Tata Power's green arm joins NTPC for 200 MW renewable energy project

IANS April 14, 2025 171 views

Tata Power Renewable Energy Limited has partnered with NTPC to develop a significant 200 MW renewable energy project across India. The initiative will generate approximately 1,300 million units of electricity annually, effectively reducing over 1 million tons of carbon dioxide emissions. This project represents a strategic expansion of TPREL's renewable portfolio, which now stands at 10.9 GW with ongoing implementations. The collaboration demonstrates India's commitment to sustainable energy solutions and carbon reduction strategies.

"We are committed to delivering sustainable energy solutions across multiple technologies" - Tata Power Renewable Energy Spokesperson
Mumbai, April 14: Tata Power Renewable Energy Limited (TPREL) on Monday said it has signed a power purchase agreement with NTPC Limited, India's largest integrated power company, to develop a 200 MW renewable energy (RE) project.

Key Points

1

Renewable project spans multiple locations with solar and wind technologies

2

Aims to generate 1,300 million units of electricity annually

3

Reduces over 1 million tons of carbon dioxide emissions

4

Supports distribution companies' peak power needs

The project, spread across multiple locations in India, is set to be completed within 24 months and is expected to generate approximately 1,300 million units (MUs) of electricity annually, mitigating over 1 million tons of carbon dioxide emissions per year, an official statement said.

The project was won by TPREL based on competitive bidding and would consist of solar, wind and BESS technologies.

A key feature of this initiative is the commitment to a 4-hour peak power supply, ensuring at least 90 per cent availability during peak demand hours to support the growing energy needs of distribution companies, the statement explained.

With this project, TPREL’s total renewable utility capacity has reached 10.9 GW. Currently, 5.5 GW of this capacity is operational, comprising 4.5 GW of solar and 1 GW of wind energy.

Additionally, 5.4 GW is under various stages of implementation, evenly split between 2.7 GW of solar and 2.7 GW of wind projects. These ongoing projects are expected to be completed in phases over the next 6 to 24 months in a staggered manner.

TPREL said it also offers comprehensive green energy solutions for rural and urban areas like turnkey, EPC and operation and maintenance (O&M) solutions for various business segments like utility-scale projects & solar rooftop.

Alongside its extensive portfolio of renewable solutions, the company boasts a cutting-edge solar cell and module manufacturing plant in Bengaluru, with capacities of 530 MW for solar cells and 682 MW for modules.

Additionally, the company has 4.3 GW cells and module manufacturing plant at Tirunelveli, Tamil Nadu. TPREL also provides electric vehicle (EV) charging solutions across various segments and other advisory solutions across the renewable sector, according to the statement.

Reader Comments

R
Rahul K.
This is fantastic news! More collaborations like this between major players can really accelerate India's renewable energy transition. The 1 million tons CO2 reduction is impressive 🌱
P
Priya M.
While I appreciate the initiative, I wonder why they're not focusing more on wind energy given its higher efficiency in certain regions. The solar-wind balance seems skewed.
A
Amit S.
The 4-hour peak power supply commitment is a game changer! This addresses one of the biggest challenges with renewables - reliability during high demand periods.
S
Sunita R.
Love seeing Tata Power expanding their renewable portfolio! Their work in EV charging solutions is also noteworthy. Hope they consider more rural electrification projects too.
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Vikram J.
The manufacturing capacity numbers are impressive - 530MW cells and 682MW modules! This vertical integration should help bring costs down over time. Smart move by TPREL.
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Neha P.
Excited to see the BESS (battery storage) component mentioned! Energy storage is the missing piece we need to make renewables truly viable at scale. More details on this would be great!

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