UltraTech Cement’s Awarpur Cement Works has recently embarked on a journey toward sustainable energy by implementing floating solar photovoltaic panels (FSPVs) across two water reservoirs on its premises. This solar project covers an area of 3600 square meters and boasts a DC capacity of 4.096 MWp, featuring approximately 7600 solar panels.
UltraTech Cement, part of the Aditya Birla Group, is India’s largest manufacturer of grey cement, ready mix concrete (RMC), and white cement. With a presence in five countries and over 100 million tonnes of annual capacity, UltraTech is known for its commitment to quality and innovation. The company’s products are used in a wide range of construction projects, from residential buildings to infrastructure development.
UltraTech Cement is also a leader in sustainability, focusing on reducing its carbon footprint and promoting eco-friendly practices. With a strong distribution network and a reputation for reliability, UltraTech Cement continues to be a trusted choice for construction needs in India and beyond.
Projections suggest that this initiative could potentially generate 6,173 MWh of solar energy annually, leading to a substantial reduction of around 6000 metric tons of CO2 emissions per year. This reduction is equivalent to the environmental benefits provided by approximately 2.7 lakh mature trees.
Implemented within the confines of Captive mode, UltraTech is set to harness the full spectrum of power generated by this pioneering project. Aiming to fully exploit the potential of its resources, UltraTech has strategically repurposed its water reservoirs, originally conceived for water harvesting initiatives, into a dual-purpose infrastructure.
These reservoirs boast a collective capacity of 1,10,000 cubic meters, serving as a prime location for the installation of solar panels. This innovative integration not only amplifies energy generation but also addresses the issue of water loss due to evaporation, projected to diminish by a remarkable 70 percent.
The strategic placement of solar panels atop these reservoirs serves a multifaceted purpose beyond mere energy production. It champions sustainability by significantly curtailing water evaporation, a crucial concern in arid regions. Moreover, this forward-thinking approach minimizes disruption to local ecosystems while fostering environmental preservation.
Through the shading effect of solar panels, the project facilitates temperature regulation, preserving the delicate balance of the surrounding habitat. Furthermore, the utilization of Floating Solar Photovoltaic systems (FSPVs) represents a cutting-edge solution to combat the proliferation of algae.
By mitigating the occurrence of algal blooms, this technology ensures the long-term viability of water bodies. This innovative approach not only optimizes land usage, effectively tackling the challenge of land scarcity commonly associated with conventional solar installations but also sets a precedent for sustainable development practices.
UltraTech Cement demonstrates its commitment to the energy transition by setting a goal to procure all its electricity from renewable sources by 2050 as part of its RE100 commitment. As a member of EP100, the company aims to double its energy productivity. By 2030, UltraTech plans to increase the share of green energy in its total energy mix to 85 per cent, with an interim target of achieving 60 per cent by FY26.
To reach these goals, UltraTech has implemented several strategies, including adopting renewable energy sources and expanding its WHRS. Currently, UltraTech has a total green energy capacity of 719 MW, comprising 264 MW of WHRS installed capacity and 455 MW of contracted renewable energy, which meets 24 per cent of its current energy requirements as of Q3 FY24.
