CASE STUDY

Solar Power Plant Development

Planning and construction of large-scale grid-tied solar power plants across India, with a total capacity of 484 MW implemented through the PPA model

EXECUTIVE SUMMARY

Transforming India's Solar Energy Landscape

Led the comprehensive development and implementation of multiple utility-scale solar power plants across India, ranging from 10 MW to 100 MW capacities. Our expertise spans the entire project lifecycle, from financial modeling and engineering design to procurement, construction, and commissioning.

Successfully managed complex infrastructure requirements including high-voltage transmission lines (33 KV to 220 KV), bay constructions, and integration with state power grids. The projects demonstrate excellence in technical implementation while ensuring regulatory compliance and optimal financial performance.

Our portfolio includes landmark projects such as the 600 MW solar park in Kurnool and multiple large-scale installations across Punjab, Karnataka, and Telangana, establishing new benchmarks in India's renewable energy sector.

Total Capacity

1200 MW

Coverage

8 States

Project Types

Utility & Rooftop

PROJECT FRAMEWORK

Comprehensive Implementation Approach

End-to-end development of utility-scale solar power plants, from concept to commissioning.

01

Project Development

  • Financial modeling & PPA
  • Land acquisition
  • Regulatory approvals
  • Grid connectivity
02

Engineering & Design

  • Technical specifications
  • Layout optimization
  • Transmission planning
  • SCADA integration
03

Implementation

  • Construction management
  • Quality control
  • Testing & commissioning
  • Grid synchronization
KEY ACHIEVEMENTS

Project Milestones

100MW

Largest Single Project Capacity

220KV

Highest Transmission Capacity

12+

Major Projects Completed

TECHNICAL FRAMEWORK

Power Plant Components

Generation Systems

Core power generation infrastructure and components.

Key Elements:

  • Photovoltaic modules
  • Mounting structures
  • Inverter stations
  • DC cabling systems

Transmission Infrastructure

Power evacuation and transmission systems.

Components:

  • 33/66/132/220 KV lines
  • Switchyard equipment
  • Bay installations
  • Grid substations

Control Systems

Monitoring and control infrastructure.

Features:

  • SCADA integration
  • Data telemetry
  • Protection systems
  • Remote monitoring
IMPLEMENTATION PROCESS

Project Execution Framework

Planning & Design

Comprehensive project planning and technical design.

Key Activities:

  • Site assessment
  • Resource planning
  • Technical drawings
  • Approval documentation

Construction Phase

End-to-end construction management and oversight.

Components:

  • Civil works
  • Equipment installation
  • Quality control
  • Safety management

Commissioning

Testing and grid integration procedures.

Processes:

  • System testing
  • Grid synchronization
  • Performance validation
  • Documentation
PROJECT SPECIFICS

Implementation Details

Major Projects

Portfolio of large-scale solar installations across multiple states.

Key Projects:

  • 100 MW Kurnool Solar Park
  • 100 MW Telangana Project
  • 130 MW Karnataka Project
  • 24 MW Punjab Installation

Technical Scope

Comprehensive implementation of solar power infrastructure.

Components:

  • High-voltage transmission
  • Grid integration systems
  • SCADA implementation
  • Substation development

Project Management

End-to-end project execution and oversight.

Key Areas:

  • Financial modeling
  • Engineering design
  • Procurement strategy
  • Construction management
OUTCOMES

Project Impact

Technical Success

  • 484 MW total capacity
  • Multi-voltage transmission
  • Grid integration
  • SCADA implementation

Geographic Reach

  • 8 state coverage
  • Multiple voltage levels
  • Diverse terrains
  • Grid connectivity

Project Innovation

  • Financial modeling
  • Technical design
  • Implementation strategy
  • Operational excellence
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