RENWAL 2.4 MW

Project Name: Renwal Solar Power Project
Location: Renwal, India
Capacity: 2.4 MW DC
Client: Nitiya Solar Private Limited
Project Type: PM-KUSUM Yojana

The Renwal Solar Project is a 2.4 MW DC ground-mounted solar installation developed to deliver efficient and sustainable power generation in Rajasthan. The plant has been engineered to ensure high performance under demanding climatic conditions.

A key highlight of this project is the use of thin-film photovoltaic (PV) modules, selected for their strong performance in high-temperature environments and stable energy output under varying irradiance conditions. This technology choice enhances overall plant efficiency and long-term reliability.

From site development to commissioning, the project reflects structured planning, quality-focused execution, and performance-driven design.

Project Scope & Responsibilities

Planck Power is responsible for complete end-to-end execution, including:

• Site evaluation and tracker-compatible layout design

• Engineering optimized for single axis tracking systems

• Procurement of high-efficiency PV modules and tracker structures

• Mechanical installation of tracker systems

• Electrical works, grid interconnection, and commissioning

• Performance testing and system optimization

Key Project

Highlights

• Installed Capacity: 2.4 MW

• Location: Renwal, Rajasthan

• Plant Type: Ground-Mounted Solar PV Power Plant

• Execution Model: EPC

• Project Status: Completed

Sustainability Impact

The Renwal Solar Project contributes to:

• Reduction in carbon emissions

• Clean energy generation for the regional grid

• Lower dependence on fossil fuels

• Support for India’s renewable energy targets

The project strengthens sustainable infrastructure while delivering reliable long-term power generation.

Technology & Design Approach

The Renwal Solar Plant integrates advanced system design and optimized layout engineering to maximize energy yield.

The project utilizes thin-film solar modules, chosen specifically for:

• Better performance in high ambient temperatures

• Lower temperature coefficient compared to conventional crystalline modules

• Improved output during diffused light conditions

• Consistent performance across seasonal variations

The ground-mounted structure system is designed for durability and wind resistance, while the inverter configuration ensures stable grid integration and efficient power conversion.

Row spacing, tilt angles, and electrical configuration were engineered to reduce shading losses and improve long-term operational efficiency.