Moradabad Division Railway Rooftop Solar Power Project – 419 kWp

Powering Railway Infrastructure with Sustainable Energy

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Introduction

As part of the Indian Railways’ ongoing efforts to adopt renewable energy and reduce operational costs, a 419 kWp rooftop solar power project was implemented across multiple sites under the Moradabad Division. Executed using PIXON solar modules, the project focuses on utilizing available rooftop space within railway facilities to generate clean, reliable power.

This case study highlights how decentralized rooftop solar installations across railway sites can contribute to energy savings, environmental protection, and long-term sustainability while supporting critical public infrastructure.

Challenges Faced

Implementing a multi-location rooftop solar project within active railway premises presented several on-ground challenges.

The project involved multiple sites with varying capacities, requiring careful planning and coordination to ensure uniform performance and quality across locations. Limited rooftop space at certain stations demanded an optimized system design to maximize output within available areas.

Working within operational railway zones also meant strict adherence to safety regulations, access controls, and execution timelines. Ensuring uninterrupted railway operations while carrying out installations was a key priority throughout the project.

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Solution Offered

PIXON delivered a well-planned rooftop solar solution tailored to the unique requirements of railway infrastructure.

A total capacity of 419 kWp was installed across multiple locations using PIXON Mono PERC 545 Wp solar modules, known for their efficiency and durability. The systems were designed to make effective use of the available 5,060 sq. m. rooftop area, ensuring stable generation and long-term performance.

The installations were executed with strict safety protocols and minimal disruption to railway activities. Each site was carefully surveyed, and system layouts were customized to match structural conditions and energy needs.

The distributed nature of the project allows for easy monitoring, low maintenance, and reliable operation over the system’s lifetime.

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Results Achieved

The Moradabad Division Railway rooftop solar project has delivered consistent operational and environmental benefits.

  • The combined system generates approximately 1,600 kWh of electricity per day, resulting in an annual energy generation of around 5.84 lakh units. This has significantly reduced dependence on grid power and lowered electricity expenses across the connected facilities.
  • With a low LCOE of approximately ₹1.1 per unit, the project offers long-term cost stability and protection against rising energy prices.
  • From an environmental perspective, the project contributes to saving nearly 6,500 trees and helps reduce carbon emissions annually, supporting Indian Railways’ sustainability goals and commitment to cleaner operations.

Site-wise Installation Details

Sr No Location Capacity UoM
1 Aithal 13 kWp
2 Ikkar 16 kWp
3 Lakshar 79 kWp
4 Najibabad 3 kWp
5 Pathri 16 kWp
6 Rishikesh 235 kWp
7 Virbhadra 47 kWp

Project Highlights

Sr No Parameter Qty UoM
1 Total Project Capacity 419 kWp
2 Area Utilized 5,060 Sq. m.
3 PV Module Type Mono PERC 545 Wp
4 Daily Generation ~1,600 kWh
5 Annual Energy Generation 584,000 kWh
6 LCOE ~₹1.1 /Unit
7 Trees Saved ~6,500 Nos.
8 CO₂ Emissions Avoided (Annual) ~1.5 Metric Tonnes

Conclusion

The Moradabad Division Railway Rooftop Solar Project demonstrates how public infrastructure can effectively integrate renewable energy into day-to-day operations. By utilizing idle rooftop spaces across multiple railway facilities, the project delivers reliable power, long-term cost savings, and measurable environmental benefits.

With minimal maintenance requirements and a long system life, the installation strengthens energy independence while supporting India’s broader clean energy objectives. This project stands as a practical and scalable model for renewable energy adoption across railway divisions and other large institutional facilities.

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