reliable source of clean energy without disrupting ground-level operations.




Aurika Energy provides elegantly engineered solar solutions for aluminum and metal sheet roofs, converting lightweight sheds into efficient, power-generating assets. Our custom-designed mounting systems safeguard roof integrity while maximizing energy output, with precise engineering that accounts for thermal expansion, water drainage, and long-term environmental exposure. The result is a clean, secure, and durable installation that enhances performance and asset value—without adding structural burden or compromising the original roof design.
Aurika Energy’s solar car parking structures transform open parking spaces into smart, power-generating assets without compromising accessibility or visual appeal. Engineered for optimal vehicle clearance, strategic column placement, and long-span structural stability, these systems ensure smooth parking movement and lasting performance. Designed and fabricated entirely in-house, they deliver reliable energy generation along with functional shading—making them an ideal solution for commercial properties, industrial campuses, institutions, and residential complexes.




For locations with limited roof or ground availability, Aurika Energy’s wall-mounted solar structures provide a smart, space-efficient alternative. Custom-designed to integrate seamlessly with RCC and structural walls, these systems use precision-engineered anchoring and optimized tilt angles to maximize solar exposure. The outcome is a compact, visually cohesive solution that unlocks clean energy generation from previously underutilized vertical surfaces.
Aurika Energy’s floating solar structures enable efficient solar deployment across reservoirs, industrial ponds, and water treatment facilities. Engineered with high-stability floating platforms, corrosion-resistant materials, and adaptive anchoring systems, these solutions are designed to perform reliably despite changing water levels. Beyond conserving valuable land, floating solar benefits from lower operating temperatures, helping improve system performance and overall energy efficiency.


Every custom structure delivered by Aurika Energy is designed, fabricated, and installed under rigorous quality standards. Our end-to-end in-house capabilities ensure greater design adaptability, faster project execution, and uniform structural strength across all installations. This integrated approach enables us to deliver durable, dependable solar solutions that perform reliably—even in the most challenging site conditions.