Ground-mounted solar systems are ideal for projects that require higher power generation and optimized panel positioning. At Maxgreen Infra, we design and install large-scale ground-mounted solar systems across Kerala for commercial, industrial, and institutional clients.

Installation an open land, these systems allow for optimal tilt angles and orientation, ensuring maximum solar exposure throughout the day. Improved airflow around the panels helps maintain lower operating temperatures, which enhances efficiency and overall energy output compared to conventional rooftop systems.

Ground-mounted systems are highly scalable, easy to maintain, and suitable for clients with available land who seek higher capacity and long-term energy savings.

Why Choose Ground Mounted Solar?

 Higher Power Generation Capacity – Suitable for large-scale energy requirements, making it ideal for commercial and industrial applications.
 Optimal Panel Angle for Maximum Output – Panels can be positioned at the perfect tilt and orientation to capture maximum sunlight throughout the year.
 Easy Maintenance Access – Ground-level installation allows convenient inspection, cleaning, and servicing.
 Ideal for Industrial & Large Properties – Best suited for factories, institutions, warehouses, and properties with available open land.
 Long-Term Energy Cost Savings – Delivers higher generation efficiency and significant reduction in long-term electricity expenses.

Our Installation Process
01

Site Assessment

A comprehensive site assessment is the foundation of a successful ground-mounted solar installation. Our evaluation process begins with detailed land evaluation, where we assess land size, topography, accessibility, and overall suitability for solar panel installation. We conduct soil testing to analyze soil strength and composition, ensuring the correct foundation and mounting structure design for long-term stability. Shadow analysis is performed to study surrounding obstructions and guarantee maximum sunlight exposure throughout the day. We also plan proper power evacuation, which ensures the safe and efficient transfer of generated solar energy from the plant to the grid or internal distribution system, ensuring reliability and optimal performance.
02

System Engineering

System Design & Engineering: Our system engineering process focuses on delivering a customized and technically optimized solar solution tailored to your project requirements.
• Structural Design Planning: Detailed design of mounting structures based on site conditions, wind load factors, soil strength, and durability requirements to ensure long-term stability and safety.
• Electrical Design Planning: Precise planning of DC and AC systems, inverter configuration, cable sizing, protection systems, earthing, and grid integration for maximum efficiency and compliance. Through careful engineering and planning, we ensure optimal performance, structural integrity, and reliable operation throughout the system’s lifespan.
03

Installation

Our installation process ensures precision, durability, and long-term performance of your solar power plant.
• Mounting Structure Setup: Fabrication and installation of robust mounting structures designed to withstand local wind loads, soil conditions, and environmental factors.
• Foundation Works: Proper foundation construction based on soil testing to ensure structural stability and durability.
• Panel Installation: Accurate alignment and secure installation of solar panels to achieve optimal tilt angle and maximum energy generation.
• Electrical Integration: Safe DC and AC cabling, inverter installation, and system protection setup in compliance with industry standards.
04

Commissioning

Testing & Commissioning of Ground-Mounted Solar Power Plant: After installation, we conduct comprehensive testing and commissioning to ensure the plant operates safely and efficiently.
• Pre-Commissioning Checks: Inspection of mounting structures, module alignment, cable terminations, earthing, and protection systems.
• Electrical Testing: Verification of DC string performance, inverter functionality, insulation resistance, and system synchronization.
• Performance Validation: Monitoring generation output to confirm efficiency and design compliance.
• Grid Synchronization: Coordination with electricity board authorities for inspection and final grid connectivity.
• Documentation & Handover: Completion of technical documentation and test reports before system activation.
Applications
  • Industrial Plants
  • Solar Farms
  • Hospitals
  • Commercial Complexes

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