Solar structure in Jaipur - Electrobeam Solar
Authorized Solar Equipment

Solar structure in Jaipur

  • Heavy-duty material for long-lasting performance

  • Rust-resistant & weatherproof finish

  • Suitable for rooftop, ground-mounted & industrial setups

  • Easy to install with minimal maintenance

  • Customized designs available as per project needs

Structural Engineering & Durability

Solar Mounting Structures: HDGI Quality & Design Options

The mounting structure is the structural backbone of any solar plant, engineered to anchor panels safely for 25+ years against high wind speeds, heavy monsoon rains, and corrosive desert dust. Electrobeam Solar designs custom structures using Hot-Dip Galvanized Iron (HDGI) with 80+ micron zinc coating.

Structure Type Material & Coating Clearance Height Wind Tolerance Roof Usability
Elevated High-Rise Rooftop Hot-Dip Galvanized (HDGI 80μm) 6.5 – 9.0 Feet Up to 160 km/h 100% Fully Usable Roof (Pergola style)
Standard Low-Rise Flush HDGI / Pre-Galvanized C-Channel 1.5 – 2.5 Feet Up to 150 km/h Partial roof utilization
Industrial Tin Shed Clamps Anodized Aluminium 6063-T6 + EPDM Profile Flush Clamped Up to 180 km/h Zero roof penetration / Factory roofs
Ground-Mounted Ballast Heavy-Duty HDGI Truss / Purlin 2.0 – 3.5 Feet Up to 150 km/h Ground / Open field solar installations

Electrobeam Structural Engineering Standards

24°–26° Optimized Tilt Angle

Engineered precisely for Jaipur's geographical latitude (26.89° N) facing true south to capture maximum solar irradiance year-round.

SS304 Stainless Steel Hardware

All module clamps, spring nuts, and hex bolts are high-grade SS304 to prevent rusting, galvanic corrosion, and joint loosening.

Civil Grouting & Leak-Proof Design

Ballast anchoring and chemical foundation blocks ensure zero roof puncture or leakage risks to your building's RCC waterproofing.

Solar Mounting Structure FAQs

Yes. With our custom Elevated Rooftop Structure (clearance height of 6.5 to 8.5 feet), your roof remains 100% usable for evening walks, family gatherings, laundry drying, and roof gardening. It also provides a cooling shade for the floor directly below.

Our structures are calculated with wind aerodynamic modeling according to IS 875 (Part 3) standards to withstand wind speeds of up to 160 km/h. They feature diagonal cross-bracing, heavy base plates, and solid concrete ballast footing.

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