BHEL Bags ?9500 Crore EPC Contract for Singrauli Power Plant
BHEL Secures  $1 Billion EPC Contract to Expand Singrauli Thermal Power Project

Project News

BHEL Secures $1 Billion EPC Contract to Expand Singrauli Thermal Power Project

Updated on Jun 25, 2024, 04:00 AM IST
Written by Anandu Manoj

Bharat Heavy Electricals Limited (BHEL), a leading engineering and manufacturing enterprise, has secured a massive contract worth over USD 1 billion (INR 9,500 crore) from NTPC Limited. This deal pertains to the Engineering, Procurement, and Construction (EPC) package of the Singrauli Super Thermal Power Project Stage-III, situated in Sonebhadra district, Uttar Pradesh.

 

BHEL Secures  $1 Billion EPC Contract to Develop Singrauli Thermal Power Project

 

Project Cost

The total project cost for the Singrauli Thermal Power Project Stage-III is estimated to be USD 2 billion (INR 17,195.31 crore). This information is based on the most recent approval by NTPC Ltd. for BHEL's EPC contract, which has a value of INR 9,500 crore. It's important to note that the remaining project costs likely cover aspects like land acquisition, environmental clearances, transmission infrastructure, and other associated expenses.

 

Find Thermal Power Projects and Tenders in IndiaGet Started Now!

 

Project Scope 

BHEL will design, manufacture, and supply key equipment (boiler, turbine, generator) and related systems for the Singrauli power plant (2x800 MW). The project also includes erection, commissioning, and civil works, making it a comprehensive EPC contract. This project aims to increase India's power generation capacity and contribute to economic development.

 

 

Project Background

The Singrauli Super Thermal Power Project is the first power plant established by NTPC Limited, dating back to 1982. Stage-I comprised five units with a combined capacity of 1000 MW, commissioned between 1982 and 1984. Stage-II consisted of two units with a total capacity of 1000 MW, commissioned in 1986 and 1987. The initial proposal for Stage-III involved a single 500 MW unit, but later plans changed to two 800 MW units, totaling 1600 MW.

 

Project Objective

Increase Power Generation Capacity: The primary objective is to significantly contribute to India's growing electricity demands by adding 1600 MW (2x800 MW) of power generation capacity to the national grid.

 

Support Infrastructure Development: The project aligns with the government's goal of bolstering infrastructure development in the power sector, aiming to meet the rising energy needs of the population and economic activity.

 

 

Discover more such projects with ease.

Are you looking for a platform that gives you reliable, high-quality, and timely project insights for Thermal Power Plant Projects in India?

 

Discover the Global Project Tracking (GPT) platform by Blackridge Research, designed to provide you with the most recent Thermal Power Projects and Tenders better and faster across various stages of development:

  • Upcoming projects
  • Tender Notices
  • Contract award announcements
  • Projects in progress or under construction
  • Successfully completed projects.

 

The user-friendly interface helps you obtain early-stage awareness of projects and find the right business opportunity quickly.

 

 

Each project will have all the essential details, such as scope, capacity, CapEx, status, project description, companies involved, funding information, location, periodic updates, important event dates like construction start date, commissioning dates, and key contact information of project owners and stakeholders.

 

The database is a vital resource for a wide range of entities, including developers, EPC Companies, project owners, research and development organizations, companies looking for acquisition of solar power plants, government and regulatory bodies, and law firms.

 

Book a Free demo to learn more about the India Thermal power plant projects database and how we can help you achieve your goals

 

Leave a Comment

We love hearing from our readers and value your feedback. If you have any questions or comments about our content, feel free to leave a comment below.

We read every comment and do our best to respond to them all.

Protected by Cloudflare Turnstile