ANANT CREATION Rooftop Solar Power Plant – 100 kW

Smart Use of Rooftop Space for Sustainable Growth

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Introduction

ANANT CREATION, based in Rajasthan, adopted rooftop solar power as a strategic move to reduce electricity costs and make effective use of its existing infrastructure. The 100 kW rooftop solar power plant was installed with the objective of achieving reliable energy generation while optimizing available rooftop space.

This project highlights how a well-planned rooftop solar system can deliver consistent performance, financial savings, and environmental benefits without requiring additional land or major structural changes.

Challenges Faced

The primary challenge of this project was optimizing the solar module tilt angle to achieve the best possible energy generation. Since rooftop conditions directly impact performance, careful planning was required to ensure maximum sunlight capture throughout the year.

Another important consideration was utilizing the existing tin shed structure effectively, without adding unnecessary cost or making structural modifications.

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Solution Offered

PIXON provided a customized rooftop solar solution designed to suit the site conditions and client requirements.

A 100 kW rooftop solar system was installed using PIXON Mono PERC 390 Wp modules, selected for their efficiency and suitability for rooftop installations. The system was carefully designed to utilize 864 sq. m. of available rooftop area, ensuring optimal layout and stable performance.

Special attention was given to module tilt optimization, enabling improved daily energy output. The solution ensured maximum power generation while avoiding any additional investment for space or structural expansion.

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Results Achieved

The ANANT CREATION rooftop solar project has delivered consistent and measurable benefits.

  • The system generates approximately 4.5 units per kW per day, resulting in an annual energy generation of around 1,64,250 units. This has led to a significant reduction in electricity bills and improved energy cost control for the client.
  • With an LCOE of ₹1.96 per unit, the project offers economical and predictable power generation. From an environmental standpoint, the installation helps save approximately 4,412 trees and avoids nearly 32.38 tonnes of CO₂ emissions every year, contributing positively to sustainability goals.
Sr No Parameter Qty UoM
1 Project Capacity 100 kW
2 Area Utilized 864 Sq. m.
3 PV Module Type Mono PERC 390 Wp
4 Daily Generation ~4.5 Unit/kW
5 Annual Energy Generation 164,250 Units
6 LCOE ₹1.96 /Unit
7 CO₂ Emissions Avoided (Annual) 32.38 Tonnes
8 Trees Saved 4,412 Nos.

Conclusion

The ANANT CREATION 100 kW Rooftop Solar Project demonstrates how rooftop solar can be effectively implemented using existing structures to deliver long-term value. By optimizing module tilt and utilizing available tin shed space, the project achieves reliable energy generation without requiring additional land or capital investment.

This installation not only reduces electricity costs for the client but also supports environmental responsibility. The case study serves as a practical example of how businesses can adopt rooftop solar as a cost-effective and sustainable energy solution.

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