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Case Study - 250 kW Solar Carport at Ayodhya Airport by Jakson Solar

250 kW Solar Carport at Ayodhya Airport by Jakson Solar

Project Overview and Key Highlights

Up to 50 electricity

Space Optimization:

Achieved maximum energy output despite limited carport surface area.

Good for

Installation Capacity

Implementation of a 250-kW solar carport system on vehicle parking areas.

Good for

Rapid Deployment

The inauguration timeline of the airport, these systems were successfully commissioned in 2023 as part of the swift deployment targets.

Up to 50 electricity

Strategic Location

Ayodhya Maharishi Valmiki International Airport in Uttar Pradesh is a high-profile public infrastructure project.

250 kW Solar Modules Installed at Ayodhya Airport by Jakson Solar Modules
250 kW Solar Modules Installed at Ayodhya Airport by Jakson Solar

250-kW Solar Carport Commissioned by Jakson at Ayodhya Airport

Key Takeaways

Introduction

The successful installation of a 250-kW solar carport system at the Ayodhya Maharishi Valmiki International Airport by Jakson Solar demonstrates exceptional engineering capabilities in delivering aviation-compliant renewable energy solutions.

This project showcases the solar integration technology that is custom designed and how it can be applied to essential infrastructure without compromising operational safety and reliability.

Why Jakson Solar Was Selected for This Project?

  • Experience: Completed airport solar infrastructure installations while ensuring compliance with airport safety protocols and requirements. 

  • Manufacturing Excellence: Over 77+ years in the energy sector spanning infrastructure and precision-engineered solutions manufacturing.

  • Top Tier Production Capacity: Jakson Solar is one of the top 10 solar panel manufacturers in India with an annual capacity to manufacture 1.2GW of solar modules, receiving dependable supply performance. 

  • Compliance Leadership: Compliance with ALMM, BIS, and IEC standards for product quality and bankability. 

  • Turnkey Solution Provider: Offered full solar EPC capabilities as single shop multi-disciplinary contractors for all power systems design, installation, and commissioning needs.

Project Goals

Safety Assurance

Achieve zero interference with systems for flight safety, pilot visibility, and air traffic control operations.

Energy Independence

Harness renewable energy to meet electricity demands of airport operations including terminal utilities and lighting during day hours.

Land Use Optimization

Improved infrastructure value by dual-purpose carport structures serving as energy generation units while providing passenger comfort amenities.

Regulatory Compliance

Fulfill criteria set by the aviation authority and all benchmark environmental standards concerning public infrastructure works.

Technical Implementation

  • Specialized Solar Module Selection: Aircraft specific anti-reflective coatings were deployed on Helia Mono PERC technology modules at the site.
  • Safety-First Design: Pilot and air traffic control system glare mitigation to ensure uninterrupted monitoring of critical operations was implemented as part of the safety-first design approach.
  • Durability Engineering: Durability focused design incorporated corrosion resistant frames other side tempered high strength glass designed to endure exposure to outdoor dust, humidity, and temperature extremes.
  • Quality Manufacturing: Produced modules in India under fully automated production facility ensuring consistent quality and compliance.
  • Integration Excellence: Achieved clean visual integration with airport architecture without intruding into the systems for modernization.

Outcome

Aviation Safety Success

There have been no reported cases of solar glare interference with flight operations or control systems since commissioning.

Energy Generation Achievement

Sustained power delivery during daylight hours met the partial load operational demands of the airport.

Passenger Satisfaction

Provided protection for parked vehicles in extremely hot weather which improved traveler experience.

Compliance Validation

All regulations set by the aviation authority and environmental bodies must be maintained during the operation.

Infrastructure Integration

Complete seamless architectural integration achieved without compromising airport aesthetics or functionality.

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