Shree Raghuveer Spinning Mill Pvt Ltd.

Large-scale solar farm with fully automated solar tracking systems to optimize energy generation by following the sun's movement.

Powering a Sustainable Future

Rayzon Green collaborates with Shree Raghuveer Spinning Mill Pvt. Ltd. to drive sustainability through clean energy solutions. This 1240.42 kW rooftop solar EPC project at Raghuveer Spinning Mill enhances energy efficiency and cost savings. Integrated with DGVCL, it ensures a reliable and eco-friendly power supply. The installation significantly reduces carbon emissions, contributing to a greener future. Utilizing advanced solar technology, it maximizes energy output and long-term benefits. Rayzon Green continues to excel in innovative solar EPC solutions. Together, we power a cleaner and more sustainable tomorrow.

Project Overview

Project Details Description
Client Shree Raghuveer Spinning Mill Pvt Ltd.
Location Tadkeshwar, Mandvi, Surat
Capacity 1240.42 Kw
Project Type Rooftop Solar EPC
DISCOM DGVCL
Objective Powering Raghuveer Spinning Mill with Renewable Energy
Sustainability Impact Reduction in carbon footprint & increased adoption of solar energy

Engineering & Execution

  • Project Planning :

    Site assessment & feasibility studies for optimized system design.

  • Construction & Installation :

    Fast-tracked deployment of solar panels, inverters & electrical connections.

  • Grid Integration :

    Seamless connectivity to the DGVCL network for reliable power supply.

  • Operation & Maintenance (O&M) :

    24/7 monitoring for optimal performance and longevity.

Close-up view of manually adjustable seasonal tilt solar panels designed to adapt to varying sunlight angles for efficient energy output.

Project Benefits

Benefits Impact
Sustainable Power 1240.42 Kw of clean, renewable energy for commercial applications
Economic Growth Cost-effective energy solutions reduce operational expenses
Reduced Energy Costs Long-term savings on electricity consumption for the office
Energy Independence Lower reliance on conventional power sources