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From Payagpur to Rae Bareilly: AMPIN’s Solar Project Reduces MP Birla’s Carbon Footprint

Driving Sustainability: AMPIN’s Solar Initiative Powers MP Birla’s Green Energy Transition

When the whole world was fighting corona and halted, a quiet revolution in sustainability took place in UP. 

AMPIN Energy Transition, a leading name among renewable energy companies in India, successfully commissioned a 28 MWp solar project for MP Birla Cement in 2020. 

Spanning across 98.11 acres in Payagpur, Uttar Pradesh, this project stands as a testament to AMPIN Energy Transition’s expertise in delivering large-scale clean energy solutions, even amidst unprecedented challenges like the COVID-19 pandemic.

A Green Milestone for MP Birla Cement

The cement industry is known for its high energy consumption and significant carbon footprint. Recognising the need for a greener alternative, MP Birla Cement partnered with AMPIN Energy Transition to integrate renewable energy into its operations. 

The 28 MWp open-access solar project, strategically located in Payagpur supplies clean energy to MP Birla’s manufacturing unit in Rae Bareilly.

With a Power Purchase Agreement (PPA) spanning 25 years, this project ensures a long-term commitment to sustainability. By reducing dependency on fossil fuels, MP Birla Cement is not only cutting operational costs but also reinforcing its commitment to environmental responsibility.

Overcoming Challenges to Deliver Clean Energy

The commissioning of this solar project in 2020 was no small feat. The COVID-19 pandemic brought the world to a standstill, disrupting supply chains and workforce availability. However, AMPIN Energy Transition’s resilience and capability in project financing, execution, and delivery ensured that the project was completed on schedule.

Despite the logistical and operational hurdles, the project successfully went live, proving AMPIN Energy Transition’s ability to execute large-scale renewable energy initiatives under the toughest circumstances. This accomplishment not only strengthened AMPIN Energy Transition’s reputation as the best renewable energy company but also showcased its ability to drive India’s clean energy transition forward.

Impact: A Step Towards Decarbonisation

The Payagpur solar project has been instrumental in reducing MP Birla Cement’s carbon footprint. By harnessing the power of the sun, the plant significantly lowers greenhouse gas emissions, contributing to India’s ambitious renewable energy targets.

The project generates substantial clean energy annually, directly replacing fossil fuel-based power consumption. This transition is a crucial step in making cement manufacturing more sustainable and aligns with India’s broader mission to achieve net-zero emissions by 2070.

Also read: The Rise of Floating Solar: Everything You Need to Know

AMPIN Energy Transition: Pioneering a Greener Future

AMPIN Energy Transition has consistently demonstrated its ability to drive India’s renewable energy transformation. This project is a prime example of how the company blends technical expertise, financial strength, and execution efficiency to deliver impactful clean energy solutions.

As industries across India shift towards renewable sources, AMPIN Energy Transition’s role in shaping a sustainable future becomes even more critical. The successful implementation of the Payagpur solar project marks yet another milestone in AMPIN Energy Transition’s journey, solidifying its position as a trusted partner in the clean energy space.

Setting a Benchmark for Renewable Energy in Manufacturing

AMPIN Energy Transition’s solar project is more than just an energy initiative—it is a commitment to a cleaner, greener, and more sustainable future. By enabling MP Birla Cement to cut its carbon footprint significantly, this project sets a precedent for industrial decarbonisation in India.

As awareness of renewable energy’s potential continues to grow, projects like these serve as powerful examples of how businesses can contribute to a sustainable planet while ensuring long-term energy security and economic viability.

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