Powering a Future with AzarMehrPargas

Azar Mehr Pargas is committed to the advancement of innovative solar power solutions. Our flagship initiative encompasses a sophisticated 3-megawatt solar power plant, meticulously designed to efficiently harness solar energy while promoting sustainable practices. We invite you to join us in transforming the energy sector.

Discover Azar Mehr Pargas's Vision and Team

At AzarMehrPargas, we are resolutely dedicated to promoting renewable energy and reducing carbon footprints through innovative solar power solutions. Our core mission is to establish a cutting-edge 3-megawatt solar power plant as a benchmark for sustainability. Our leadership is driven by our CEO, Bahman Zanguei, and our Project Manager, Dr. Kheradmandi, who together guide our journey to a cleaner and more sustainable future.

AzarMehrPargas 3-Megawatt Plant: Powering a Sustainable Future for the Community

Our 3-megawatt solar power plant is designed to provide clean, renewable energy while setting a new standard for sustainable practices. Located on 96, 793 square meters, this project will significantly reduce carbon emissions and promote environmental stewardship. We are committed to transparency and innovation in every aspect of this project.

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Total power capacity of the solar power plant.

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Area covered by the solar power plant.

Strategically Located for Optimal Energy Capture

Our 3-megawatt solar power plant is strategically located to maximize sunlight exposure and energy production. Situated on a sprawling 96, 793 square meters, the plant is designed for optimal efficiency and minimal environmental impact. This location ensures we can harness solar energy effectively.

Our Commitment to Sustainable Energy Solutions

At AzarMehrPargas, we are dedicated to implementing sustainable practices in all aspects of our 3-megawatt solar power plant project. Our commitment extends beyond just generating clean energy; we strive to minimize environmental impact and promote long-term sustainability.

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Reduction in carbon emissions compared to traditional energy sources.

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Of materials used are recyclable, reducing waste and promoting circularity.