Frequently Asked Questions

• Site assessment
• Design
• Agreement and Payment to the vendor
• Installation
• Commissioning & Net Metering.

Approx. 80 sq. feet per 1 kW of capacity.

We commonly see three main types:

• RCC Mount: These systems are installed on flat Reinforced Cement Concrete (RCC) rooftops.
• Ground Mount: As the name suggests, these systems are installed directly on the ground, away from any building.
• Sheet Roof Mount: These are designed for pitched roofs made of various sheet materials like metal, corrugated iron, or asbestos cement.

RCC mount installations are popular for buildings with flat concrete roofs. Here's a breakdown:

• Structure: Typically involves a framework of metallic structures (galvanized iron) that are either anchored to the concrete slab or held in place using concrete ballasts (weight).
• Installation: Anchoring methods include drilling into the concrete and using chemical or mechanical fasteners. Ballasted systems avoid roof penetration, distributing the weight of the panels and structure evenly.
• Advantages:
  • Stability: Concrete roofs offer a solid base.
  • Flexibility: Allows for optimal tilt angles and orientation for maximum sunlight capture.
  • Accessibility: Easier maintenance and cleaning compared to sloped roofs.
  • No Roof Penetration (for ballasted systems): Preserves the integrity of the roof and reduces the risk of leaks.

Ground-mounted solar systems are installed on open land, making them suitable for locations where rooftop space is limited or unsuitable.

• Structure: Consists of a framework of posts or beams driven into the ground or secured with concrete footings. The solar panels are then mounted on this framework.
• Installation: Involves site preparation, foundation laying (if needed), structural assembly, and panel mounting.
• Advantages:
  • Optimal Orientation and Tilt: Allows for complete freedom in choosing the best angle and direction for maximum energy generation.
  • Easy Maintenance: Easier access for cleaning and repairs.
  • Scalability: Can be easily expanded for larger power requirements.
  • No Roof Constraints: Doesn’t depend on the building's roof structure or condition.

Sheet roof installations are designed for roofs made of corrugated metal, trapezoidal metal, or similar sheet materials.

• Structure: Typically involves specialized clamps or mounting rails that attach directly to the roof sheets or purlins (horizontal structural members beneath the sheets).
• Installation: Often involves securing mounting clamps to the raised seams or ribs of the metal sheets without penetrating the roof surface in some cases. For other sheet types, drilling and specialized waterproof seals might be necessary. Rails are then attached to these clamps, and the solar panels are mounted on the rails.
• Advantages:
  • Lightweight: Generally lighter than RCC mount structures.
  • Cost-Effective: Can be a more economical option compared to RCC mounts in some cases.
  • Adaptability: Can be adapted to various sheet roof profiles.

The best choice depends on several factors, including:

• Roof Type and Condition: Flat concrete roofs are ideal for RCC mounts, while pitched sheet roofs require specialized sheet roof mounts. If you have ample land, a ground mount is an option.
• Available Space: Consider the usable area on your roof or the amount of land you have available.
• Energy Needs: Larger energy requirements might necessitate ground-mounted systems due to the number of panels.
• Budget: Each type of mounting system has different material and installation costs.
• Local Regulations and Permits: Check for any specific building codes or regulations regarding solar installations.
• Aesthetics: Consider how the installation will look on your property.

Get in touch and consult with us so that we can assess your specific site and recommend the most suitable and cost-effective mounting solution. We ensure the installation is safe, secure, and compliant with all relevant standards.