Karad 2.6 MW

Project Name: Karad Solar Power Project
Location: Jaipur, India
Capacity: 2.6 MW DC
Client: SHRI NITYA SOLAR PRIVATE LIMITED
Project Type: PM-KUSUM Yojana

The Karad Solar Power Project (2.6 MW DC) is a utility-scale solar installation designed to deliver reliable and sustainable energy with optimized performance across varying climatic conditions.
The project reflects Planck Power’s expertise in engineering precision, execution quality, and long-term asset performance.

The plant has been engineered to ensure:

• High energy yield

• Structural stability

• Efficient land utilization

• Long operational life

Project Scope & Responsibilities

Planck Power was responsible for end-to-end EPC execution, ensuring seamless coordination from design to commissioning.

Our scope included:

• Detailed engineering & layout planning

• Structure design and installation

• Module mounting & alignment

• Electrical installation (DC & AC side)

• Quality checks and safety compliance

• Testing & commissioning support

Key Project

Highlights

Installed Capacity: 2.6 MW DC

• Optimized Design: Engineered for high PR and low losses

• Execution Quality: Strict quality control at every stage

• Safety First: Compliance with all site safety protocols

• Scalability: Designed for stable long-term operation

Sustainability Impact

The Karad Solar Project contributes significantly to clean energy generation and carbon reduction.

• Estimated Annual Impact:

  • ⚡ Clean energy generation supporting grid demand

  • 🌍 Reduction of ~3,900–4,200 tons of CO₂ per year (approx.)

  • 🌳 Equivalent to planting 1.8–2 lakh trees annually

Technology & Design Approach

System Configuration:

• High-efficiency solar PV modules

• Optimized tilt and orientation for maximum yield

• Robust MMS structures designed for local wind and soil conditions

Design Highlights:

• Loss-minimized DC layout

• Optimized inverter sizing

• Earthing and lightning protection as per standards