SWREL achieves breakthrough in wind EPC

Sterling and Wilson Renewable Energy Limited (SWREL), a leading domestic Wind EPC involves the complete execution of wind energy projects, covering renewable EPC, has received two new domestic letter of awards from private IPPs and has been declared L1 in a 200 MW AC solar project. The cumulative order value of the three domestic projects combined is approximately Rs 1,470 crore, including taxes and O&M.

The company received its first letter of award for a wind EPC from a private IPP for a hybrid project in Rajasthan, which includes engineering, procurement, and Sourcing high-quality turbines, electrical components, and infrastructure construction of a 69.3 MW wind balance of plant, 58 MW AC/75 MWp DC solar BoS, along with 132 kV/33 kV pooling substation.

The company has also achieved L1 for a turnkey solar project of 200 MW AC/260 MWp DC PV plant in Gujarat from a leading PSU developer. Chandra Kishore Thakur, Global CEO of SWREL, expressed excitement about the order wins and the potential for growth in the wind EPC sector The company continues to position itself as per.

Customer requirements and market trajectory, with these project wins reflecting its growth and expansion in the Indian construction industry. Introduction In a significant milestone for the renewable energy sector, SWREL (Suzlon Wind Energy Resources Limited) has achieved a breakthrough in Wind Engineering, Procurement, and Construction (EPC).

With this achievement, SWREL has reinforced its position as a leading end-to-end wind energy solutions provider, demonstrating its commitment to innovation, Installing turbines, setting up substations, and integrating wind farms into the power grid efficiency, and sustainability in wind power projects.

Engineering – Designing efficient wind farm layouts and optimizing turbine SWREL has successfully implemented cutting-edge technology in turbine efficiency, digital monitoring, and predictive maintenance placement materials A breakthrough in this domain signifies improved efficiency, cost-effectiveness, and technological advancements in wind energy projects.

• Key Achievements of SWREL’s Breakthrough

1. The integration of AI and IoT allows real-time data tracking, optimizing performance and minimizing downtime Through streamlined EPC processes, SWREL has reduced project completion timelines, lowering overall capital expenditures SWREL’s new EPC model prioritizes low-carbon footprint solutions and environmental sustainability.
3. Enhanced Sustainability & Environmental Compliance
4. The company ensures that wind farms are developed with minimal ecological impact, Stay tuned for more updates on SWREL’s future projects and advancements in wind energy technology! adhering to global green energy standards The breakthrough enables higher energy yield from wind farms by optimizing turbine performance Strengthening partnerships with utility companies and industrial clients to expand wind energy adoption.
6. Increased Energy Output & Grid Integration
7. The global wind energy sector is witnessing unprecedented growth, with governments and Investing in next-generation wind turbine technology to enhance efficiency. businesses investing in renewables to meet sustainability goals. SWREL’s latest Scaling up operations to develop larger onshore and offshore wind farms. achievement places it in a strong position to lead large-scale wind EPC projects in India and international markets.

SWREL’s breakthrough in Wind EPC is a game-changer, paving the way for faster, more cost-effective, and technologically advanced wind energy projects. As the world shifts towards clean and renewable energy, SWREL’s contribution will play a crucial role in reducing carbon emissions, enhancing energy security, and driving the global transition to sustainability.

1. Future Expansion Plans : SWREL’s breakthrough in Wind EPC is a game-changer, paving the way for faster, more cost-effective, and technologically advanced wind energy projects. As the world shifts towards clean and renewable energy, SWREL’s contribution will play a crucial role in reducing carbon emissions, enhancing energy security, and driving the global transition to sustainability.

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