Kampsol Industries is a trusted manufacturer and supplier of Solar Module Mounting Structures (MMS) — engineered to provide strong, durable, and corrosion-resistant support for solar panels across diverse site conditions. Our mounting structures are designed for maximum efficiency, long-term reliability, and easy installation, ensuring optimal tilt and orientation for enhanced solar energy generation.
Whether for rooftop, ground-mounted, or carport solar installations, Kampsol offers customized MMS solutions that meet site-specific requirements and comply with international design standards such as IS 800, IS 801, and IS 2062.
Introduction
The Module Mounting Structure (MMS) is a critical component in any solar power system, as it supports and secures the solar PV modules in place. A well-engineered MMS not only ensures the mechanical stability of the solar array but also plays a major role in maximizing power output by maintaining the correct tilt and alignment toward the sun.
At Kampsol, our MMS designs are optimized using advanced engineering and simulation tools. Each structure is built to withstand high wind loads, seismic forces, and extreme environmental conditions. Depending on project type, we offer:
- Rooftop Structures (Sheet Roof / RCC Roof)
- Ground-Mounted Structures (Fixed or Seasonal Tilt)
- Carport & Elevated Structures
- Single or Double Pole Mounts
Our structures can be manufactured using Hot Dip Galvanized (HDG) Mild Steel, Aluminium Alloy, or Pre-Galvanized Iron (GI), depending on project specifications and cost preferences.
Features
Kampsol’s Module Mounting Structures are designed for durability, strength, and ease of use, making installation faster and maintenance minimal.
High Structural Strength – Built using premium-grade galvanized steel or aluminium profiles.
Customizable Designs – Available in single, double, and multiple module configurations as per site layout.
Weather & Corrosion Resistant – Hot dip galvanization ensures long life even in harsh outdoor conditions.
Optimized Tilt Angles – Designed to achieve maximum solar radiation and improved power generation.
Pre-Fabricated Components – Easy-to-install modular design reduces site work and installation time.
Wind Load Tested – Designed to withstand wind speeds as per IS 875 Part 3 and site-specific conditions.
Flexible Foundation Options – Compatible with RCC, ballast, micro-pile, or ground screw foundations.
Low Maintenance Design – Rust-resistant materials ensure long-term reliability with minimal upkeep.
Technical Specification
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