Category: Uncategorized

TruAlt Bioenergy has announced that it has received approval for financial assistance of INR 150 crore under the Government of India’s PM JI-VAN Yojana for its proposed commercial-scale Sustainable Aviation Fuel (SAF) project.

The approval has been granted by the Centre for High Technology (CHT) under the Ministry of Petroleum and Natural Gas (MoPNG). The approved financial assistance of INR 150 crore is expected to incentivise approximately 7-10 percent of th project’s capital expenditure, thereby enhancing project viability, stated the company.

The PM JI-VAN Yojana is a flagship initiative of the Government of India aimed at accelerating the commercialisation of advanced biofuels. Through targeted financial support, the scheme promotes technological innovation, utilisation of renewable feedstocks and agricultural residue and the development of indigenous low-carbon fuel technologies.

The proposed SAF facility, with a planned production capacity of 10 crore litres per annum, is expected to play a pivotal role in advancing India’s energy transition and aviation decarbonisation objectives. The project will contribute to the development of a domestic SAF ecosystem, strengthen indigenous production of low-carbon aviation fuels, reduce dependence on imported fossil fuels, and support India’s long-term net-zero ambitions.

Commenting on the development, Vijay Nirani, Managing Director, TruAlt Bioenergy, said, “This milestone represents far more than the development of a new facility, as the world accelerates towards decarbonising aviation, Sustainable Aviation Fuel will become an indispensable pillar of the future energy landscape. At TruAlt, we are committed to building globally competitive, indigenous solutions that strengthen India’s energy security while advancing climate goals.”

The financial assistance will be released in accordance with project milestones and the terms of the Memorandum of Agreement to be executed with the Centre for High Technology.

With an installed ethanol production capacity of 2,000 KLPD and integrated operations across the biofuels value chain, TruAlt will continue to expand its portfolio across ethanol, compressed biogas (CBG), sustainable aviation fuel and other future fuels, stated the company.

TruAlt Bioenergy has announced that it has received approval for financial assistance of INR 150 crore under the Government of India’s PM JI-VAN Yojana for its proposed commercial-scale Sustainable Aviation Fuel (SAF) project.

The approval has been granted by the Centre for High Technology (CHT) under the Ministry of Petroleum and Natural Gas (MoPNG). The approved financial assistance of INR 150 crore is expected to incentivise approximately 7-10 percent of th project’s capital expenditure, thereby enhancing project viability, stated the company.

The PM JI-VAN Yojana is a flagship initiative of the Government of India aimed at accelerating the commercialisation of advanced biofuels. Through targeted financial support, the scheme promotes technological innovation, utilisation of renewable feedstocks and agricultural residue and the development of indigenous low-carbon fuel technologies.

The proposed SAF facility, with a planned production capacity of 10 crore litres per annum, is expected to play a pivotal role in advancing India’s energy transition and aviation decarbonisation objectives. The project will contribute to the development of a domestic SAF ecosystem, strengthen indigenous production of low-carbon aviation fuels, reduce dependence on imported fossil fuels, and support India’s long-term net-zero ambitions.

Commenting on the development, Vijay Nirani, Managing Director, TruAlt Bioenergy, said, “This milestone represents far more than the development of a new facility, as the world accelerates towards decarbonising aviation, Sustainable Aviation Fuel will become an indispensable pillar of the future energy landscape. At TruAlt, we are committed to building globally competitive, indigenous solutions that strengthen India’s energy security while advancing climate goals.”

The financial assistance will be released in accordance with project milestones and the terms of the Memorandum of Agreement to be executed with the Centre for High Technology.

With an installed ethanol production capacity of 2,000 KLPD and integrated operations across the biofuels value chain, TruAlt will continue to expand its portfolio across ethanol, compressed biogas (CBG), sustainable aviation fuel and other future fuels, stated the company.

India’s energy sector is demonstrating resilience and adaptability amid significant shifts in global energy markets, according to the latest analysis from S&P Global Energy. While geopolitical developments continue to reshape commodity flows, India is successfully leveraging diversified supply chains, domestic energy resources and infrastructure readiness to safeguard its energy security and fuel emerging digital demand.

Across oil, power, data centers and coal markets, S&P Global Energy experts note a common theme: India is strengthening long-term energy security while strategically positioning itself for future economic growth.

India needs better optionality: diversified crude routes, deeper storage/inventory buffers, and credible alternatives that reduce import-linked exposure including for LPG, where structural dependence on the Gulf has been exposed. India’s crisis management has worked in the near term -but a prolonged disruption limits complacency, particularly in securing sufficient feed through the end of the year. (“Strait of Hormuz shock redraws India’s oil market strategy” by Premasish Das, Executive Director and Head of Downstream Oil Research Asia, Middle East, Africa and CIS at S&P Global Energy).

Powering the Digital Boom: Beyond immediate fuel security, India is uniquely positioned to capitalise on the explosive growth of the global data center sector. With data center power demand in India expected to grow at more than 25 percent annually, the country is emerging as a strategic hub for Al workloads and cross-border cloud infrastructure. Furthermore, India’s power grid has remained relatively stable compared to regional peers, insulated by a lower dependence on LNG imports and a sustained push for domestic coal production. (“Powering the Digital Boom” by Jenny Yang, Global Head of Power and Renewables Research at S&P Global Energy).

Coal as a Strategic Stabilizer: Supporting this grid stability is the continued reliance on coal as a critical balancing fuel. As global gas prices fluctuate, coal demand has proven highly resilient, ensuring a cost-effective cornerstone for India’s energy system. (“Coal as a Strategic Stabilizer” by Pritish Raj, Senior Manager, APAC & EMEA Thermal Coal at S&P Global Energy).

India’s energy sector is demonstrating resilience and adaptability amid significant shifts in global energy markets, according to the latest analysis from S&P Global Energy. While geopolitical developments continue to reshape commodity flows, India is successfully leveraging diversified supply chains, domestic energy resources and infrastructure readiness to safeguard its energy security and fuel emerging digital demand.

Across oil, power, data centers and coal markets, S&P Global Energy experts note a common theme: India is strengthening long-term energy security while strategically positioning itself for future economic growth.

India needs better optionality: diversified crude routes, deeper storage/inventory buffers, and credible alternatives that reduce import-linked exposure including for LPG, where structural dependence on the Gulf has been exposed. India’s crisis management has worked in the near term -but a prolonged disruption limits complacency, particularly in securing sufficient feed through the end of the year. (“Strait of Hormuz shock redraws India’s oil market strategy” by Premasish Das, Executive Director and Head of Downstream Oil Research Asia, Middle East, Africa and CIS at S&P Global Energy).

Powering the Digital Boom: Beyond immediate fuel security, India is uniquely positioned to capitalise on the explosive growth of the global data center sector. With data center power demand in India expected to grow at more than 25 percent annually, the country is emerging as a strategic hub for Al workloads and cross-border cloud infrastructure. Furthermore, India’s power grid has remained relatively stable compared to regional peers, insulated by a lower dependence on LNG imports and a sustained push for domestic coal production. (“Powering the Digital Boom” by Jenny Yang, Global Head of Power and Renewables Research at S&P Global Energy).

Coal as a Strategic Stabilizer: Supporting this grid stability is the continued reliance on coal as a critical balancing fuel. As global gas prices fluctuate, coal demand has proven highly resilient, ensuring a cost-effective cornerstone for India’s energy system. (“Coal as a Strategic Stabilizer” by Pritish Raj, Senior Manager, APAC & EMEA Thermal Coal at S&P Global Energy).

In a major boost to India’s hydropower sector, NHPC has signed a Memorandum of Agreement (MoA) with the Government of Arunachal Pradesh for the development of the 3,097 MW Etalin Hydroelectric Project in the Dibang Valley district of the state.

The agreement was signed on June 16, 2026, in the presence of Shri Pema Khandu, Hon’ble Chief Minister of Arunachal Pradesh; Shri Chowna Mein, Hon’ble Deputy Chief Minister; Shri Sanjay Kumar Singh, Director (Projects), NHPC; and senior officials from both NHPC and the state government.

The MoA was formally signed by Shri Deepak Rattan Sagar, Group General Manager, NHPC, and Shri Hage Lailang, Joint Secretary (Hydro Power), Government of Arunachal Pradesh, marking a significant milestone in the development of one of the country’s most ambitious hydropower projects.

Commenting on the development, Shri Bhupender Gupta, Chairman and Managing Director of NHPC, said that the Etalin Hydroelectric Project represents the shared vision of NHPC and the Government of Arunachal Pradesh to harness the state’s vast hydropower resources in a sustainable, environmentally responsible, and community-focused manner.

He noted that the project is expected to generate long-term socio-economic benefits for the region while creating substantial employment, livelihood, and development opportunities for local communities.

Upon commissioning, the 3,097 MW Etalin Hydroelectric Project is set to become the largest hydroelectric project in India. The project is expected to play a significant role in strengthening the country’s clean energy capacity, enhancing energy security, and supporting India’s broader sustainable development objectives.

The development further reinforces NHPC’s commitment to advancing the Government of India’s vision of sustainable and inclusive growth through the expansion of clean energy infrastructure across the country.

In a major boost to India’s hydropower sector, NHPC has signed a Memorandum of Agreement (MoA) with the Government of Arunachal Pradesh for the development of the 3,097 MW Etalin Hydroelectric Project in the Dibang Valley district of the state.

The agreement was signed on June 16, 2026, in the presence of Shri Pema Khandu, Hon’ble Chief Minister of Arunachal Pradesh; Shri Chowna Mein, Hon’ble Deputy Chief Minister; Shri Sanjay Kumar Singh, Director (Projects), NHPC; and senior officials from both NHPC and the state government.

The MoA was formally signed by Shri Deepak Rattan Sagar, Group General Manager, NHPC, and Shri Hage Lailang, Joint Secretary (Hydro Power), Government of Arunachal Pradesh, marking a significant milestone in the development of one of the country’s most ambitious hydropower projects.

Commenting on the development, Shri Bhupender Gupta, Chairman and Managing Director of NHPC, said that the Etalin Hydroelectric Project represents the shared vision of NHPC and the Government of Arunachal Pradesh to harness the state’s vast hydropower resources in a sustainable, environmentally responsible, and community-focused manner.

He noted that the project is expected to generate long-term socio-economic benefits for the region while creating substantial employment, livelihood, and development opportunities for local communities.

Upon commissioning, the 3,097 MW Etalin Hydroelectric Project is set to become the largest hydroelectric project in India. The project is expected to play a significant role in strengthening the country’s clean energy capacity, enhancing energy security, and supporting India’s broader sustainable development objectives.

The development further reinforces NHPC’s commitment to advancing the Government of India’s vision of sustainable and inclusive growth through the expansion of clean energy infrastructure across the country.

Pattern Energy Group (Pattern Energy), a leader in clean energy and transmission infrastructure, today announced that SunZia, the largest renewable energy infrastructure project in U.S. history is fully operational. The SunZia project can generate and deliver more power than the Hoover Dam and supply affordable, reliable energy to the western United States.

“SunZia proves that we can still build the consequential infrastructure this country needs,” said Hunter Armistead, CEO of Pattern Energy. “We did this the right way, we did it on time and on budget – in genuine partnership with the local communities and landowners who trusted us, with the environmental stewardship this unique landscape deserves, and with the determination to see something through that many thought was too big and too complex to finish.”

The approximately 3,650-megawatt (MW) wind project and 550-mile high-voltage direct current (HVDC) transmission line that comprise SunZia are generating and delivering affordable, American-made energy from New Mexico to Arizona and to customers across the western grid. At full capacity, the project can deliver enough energy to power approximately one million American homes annually.

“SunZia becoming fully operational is a milestone more than 18 years in the making and one that I’ve been fighting for since I first came to Congress,” said U.S. Senator Martin Heinrich of New Mexico. “Through a whole series of obstacles spanning over a decade and a half, we kept working to move it forward because we knew what it could mean for America’s energy future and New Mexico’s role in leading it. Now, New Mexico is home to one of the largest energy infrastructure projects in the Western Hemisphere.”

SunZia is meeting surging energy demand with new interregional transmission infrastructure that can deliver reliable, affordable energy. The project helps solve one of the central challenges facing the energy sector: not only building energy generation, but also the grid infrastructure needed to deliver that power.

At the center of that solution is SunZia’s HVDC transmission system, which moves large amounts of electricity efficiently across long distances. With major converter stations at each end of the line converting power for delivery and then back for use on the grid, SunZia is deploying one of the first major HVDC systems built in the United States in a generation — advanced infrastructure that can help define how America delivers power at scale.

“Large-scale transmission is essential to meeting the West’s growing energy needs and strengthening reliability across the grid,” said Elliot Mainzer, President and CEO of the California Independent System Operator (ISO). “Projects of this scale help deliver energy reliably to areas of rising demand, improve the movement of power across states and support a more resilient, flexible and affordable electric system. SunZia represents the kind of long-term infrastructure investment needed to serve customers today and prepare the grid for the future.”

Construction on SunZia began in September 2023 and more than 2,000 quality jobs were supported at peak construction. The project will also create more than 100 permanent operations jobs in New Mexico and Arizona. The facility will invest over $20 billion in New Mexico and Arizona communities including $1.3 billion in direct payments to local governments, schools, counties and private landowners over the first 30 years of operations.

“The benefits of this project will be felt in our communities for years to come,” said Barbara Sultemeier, Board Member for the Corona Landowner’s Association through the Lincoln County Community Foundation. “SunZia is supporting local jobs, strengthening the local tax base and creating long-term investment that can help support schools, public services, landowners and families across the region. For communities like ours, that kind of sustained economic impact matters.”

SunZia also demonstrates what private industry can deliver when it takes on complex infrastructure challenges with discipline and responsibility. The fully contracted project advanced through years of development, permitting, financing, construction and community engagement, requiring close coordination among private companies, local governments, state and federal agencies, landowners and energy customers.

“The result is historic energy infrastructure that will power millions of American homes and businesses for decades to come. This project sets a new standard for what is possible — and we intend to keep building on it,” said Hunter Armistead.

Pattern Energy Group (Pattern Energy), a leader in clean energy and transmission infrastructure, today announced that SunZia, the largest renewable energy infrastructure project in U.S. history is fully operational. The SunZia project can generate and deliver more power than the Hoover Dam and supply affordable, reliable energy to the western United States.

“SunZia proves that we can still build the consequential infrastructure this country needs,” said Hunter Armistead, CEO of Pattern Energy. “We did this the right way, we did it on time and on budget – in genuine partnership with the local communities and landowners who trusted us, with the environmental stewardship this unique landscape deserves, and with the determination to see something through that many thought was too big and too complex to finish.”

The approximately 3,650-megawatt (MW) wind project and 550-mile high-voltage direct current (HVDC) transmission line that comprise SunZia are generating and delivering affordable, American-made energy from New Mexico to Arizona and to customers across the western grid. At full capacity, the project can deliver enough energy to power approximately one million American homes annually.

“SunZia becoming fully operational is a milestone more than 18 years in the making and one that I’ve been fighting for since I first came to Congress,” said U.S. Senator Martin Heinrich of New Mexico. “Through a whole series of obstacles spanning over a decade and a half, we kept working to move it forward because we knew what it could mean for America’s energy future and New Mexico’s role in leading it. Now, New Mexico is home to one of the largest energy infrastructure projects in the Western Hemisphere.”

SunZia is meeting surging energy demand with new interregional transmission infrastructure that can deliver reliable, affordable energy. The project helps solve one of the central challenges facing the energy sector: not only building energy generation, but also the grid infrastructure needed to deliver that power.

At the center of that solution is SunZia’s HVDC transmission system, which moves large amounts of electricity efficiently across long distances. With major converter stations at each end of the line converting power for delivery and then back for use on the grid, SunZia is deploying one of the first major HVDC systems built in the United States in a generation — advanced infrastructure that can help define how America delivers power at scale.

“Large-scale transmission is essential to meeting the West’s growing energy needs and strengthening reliability across the grid,” said Elliot Mainzer, President and CEO of the California Independent System Operator (ISO). “Projects of this scale help deliver energy reliably to areas of rising demand, improve the movement of power across states and support a more resilient, flexible and affordable electric system. SunZia represents the kind of long-term infrastructure investment needed to serve customers today and prepare the grid for the future.”

Construction on SunZia began in September 2023 and more than 2,000 quality jobs were supported at peak construction. The project will also create more than 100 permanent operations jobs in New Mexico and Arizona. The facility will invest over $20 billion in New Mexico and Arizona communities including $1.3 billion in direct payments to local governments, schools, counties and private landowners over the first 30 years of operations.

“The benefits of this project will be felt in our communities for years to come,” said Barbara Sultemeier, Board Member for the Corona Landowner’s Association through the Lincoln County Community Foundation. “SunZia is supporting local jobs, strengthening the local tax base and creating long-term investment that can help support schools, public services, landowners and families across the region. For communities like ours, that kind of sustained economic impact matters.”

SunZia also demonstrates what private industry can deliver when it takes on complex infrastructure challenges with discipline and responsibility. The fully contracted project advanced through years of development, permitting, financing, construction and community engagement, requiring close coordination among private companies, local governments, state and federal agencies, landowners and energy customers.

“The result is historic energy infrastructure that will power millions of American homes and businesses for decades to come. This project sets a new standard for what is possible — and we intend to keep building on it,” said Hunter Armistead.

India needs around 10 GWh of battery energy storage capacity immediately to prevent renewable energy curtailment caused by the operational limitations of coal-fired power plants, according to a new analysis by energy think tank Ember.

The report estimates that India curtailed nearly 2.1 TWh of renewable energy during FY26 because coal-fired generating units could not reduce output below their minimum technical load (MTL), forcing grid operators to cut solar and wind generation despite available clean power.

Suzlon announced the launch of India’s tallest wind turbine powerhouse, the S175 (5 MW), following its successful commissioning at Vijayanagar, Karnataka.

The launch of S175 represents a strategic step forward in unlocking the next phase of wind growth in India. As India’s first FDRE-ready turbine, it unlocks new wind frontiers and will enable wind energy to play a larger role in India’s energy transition.

As India’s most powerful turbine yet, S175 has been engineered on over 30 years of operational insights from Suzlon’s existing 15.5 GW turbine fleet. The integration of proven reliability and next-generation turbine technology helps it deliver higher energy generation and improved project economics for low to medium-wind regimes in India.

With a 175-meter rotor, a 160-meter hybrid lattice tower, and a 247.5-meter blade tip height, the S175 accesses stronger, steadier wind layers for enhanced energy capture. Its advanced aerodynamics, carbon girder blade technology, and intelligent control systems deliver superior performance, making it FDRE-ready and enabling seamless participation in hybrid, RTC, and firm power solutions.

Shri Pralhad Joshi, Union Cabinet Minister for New and Renewable Energy, said, “Suzlon has been the pride of India for the last 30 years, consistently delivering next-generation innovations that have helped in paving the growth of the entire wind energy sector. The launch of the S175 5 MW turbine will go a long way in ensuring that we meet our wind energy ambitions – both domestically and globally. This next-generation turbine reflects India’s growing strength in advanced clean energy innovation.”

Girish Tanti, Executive Vice Chairman, Suzlon Group, said, “For over three decades, Suzlon’s relentless pursuit of excellence has ensured that we deliver market-defining product innovations to India and the world. We have always believed that the best technology is not only advanced but is also purpose-built for the market it serves. The S175 embodies this philosophy and is engineered by our R&D teams specifically for Indian wind conditions, grid realities and operating environments.

He further added, “Its biggest breakthrough lies not just in significantly increasing energy generation but in its ability to make previously unviable wind sites viable, expanding the wind addressable markets.”