NTPC Group installed capacity reaches 81,368 MW; completes trial of Unit 3 at Karanpura STPP
State-owned
NTPC
on Thursday said it has completed trial operations of a third unit of 660 MW of its North
Karanpura Super Thermal Power Project
in Jharkhand, taking its total
installed capacity
to 81,368 MW.
NTPC
's 3X660 MW North Karanpura Super
Thermal Power
(STPP) project is a
coal-based power plant
located in the Chatra district of the state.
Unit-3 of the 660 MW capacity of the project has completed trial operation and is consequently included in the installed capacity of
NTPC Limited
, the company said in a filing.
"With this, the total installed capacity of NTPC on standalone and group basis has become 60,266 MW and 81,368 MW, respectively," it said.
NTPC, under the
Ministry of Power
, is India's largest
power generation company
. PTI
Hashtags
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Time of India
10 hours ago
- Time of India
India's biofuel sector transitioning from promise to partial implementation: Report
India's biofuel sector is slowly moving from a stage of promise to partial implementation, supported by strong government policies, rising need for decarbonization, and the push for rural value creation, according to a report by YES Securities. The report highlighted that while government support through initiatives like SAMARTH (for biomass), E20 (for ethanol), and SATAT (for compressed biogas or CBG) remains strong, the actual progress in building the required infrastructure is uneven across different segments. It said "India's biofuel sector is transitioning from promise to partial implementation, driven by policy tailwinds". Among all segments, ethanol blending has shown significant progress, with around 18 per cent blending achieved. This has also resulted in a visible return on capital employed (RoCE) for producers. Solid biofuels are also gaining ground in industries as substitutes for coal and furnace oil. This shift is being driven by better economics and pressure to meet environmental, social, and governance (ESG) goals. However, the report noted that the CBG segment still faces several challenges. These include problems with feedstock logistics, underutilised production capacity, and the lack of infrastructure needed to monetise by-products, which are crucial for making CBG plants financially viable. The report added that investors should now focus on segments that are showing operational progress, have clear offtake guarantees linked to policy, and show a realistic path to scale. In terms of policy and mechanism support, the report explained the role of co-firing, which involves blending solid biofuels with coal in power plants. According to a Ministry of Power (MoP) order issued in 2021, all thermal power plants with a capacity of more than 200 MW are required to blend 5 per cent biomass starting from FY22. In regions prone to high stubble burning like Punjab, Haryana, and Uttar Pradesh, the limit has been increased to 7 per cent. This effort is being driven under the SAMARTH Mission, a government initiative to promote sustainable fuel use. India's coal-fired power capacity stands at about 210 GW. Even a 5 per cent blend would require around 10.5 GW of power to be generated from biofuels. This would translate to the use of 15-20 million metric tonnes (mmt) of biomass every year, creating a potential market of over Rs 500 billion. Public sector power utility NTPC has emerged as a leader in the co-firing space. As of early calendar year 2025, it has already co-fired more than 2.5 lakh tonnes of biomass across its units in Dadri, Jhajjar, and others. Some of these units have achieved 7-10 per cent biomass blending. Despite the policy push, the report pointed out several bottlenecks. These include variation in the calorific value and combustion characteristics of biomass, difficulties in logistics and storage due to the perishable nature of biomass, and the need for plant-specific burner modifications to enable efficient co-firing. The report concluded that while the biofuel sector holds significant promise, actual implementation will depend on overcoming these practical challenges and ensuring consistent progress across all segments.
India Gazette
11 hours ago
- India Gazette
India's biofuel sector transitioning from promise to partial implementation: Report
New Delhi [India], June 14 (ANI): India's biofuel sector is slowly moving from a stage of promise to partial implementation, supported by strong government policies, rising need for decarbonization, and the push for rural value creation, according to a report by YES Securities. The report highlighted that while government support through initiatives like SAMARTH (for biomass), E20 (for ethanol), and SATAT (for compressed biogas or CBG) remains strong, the actual progress in building the required infrastructure is uneven across different segments. It said 'India's biofuel sector is transitioning from promise to partial implementation, driven by policy tailwinds'. Among all segments, ethanol blending has shown significant progress, with around 18 per cent blending achieved. This has also resulted in a visible return on capital employed (RoCE) for producers. Solid biofuels are also gaining ground in industries as substitutes for coal and furnace oil. This shift is being driven by better economics and pressure to meet environmental, social, and governance (ESG) goals. However, the report noted that the CBG segment still faces several challenges. These include problems with feedstock logistics, underutilised production capacity, and the lack of infrastructure needed to monetise by-products, which are crucial for making CBG plants financially viable. The report added that investors should now focus on segments that are showing operational progress, have clear offtake guarantees linked to policy, and show a realistic path to scale. In terms of policy and mechanism support, the report explained the role of co-firing, which involves blending solid biofuels with coal in power plants. According to a Ministry of Power (MoP) order issued in 2021, all thermal power plants with a capacity of more than 200 MW are required to blend 5 per cent biomass starting from FY22. In regions prone to high stubble burning like Punjab, Haryana, and Uttar Pradesh, the limit has been increased to 7 per cent. This effort is being driven under the SAMARTH Mission, a government initiative to promote sustainable fuel use. India's coal-fired power capacity stands at about 210 GW. Even a 5 per cent blend would require around 10.5 GW of power to be generated from biofuels. This would translate to the use of 15-20 million metric tonnes (mmt) of biomass every year, creating a potential market of over Rs 500 billion. Public sector power utility NTPC has emerged as a leader in the co-firing space. As of early calendar year 2025, it has already co-fired more than 2.5 lakh tonnes of biomass across its units in Dadri, Jhajjar, and others. Some of these units have achieved 7-10 per cent biomass blending. Despite the policy push, the report pointed out several bottlenecks. These include variation in the calorific value and combustion characteristics of biomass, difficulties in logistics and storage due to the perishable nature of biomass, and the need for plant-specific burner modifications to enable efficient co-firing. The report concluded that while the biofuel sector holds significant promise, actual implementation will depend on overcoming these practical challenges and ensuring consistent progress across all segments. (ANI)
Time of India
12 hours ago
- Time of India
India's biofuel sector transitioning from promise to partial implementation: Report
New Delhi: India's biofuel sector is slowly moving from a stage of promise to partial implementation, supported by strong government policies, rising need for decarbonization, and the push for rural value creation, according to a report by YES Securities. The report highlighted that while government support through initiatives like SAMARTH (for biomass), E20 (for ethanol), and SATAT (for compressed biogas or CBG) remains strong, the actual progress in building the required infrastructure is uneven across different segments. It said "India's biofuel sector is transitioning from promise to partial implementation, driven by policy tailwinds". Among all segments, ethanol blending has shown significant progress, with around 18 per cent blending achieved. This has also resulted in a visible return on capital employed (RoCE) for producers. Solid biofuels are also gaining ground in industries as substitutes for coal and furnace oil. This shift is being driven by better economics and pressure to meet environmental, social, and governance (ESG) goals. However, the report noted that the CBG segment still faces several challenges. These include problems with feedstock logistics, underutilised production capacity, and the lack of infrastructure needed to monetise by-products, which are crucial for making CBG plants financially viable. The report added that investors should now focus on segments that are showing operational progress, have clear offtake guarantees linked to policy, and show a realistic path to scale. In terms of policy and mechanism support, the report explained the role of co-firing, which involves blending solid biofuels with coal in power plants. According to a Ministry of Power (MoP) order issued in 2021, all thermal power plants with a capacity of more than 200 MW are required to blend 5 per cent biomass starting from FY22. In regions prone to high stubble burning like Punjab, Haryana, and Uttar Pradesh, the limit has been increased to 7 per cent. This effort is being driven under the SAMARTH Mission, a government initiative to promote sustainable fuel use. India's coal-fired power capacity stands at about 210 GW. Even a 5 per cent blend would require around 10.5 GW of power to be generated from biofuels. This would translate to the use of 15-20 million metric tonnes (mmt) of biomass every year, creating a potential market of over Rs 500 billion. Public sector power utility NTPC has emerged as a leader in the co-firing space. As of early calendar year 2025, it has already co-fired more than 2.5 lakh tonnes of biomass across its units in Dadri, Jhajjar, and others. Some of these units have achieved 7-10 per cent biomass blending. Despite the policy push, the report pointed out several bottlenecks. These include variation in the calorific value and combustion characteristics of biomass, difficulties in logistics and storage due to the perishable nature of biomass, and the need for plant-specific burner modifications to enable efficient co-firing. The report concluded that while the biofuel sector holds significant promise, actual implementation will depend on overcoming these practical challenges and ensuring consistent progress across all segments.
