Japan’s First Osmotic Plant Signals a New Era of Water-Based Energy

In a quiet corner of southern Japan, something revolutionary is happening beneath the surface. No smoke. No noise. Just the silent push and pull of salt and fresh water generating clean electricity. Welcome to Japan’s first osmotic power plant—a bold step into the future of renewable energy.

What Is Osmotic Power?

Imagine placing freshwater and seawater side by side, separated by a special membrane. Nature wants balance, so freshwater flows toward the saltier side, creating pressure. That pressure can spin a turbine—and voilà, you’ve got electricity. It’s called osmotic energy, or more poetically, “blue energy.”

Unlike solar or wind, osmotic power doesn’t care if it’s cloudy or calm. It runs 24/7, quietly converting water chemistry into clean power.

Japan’s First Plant: Small but Mighty

Launched in August 2025 by the Fukuoka District Waterworks Agency, the plant uses treated wastewater and concentrated seawater—both byproducts of desalination—to generate power. It’s expected to produce 880,000 kilowatt-hours annually, enough to run a desalination facility and supply clean water to nearby communities.

That might not sound like much, but it’s a proof of concept with global implications.

This is next-generation renewable energy, says Akihiko Tanioka, a leading researcher in osmotic systems. It’s clean, constant, and scalable.

Why It Matters

Always On: Unlike solar panels or wind turbines, osmotic power doesn’t depend on weather.

Eco-Friendly: No emissions, no fuel, no noise—just water doing what it naturally does.

Global Potential: Countries like Norway, South Korea, and Australia are exploring similar tech.

What’s Next?

Japan’s move could spark a wave of innovation. Coastal cities, desalination hubs, and wastewater treatment plants might soon double as power stations. And with climate change demanding cleaner solutions, osmotic energy offers a tantalizing new option.

It’s not just science—it’s strategy. Turning water into power without harming the planet? That’s the kind of quiet revolution the world needs.

L&T Ships First Steam Generator for Haryana Nuclear Power Plant Ahead of Schedule, Boosting India’s Nuclear Energy Drive

Marking yet another milestone in India’s civil nuclear energy programme, L&T Heavy Engineering has despatched a Steam Generator to the Gorakhpur Haryana Anu Vidyut Pariyojana (GHAVP), located in Fatehabad district, Haryana.

The Steam Generator was ceremonially flagged off from L&T’s state-of-the-art manufacturing facility at Hazira in Gujarat, in the presence of NPCIL Chairman & Managing Director Mr Bhuwan Chandra Pathak, Director (Technical) Mr Rajesh Veeraraghavan along with other senior officials of NPCIL and L&T.

This is first of the four Steam Generators that L&T is manufacturing for GHAVP and is meant for its Unit 3 & 4. Notably, the Steam Generator has been despatched seven months ahead of schedule, reinforcing L&T’s reputation for excellence and reliability in nuclear manufacturing.

GHAVP 3&4 are a part of the ten indigenous 700 MWe Pressurised Heavy Water Reactors (PHWRs) being set up in the country in fleet mode by NPCIL.

Speaking at the flag-off ceremony, NPCIL CMD Mr Pathak said:

With a remarkable technology transformation, L&T Heavy Engineering has enhanced both speed and quality of its execution. This is a strong indication of industry preparedness in manufacturing of critical equipment for nuclear power plants and will go a long way to achieve the target of 100 GWe by 2047

Mr Anil V Parab, Whole-time Director and Senior EVP (Heavy Engineering and Construction Equipment & Industrial Product Design Development, L&T) said: “Heavy Engineering continues to be the industry trendsetter in the manufacture of critical nuclear components. With end-to-end capability as one-stop-shop solution provider, L&T will be a major contributor to India’s 100 GWe nuclear programme of Viksit Bharat - 2047”.

L&T set a global benchmark by delivering a Steam Generator in just 33 months. L&T has till date delivered 5 steam generators for the 10 X 700 MWe fleet programme.

Background:

Larsen & Toubro is a USD 30 billion Indian multinational engaged in EPC Projects, Hi-Tech Manufacturing, and Services, operating across multiple geographies. A strong, customer–focussed approach and the constant quest for top-class quality have enabled L&T to attain and sustain leadership in its major lines of business for eight decades.

Sindri Goes Solar: ACC and Adani Foundation Build a Blueprint for Rural Self-Reliance and Clean Energy Access

• ACC and the Adani Foundation install solar-powered irrigation and drinking water systems in Chhatatand and nearby villages of Sindri.
• Solar irrigation systems enable uninterrupted farming on 15+ acres, saving ₹30,000 per farmer per season.
• Solar water pumps ensure clean drinking water access for 150 families, improving health and reducing daily hardship.

ACC, the cement and building materials company of the diversified Adani Portfolio, along with the Adani Foundation, has implemented solar-powered irrigation and water systems across the Gram Panchayat of Chhatatand and nearby villages in Sindri, Jharkhand.

ACC Sindri - solar drinking water

These clean energy interventions are helping small farmers reduce irrigation costs, boost productivity, and are also ensuring safe drinking water access for more than 150 families in the region.

Until recently, erratic electricity and rising diesel prices made farming unreliable, while daily access to clean water remained a major challenge for many households. To address this, ACC installed 5 HP solar irrigation pumps across 15 acres of farmland in Chhatatand and Samlapur, enabling low-cost, uninterrupted irrigation.

At the same time, six 2 HP solar drinking water systems were installed across five villages, including Simatand, Kushberia and Jamadoba Basti. The systems pump water into overhead tanks, offering families a sustainable and safe source of drinking water close to home.

By integrating renewable energy into rural infrastructure, ACC and the Adani Foundation are advancing long-term self-reliance, improved health outcomes, and climate-friendly livelihoods in Jharkhand’s Sindri region.

India Tightens Wind Turbine Norms to Boost Domestic Manufacturing and Data Sovereignty

In a sweeping regulatory overhaul, India has introduced new norms for wind turbine manufacturers aimed at strengthening domestic supply chains, safeguarding operational data, and accelerating its clean energy ambitions.

The Ministry of New and Renewable Energy (MNRE) has replaced the earlier RLMM framework with a more stringent Approved List of Models and Manufacturers (ALMM). Under the new rules, turbine makers must source critical components—such as blades, towers, gearboxes, generators, and special bearings—from Indian vendors listed in the ALMM.

Local Sourcing Mandate

• Manufacturers must source key components—blades, towers, generators, gearboxes, and special bearings—from Indian vendors listed in the newly created Approved List of Models and Manufacturers (ALMM).
• This replaces the earlier RLMM framework and strengthens quality control and energy security.

Data Localization & Cybersecurity

• All wind turbine data must be stored within India.
• Real-time operational data transfers abroad are prohibited.
• R&D centers, data centers, and servers must be located in India within one year.

Inspection & Compliance

• A technical team from the Ministry of New and Renewable Energy (MNRE) will conduct inspections.
• A standard operating procedure (SOP) will be issued for compliance.

Innovation Exemptions

• New manufacturers and models are exempt from ALMM sourcing for up to 800 MW over two years, to encourage innovation and tech not yet available domestically.
• Certain bid-out and near-term projects are also exempt.

Strategic Implications

Impact Area	Details
Domestic Players Benefit	Suzlon Energy, Inox Wind, Adani Wind expected to gain market share
Foreign Firms Affected	China's Envision Group may lose ground due to sourcing restrictions
Manufacturing Capacity	India’s wind turbine industry has 20 GW annual capacity
Energy Goals	Supports India’s target of 500 GW non-fossil fuel capacity by 2030

Adani Powers India’s First Off-Grid 5MW Green Hydrogen Plant in Kutch

That’s a major leap for India’s clean energy ambitions! Adani New Industries Limited (ANIL) has officially commissioned the country’s first off-grid 5 MW green hydrogen pilot plant in Kutch, Gujarat. What makes this facility stand out is that it’s entirely powered by solar energy and integrated with a Battery Energy Storage System (BESS), allowing it to operate independently of the main power grid.

The plant uses a fully automated, closed-loop electrolyser system that dynamically adjusts to real-time solar input—crucial for maintaining efficiency despite the variability of renewable sources. It’s not just a technical milestone; it’s also a proof of concept for Adani’s upcoming Green Hydrogen Hub in Mundra, which aims to scale up production and support India’s National Green Hydrogen.
 

Green hydrogen shines in decarbonizing hard-to-abate sectors like steel, cement, and long-haul transport—areas where batteries fall short. It’s also a strong candidate for seasonal energy storage and exportable clean energy in the form of ammonia or synthetic fuels.

This pilot could be a game-changer for hard-to-abate sectors like fertilizers, refining, and heavy transport.

Green Hydrogen vs. Other Clean Fuels

Fuel Type	Emissions Profile	Key Advantages	Challenges
Green Hydrogen	Zero emissions (if powered by renewables)	Versatile, storable, ideal for heavy industry	High production cost, infrastructure still emerging
Blue Hydrogen	Lower emissions (with carbon capture)	Uses existing natural gas infrastructure	Relies on fossil fuels, CCS not 100% efficient
Biofuels	Low to moderate emissions	Compatible with existing engines	Land use, food vs. fuel debate
Electricity (RE)	Zero emissions at point of use	Highly efficient, scalable for transport & homes	Storage limitations, grid dependency
Ammonia (Green)	Zero-carbon fuel (if green hydrogen-based)	Easier to transport than hydrogen	Toxicity, energy-intensive synthesis

72GW Power Play: Andhra Pradesh’s Clean Energy Leap

Andhra Pradesh is forging an ambitious path toward a cleaner future by setting its sights on a massive 72.60 GW of renewable energy capacity by 2029.

At the heart of this surge is the state’s bold push into clean energy infrastructure, exemplified by the recently launched ReNew Renewable Energy Complex in Anantapur. Valued at Rs 22,000 crore, this flagship project is designed to generate 4.8 GW through a mix of solar, wind, and battery storage technologies.

In a ceremonial event of laying foundation stone for the ReNew Renewable Energy Complex in Anantapur, the state's Minister for Information Technology and Renewable Energy, Nara Lokesh said, 

At the Renewable Energy Invest Summit held in 2024, the state announced its goal of achieving 72 gigawatts (GW) of renewable energy capacity by 2029. 

Lokesh described the mission as “bold, urgent, and necessary.”

This isn’t just about a single project but a cornerstone in what the state calls the clean energy revolution, transforming the region’s energy landscape and setting the stage for sustainable, long-term growth.

The energy blueprint is part of a broader strategy propelled by an integrated policy framework that emphasizes forward-thinking investments with an eye on job creation and industrial advancement.

Over the past eight months, Andhra Pradesh has attracted substantial commitments from major players such as Tata Power, NTPC Green Hydrogen, Vedanta Sarantika, Sal Industries, and Brookfield.

With the approval of 19 new projects worth over Rs 33,720 crore and a total of 76 projects cleared since the current administration took charge, the state is not only expanding its renewable capacity but also setting an economic momentum that could generate hundreds of thousands of jobs. Regions like Rayalaseema are poised to emerge as renewable energy powerhouses, further demonstrating the state’s commitment to leveraging its natural advantages for economic and environmental gains.

This audacious initiative, backed by the vision of key leaders and the Integrated Clean Energy Policy launched in late 2024, reflects a broader trend of governments and industries steering towards green energy solutions. It’s a transformative move that highlights the potential of renewable investments to drive substantial economic benefits while mitigating climate change—one of the defining challenges of our time.

The scale and ambition of Andhra Pradesh’s clean energy drive invite a broader discussion on how such regional initiatives can influence national energy policies and even inspire global renewable energy advancements.

Andhra Pradesh’s 72GW target contributes significantly to India’s national renewable energy ambitions, which aim for 500GW by 2030. Other states like Gujarat and Rajasthan are also ramping up solar and wind projects.

Andhra Pradesh’s model is notable for its integrated clean energy policy, blending solar, wind, and battery storage while fostering industrial growth. It’s a bold move that could serve as a blueprint for other regions.

Notably, China leads the world in renewable energy deployment, with aggressive investments in solar and wind. And interestingly, China's focus on large-scale grid integration and battery storage mirrors Andhra Pradesh’s approach.

Countries like Germany and the UK use financial incentives to accelerate adoption. Germany’s feed-in tariffs encourage households to sell excess solar power to the grid, while the UK offers discounts for residents near wind farms.

Andhra Pradesh’s clean energy push aligns with global trends, but its scale and integrated approach make it stand out.

Coal India and AM Green Aim for India’s Largest RE Supply Contract

In what would be one of the world’s largest renewable energy contracts, Coal India Limited (CIL), plans to supply 4500 MW or 4 GW of carbon-free energy, in phased manner, to upcoming green ammonia facilities of AM Green. It would be through a combination of solar and wind whose capacities CIL aims to set up on pan India basis. This initiative aligns with India’s national goal of achieving a cleaner energy mix and transition towards net-zero emissions.

A formal non-binding memorandum of understanding (MoU), for long-term supply and sourcing of renewable energy, was inked on 7th May between the two entities.

While the solar power capacity would be to the tune of 2500 MW to 3000 MW, wind is expected to account between 1500 MW and 2000 MW at an estimated total outlay of around Rs. 25,000 Crores. Potential sites for wind projects will be explored in the southern states of the county. And, for solar plants in the sunny states like Gujarat and Rajasthan.

AM Green will integrate the two renewable sources supplied by CIL with pumped hydro storage to ensure a steady supply of green energy to AM Green facilities.

“While coal remains our mainstay in meeting India’s expanding energy needs in the near term, our plans include a proactive role in building a greener and more sustainable future. This is in consonance with our commitment to become country’s integrated energy provider” said P M Prasad, CIL’s Chairman.

AM Green promoted by the founders of Greenko, one of India’s leading energy transition solutions providers, targets to produce 5 million tons per annum (MTPA) of green ammonia by 2030. This equals approximately 1 MTPA of green hydrogen and represents a fifth of India’s target for green hydrogen production under the National Green Hydrogen Mission.

Anil Chalamalasetty, Founder of the Hyderabad based Greenko Group & AM Green, said, “We are delighted to partner with CIL on one of the world’s largest carbon-free, renewable energy supply contracts. We aim to become one of the most cost-competitive producers of green hydrogen, green ammonia, and other green molecules in the world”.

The agreement was signed by Sudarsan Bora, GM (E&M) representing CIL while his counterpart from AM Green was Shatanshu Agrawal, Sr. Vice President – Business Development. Present were P M Prasad, Chairman, CIL, Mukesh Choudhary, Director (Marketing) CIL and Anil Kumar, GM (MM & Solar) CIL.

About AM Green: AM Green is promoted by founders of Greenko Group, which is among India's leading renewable energy conglomerates. Greenko Group has experience in building, owning and operating renewable assets and is in the process of constructing mega closed loop pumped storage assets which will enable supply of round the clock power at a very competitive rate. The founders have established AM Green as a new energy transition platform. AM Green's target is to produce Sustainable Aviation Fuel, Green Ammonia, Green Hydrogen, Green Chemicals and biofuels and to set up related technology partnerships and services through its various business verticals which are housed in the subsidiaries of AM Green.

AM Green will house production of green chemicals, green hydrogen, and biofuels. AM Green is committed to producing green ammonia at scale across multiple locations in India. Goal is to reach 5 MTPA of green ammonia capacity by 2030, which will directly contribute to India's net-zero targets, while simultaneously supporting OECD markets in their decarbonization efforts. This output will be equivalent to 1 MTPA of green hydrogen, representing one-fifth of India's target for green hydrogen production and 10% of Europe's target for green hydrogen imports.

Japan's Sojitz Steps into India’s Clean Energy Sector through GPS Renewables’ New $400 Mn Biomethane Platform

Sojitz Corporation (“Sojitz”) invests in a holding structure of the special purpose company established jointly by GPS Renewables Private Limited. (“GPSR”) and Indian Oil Corporation Ltd. (“IOCL”), which designs, constructs, operates, and provides maintenance for biomethane plants in India (“GPSR-IOCL Biomethane Platform”). Through this strategic investment, Sojitz will foray into biomethane production and sales in India.

Sojitz will work in collaboration with IOC GPS Renewables Pvt. Ltd. (IGRPL), a joint venture between GPS Renewables and Indian Oil Corporation Ltd, to develop and operate biomethane production facilities using agricultural waste as feedstock. IGRPL plans to establish 30 biomethane plants by FY 2026 - FY 2027 with a production capacity of 160,000 tons of biomethane annually. These projects have a total outlay of over USD 400 Mn. EY was the exclusive M&A investment banker and Cyril Amarchand Mangaldas led by Partner Alok Sonkar was the transaction advisor representing GPS Renewables.

GPS Renewables and Sojitz Corporation

Biomethane is produced by purifying biogas and it can be a direct replacement for fossil fuel, significantly reducing greenhouse gas emissions and promoting circular economy.

Commenting on the investment, Mainak Chakraborty, CEO and Co-Founder, GPS Renewables, said, “Sojitz and GPSR group have a shared vision of improving India’s energy self-sufficiency. As the country’s energy demand continues to rapidly grow, it’s crucial for us to prioritize biofuels and find ways to reduce our dependence on fossil fuels. This collaboration with Sojitz is a step towards increasing the production of cleaner sources of energy while reducing air pollution caused by the open burning of agricultural waste”.

Sojitz indicates that India is one of its key strategic markets and plans to play an active role in its transition to renewable energy. Green transformation (GX) business is a priority for Sojitz, and to advance this initiative further, a dedicated organization has been set up to drive their GX initiatives. Sojitz currently focuses on developing renewable energy projects that have the potential to accelerate India’s biomethane sector while also addressing a few key environmental concerns such as air pollution.

Through this investment, Sojitz and GPSR will work to drive India’s clean energy goals by accelerating the expansion of biomethane production and operation across the country. The companies will leverage GPSR’s expertise in biomethane production processes, technology expertise, indepth experience in design, construction, operation, and maintenance of biomethane plants. Additionally, IOCL’s expansive network with gas consumers will play a crucial role in scaling distribution. Furthermore, Sojitz will assess opportunities for biomethane production beyond India by deploying GPSR’s technology in new regions to explore opportunities in the broader bioenergy sector.

About Sojitz Group

Sojitz Corporation was formed out of the union of Nichimen Corporation and Nissho Iwai Corporation, both companies that boast incredibly long histories. For more than 160 years, their business has helped support the development of countless countries and regions. Today, the Sojitz Group consists of approximately 400 subsidiaries and affiliates located in Japan and throughout the world, developing wide-ranging general trading company operations in a multitude of countries and regions.

Sojitz Group is engaged in a wide range of businesses globally, including manufacturing, selling, importing, and exporting a variety of products, in addition to providing services and investing in diversified businesses, both in Japan and overseas. Sojitz operates with a 7-division structure comprising the Automotive Division; the Aerospace, Transportation & Infrastructure Division; the Energy Solutions & Healthcare Division; the Metals, Mineral Resources & Recycling Division; the Chemicals Division; the Consumer Industry & Agriculture Business Division; and the Retail & Consumer Service Division.

About GPSR Group

Headquartered in Bengaluru, GPS Renewables (“GPSR”) is a full-stack biofuels firm offering technology and project solutions for climate-positive biofuel projects. Starting from captive biogas plants, GPSR has scaled up to set up some of the world’s largest RNG plants. In 2022, GPS Renewables launched GPSR Arya Pvt Ltd (“ARYA”) a wholly-owned subsidiary, to commission BOO (Build-Own-Operate) projects, augmenting its climate impact ambitions.

Reliance Industries to Invest $17.5 Bn in New Energy, Petrochem Business

Reliance Industries Ltd (RIL) is making a massive ₹1.5 trillion (approx. US $ 17.5 Bn) investment to expand its new energy and petrochemical businesses. The company is allocating ₹75,000 crore each to these sectors, aiming to transition its renewable energy and battery operations from incubation to full-scale production.

Solar Expansion: RIL has commissioned a 1-gigawatt heterojunction (HJT) solar module facility, with plans to scale up to 10 gigawatts by 2026.

Battery Technology: The company is focusing on lithium iron phosphate (LFP) batteries, with large-format prismatic cells designed for utility-scale energy storage.

Green Hydrogen & Sustainability: RIL is developing a green hydrogen ecosystem, including electrolyzer manufacturing.

Financial Impact: The new energy vertical is expected to match profits from RIL’s traditional oil-to-chemicals (O2C) business between FY29 and FY31, eventually contributing over 50% of consolidated profit.

This move positions RIL at the forefront of India's clean energy transition.

Meanwhile, Adani Group has committed $70 billion (~₹5.8 trillion) toward renewable energy and green hydrogen aiming for 45 GW of solar and wind capacity by 2030.

Adani's investment is significantly larger, but RIL is focusing on integrated manufacturing, including solar modules, batteries, and electrolyzers.

On the other side, Govt owned BPCL & HPCL are expanding refining capacity and investing in natural gas and biofuels, but their renewable energy investments are smaller compared to RIL. Apparently, RIL is leading in solar and hydrogen, while BPCL & HPCL are focused on traditional energy diversification.

Noida-based Nexgen Energia Secures $1 Bn from Capital Edge

In a big news for India's green energy sector, NexGen Energia, a Noida-based firm specializing in Compressed Bio-Gas (CBG) production, has secured a $1 billion investment from Capital Edge, a Kuwaiti investment company. 

This funding will help NexGen Energia expand its CBG infrastructure across India, supporting the country's transition to clean energy and energy self-reliance.

The funding is equity-based, allowing NexGen Energia to scale operations without short-term repayment pressure.

The company aims to establish 1,000 CBG plants by 2026, contributing to India's clean energy transition. The investment aligns with India's National Bio-Energy Mission, which promotes bio-energy initiatives for sustainability and carbon neutrality.

The Kuwaiti firm, Capital Edge, specializes in high-impact investments across Asia, Africa, and the Middle East, focusing on scalable, sustainable projects.

The company aims to set up 1,000 CBG plants by 2026, significantly boosting India's renewable energy capacity 1. With the Indian government actively promoting bio-energy initiatives, this investment aligns well with national goals for sustainability and carbon neutrality.

NexGen Energia’s Director of Sales, Nishant Tiwari, emphasized that this funding will accelerate their vision of a greener India, fostering innovation, job creation, and energy independence.

This $1 billion investment in NexGen Energia's Compressed Bio-Gas (CBG) infrastructure is a significant step for India's renewable energy sector and has multiple far-reaching implications such as Job Creation, as setting up 1,000 CBG plants will generate employment opportunities, especially in rural areas. Moreover, farmers can sell agricultural waste to CBG plants, creating an additional revenue stream.

Globally, investments in renewable energy have surged, with clean energy spending now nearly double that of fossil fuels. In 2024, total energy investment is expected to exceed $3 trillion, with $2 trillion allocated to clean energy technologies and infrastructure.

Indian Oil-GPS Renewables JV is investing 1,200 crore to set up 10 CBG plants across India in FY26. These plants will produce 5,475 tonnes per annum (TPA) of CBG, along with fertilizers and biomass pellets. Locations include Haryana, Uttar Pradesh, Chhattisgarh, and Andhra Pradesh.

Last November, Reliance Industries announced a massive investment of ₹65,000 crore (approximately US$ 7.5 billion) to set up 500 CBG plants in Andhra Pradesh over the next 5 years.

The SATAT initiative (Sustainable Alternative Towards Affordable Transportation) aims to establish 5,000 CBG plants by 2023-24, with an estimated investment of ₹2 lakh crore. This program is designed to boost clean fuel availability and create employment opportunities.

Financial analyses indicate that CBG investments offer promising returns, with growing demand for biomass blending in coal-based power plants and fertilizer markets. However, challenges include securing skilled manpower and ensuring stable feedstock supply.

Hylenr and TakeMe2Space to Test & Experiment Low-energy Nuclear Reaction (LENR) Tech for Space-based Compute Infrastructure

(L–R) Ronak Kumar Samantray, Founder of TakeMe2Space and Siddhartha Durairajan Hylenr Founder and CEO

• Hylenr and TakeMe2Space to test LENR Powered Compute Modules
• Ink MoU to test and experiment Hylenr’s Low-Energy Nuclear Reaction (LENR) technology for space-based compute infrastructure

Hyderabad based startup Hylenr Technologies, a leader in clean energy innovation, has signed a Memorandum of Understanding (MoU) with TakeMe2Space, a pioneering space-tech company, to develop and test LENR powered compute modules in space.

TakeMe2Space is actively exploring multiple energy technologies, including LENR, to assess efficient methods for heat extraction and potential reuse in its compute-focused satellites. This technology could also be applicable for deep space missions which traditionally use radioisotope based thermoelectric generators (RTGs).

Hylenr The ASTROGEN 250 — a 250 kW space-based energy generator specifically engineered to operate in extraterrestrial environments (think: the Moon, Mars, deep space missions). It’s like the HYTHERM 250’s intergalactic cousin, but tailored for the harsh, no-nonsense conditions of outer space.

As the first step of this collaboration, Hyderabad based startup TakeMe2Space, which is building LEO satellite infrastructure will provide the satellite platform and subsystems required to test Hylenr’s LENR-based thermo-electric generator in space.

"Validating our LENR technology in space is a crucial milestone, and TakeMe2Space’s platform and expertise provides the perfect opportunity to test our system in a real operational environment," said Hylenr Founder and CEO Siddhartha Durairajan. "This could open new possibilities for long-duration missions and off-grid power solutions in space."

Ronak Kumar Samantray, Founder of TakeMe2Space, added,

We are actively exploring alternative energy solutions for our in-space compute infrastructure and are excited to take this first step with Hylenr to test their technology in space. We are particularly interested in assessing how this approach can be leveraged for efficient heat management and energy reuse in our satellites.

This partnership represents a step toward exploring LENR for space, with TakeMe2Space bringing expertise in space systems and Hylenr demonstrating the viability of its LENR-based power system.

Furthermore, accomplishing this goal, will help deliver a compact, long-lasting, and clean energy source for space-based computing, possibly enabling: Long-duration missions. high-power computing in space, reduced reliance on solar power or other energy sources.

About Hylenr

Hyderabad based Startup HYLENR’s has demonstrated world’s first and a ground-breaking cold fusion technology to generate Clean Energy. This innovation has received a patent from the Government of India for its Low Energy Nuclear Reactor Technology. HYLENR’s Low Energy Nuclear Reactor is a promising alternative for power generation, by amplifying input electricity to produce heat for Space Application (MMRTG), Steam generation for multiple applications, Room Heating across cold regions globally, Induction heating for Domestic and Industrial requirements. Also, HYLENR devices can drastically decrease the risk profile for space missions. For more information : https://hylenr.com/

India Starts Construction of Demo Plant for Hydrogen Production Using the Iodine-Sulphur (I-S) Process

India is making significant strides towards a hydrogen-powered future with the construction of a demonstration plant for hydrogen production using the Iodine-Sulphur (I-S) process. This pioneering project is being developed by the Heavy Water Board (HWB) in collaboration with the Bhabha Atomic Research Centre (BARC). The plant is located at the Heavy Water Board Facilities (HWBF) in RCF, Chembur, Mumbai.

The Iodine-Sulphur (I-S) process is a thermochemical cycle used to produce hydrogen by splitting water into hydrogen and oxygen. This process involves three main chemical reactions, which are cyclic and allow the reuse of iodine and sulfur compounds. When coupled with nuclear energy, this technique offers an efficient and sustainable solution for hydrogen production. Hydrogen, with its high energy content and zero-emission combustion, has emerged as a promising alternative to fossil fuels.

The groundbreaking ceremony for this first-of-its-kind facility was held on March 3, 2025, and was attended by prominent figures, including Dr. Ajit Kumar Mohanty, Secretary, Department of Atomic Energy (DAE) & Chairman, Atomic Energy Commission (AEC), and other esteemed dignitaries from BARC, RCF, and HWB.

This ambitious demonstration plant marks a crucial milestone in India's efforts to transition towards a hydrogen-powered energy landscape, contributing to the country's vision of achieving energy independence while reducing its carbon footprint.

With this ambitious demonstration plant, India joins the ranks of nations at the forefront of hydrogen energy innovation. The continued research and development in this field will contribute to the country’s vision of achieving energy independence while reducing its carbon footprint.

Several countries are exploring the Iodine-Sulphur (I-S) process for hydrogen production, leveraging its potential for efficient and sustainable energy solutions.

In the United States, the Idaho National Laboratory (INL) has been actively researching the I-S process as part of its Next Generation Nuclear Plant (NGNP) project. The goal is to develop advanced nuclear reactors that can provide the high temperatures required for the I-S process.

Japan has been a pioneer in hydrogen research and development. The Japan Atomic Energy Agency (JAEA) has conducted extensive studies on the I-S process, aiming to integrate it with high-temperature gas-cooled reactors (HTGRs) for efficient hydrogen production.

South Korea has also shown interest in the I-S process. The Korea Atomic Energy Research Institute (KAERI) has been working on developing thermochemical cycles, including the I-S process, to produce hydrogen using nuclear energy.

MTAR Technologies Receives Orders Worth ₹200 Crs in Clean Energy and MNC Aerospace Verticals

MTAR Technologies Limited has secured orders worth Rs. 200 Crs in Clean Energy – Fuel Cells, Civil Nuclear Power, MNC Aerospace and Space verticals. Out of the above orders Rs. 157.4 Crs of orders are from Bloom Energy in Clean Energy – Fuel cells division, Rs. 2.7 Crs of orders are for first articles from Fluence in Clean Energy – Energy Storage systems, Rs. 22.0 Crs of orders are from Clean Energy - Civil Nuclear Power and Rs. 17.9 Crs orders are from Space including orders from ISRO and MNC Aerospace customers.

Majority of the orders will get executed by end of FY 26.

“The company is in the process of receiving volume orders for new products with existing customers and new customers in Clean Energy & Space verticals post completion of first articles over the past 2-3 years. We are in final stages of discussion with reputed customers for various other projects that will strengthen our order book over the coming quarters. We expect to register significant growth in Clean Energy and Aerospace verticals backed by robust order book going forward. In addition, we are expecting substantial orders in Civil Nuclear Power by end FY 25.”, said Mr. Parvat Srinivas Reddy, Managing Director, MTAR Technologies Limited.

About MTAR Technologies Ltd (www.mtar.in) BSE: 543270; NSE: MTARTECH

MTAR has eight strategically based manufacturing units including an export-oriented unit each based in Hyderabad, Telangana. MTAR caters to Clean Energy – Civil Nuclear Power, Fuel cells, Hydel & others, Space and Defence sectors. The Company has a long-standing relationship of over four decades with leading Indian organisations and global OEMs.

Suzuki to Invest in NDDB Subsidiary to Setup Biogas Plants in India

Suzuki Motor Corporation has signed an agreement to invest in NDDB Mrida Limited, a wholly owned subsidiary of the National Dairy Development Board (hereinafter, NDDB), through Suzuki R&D Center India Private Limited, a wholly owned subsidiary of Suzuki in India.

A signing ceremony was held at NDDB headquarters in Anand, Gujarat, on Wednesday, with NDDB’s Executive Director S Rajeev, Suzuki’s President Toshihiro Suzuki and main Indian dairy industry in attendance.

The biogas plants will utilize cow dung to produce biogas, which will then be purified and compressed to generate compressed biomethane gas for vehicles. This project aims to promote environmental conservation and agricultural development while providing clean energy.

Suzuki Motor Corporation plans to invest over ₹250 crores (approximately $30 million USD) in setting up five biogas CNG plants in the Banaskantha district of Gujarat, India. These plants are expected to be operational by 2025 and will contribute to Suzuki's goal of achieving carbon neutrality in India.

It's a significant investment that will help promote sustainable energy solutions and support rural mobility services using biogas.

Mrida is a wholly owned subsidiary of NDDB, which was established in July 2022 to promote environmental conservation and agricultural development. The company establishes and operates biogas plants by using cow dung in India. Suzuki plans to expand its biogas business by establishing and operating biogas plants in cooperation with dairy cooperatives across India through Mrida.

Suzuki is also promoting rural mobility services using biogas fuel for CNG vehicles. This initiative aims to provide clean and affordable transportation in rural areas, starting with the Banaskantha district in Gujarat. In July this year, Suzuki concluded a three-party MoU for the basic agreement between Suzuki R&D Center India Private Limited, a wholly owned subsidiary of Suzuki in India, National Dairy Development Board (NDDB), and Banas Dairy (Headquarters: Banaskantha district, Gujarat) to setup the 5th biogas production plant as well as to promote rural mobility service utilizing biogas, which would contribute toward realizing carbon neutrality in India.

Notably, Suzuki has also signed agreements with Amul Dairy in Anand and Dudhsagar Dairy in Mehsana to establish additional biogas plants. These plants will further expand Suzuki's biogas business in Gujarat.

Tata Power Secures $4.25 Bn in Financing From Asian Development Bank (ADB) for Key Clean Energy Projects

Tata Power has signed a Memorandum of Understanding (MoU) with the Asian Development Bank (ADB) to secure $4.25 billion in financing for key clean energy projects. 

This agreement was signed at the COP29 climate conference in Baku, Azerbaijan.

This MoU aligns with India's ambitious target to achieve 500 GW of non-fossil power generation capacity by 2030.

Dr. Praveer Sinha, CEO & MD, Tata Power said, “Our collaboration with the Asian Development Bank is a crucial step as we explore innovative financing solutions to drive transformative power sector projects. This MoU reinforces our commitment to advancing India's clean and renewable energy capacity and modernizing our power infrastructure, ensuring sustainable and inclusive growth. These initiatives align with India’s ambitious clean energy goals, contributing to energy security and environmental resilience.”

ADB Director General for Private Sector Operations Suzanne Gaboury said, “ADB is committed to fostering partnerships that promote sustainability and energy security across Asia and the Pacific. As part of this strategy, our engagement with Tata Power reflects a shared vision for a low-carbon, inclusive, and climate-resilient future, supporting India’s transition toward sustainable energy solutions.”

Key Projects

966 MW Solar-Wind Hybrid:

• Project: This project aims to combine solar and wind energy to provide a stable and sustainable power source.
• Pumped Hydro Storage Projects: These projects will help store energy for later use, enhancing the reliability of renewable energy sources.

Battery Storage Solutions:

Investing in advanced battery storage to support the integration of renewable energy into the grid.

Distribution Network Upgrades:

Financing capital expenditure to strengthen Tata Power's distribution networks.

Goals:

• Energy Security: Enhancing India's energy security by increasing the share of renewable energy in the power mix.
• Environmental Resilience: Supporting India's transition to a low-carbon, climate-resilient future.
• Inclusivity: Integrating gender and climate actions to empower women as economic agents in deploying green technologies and accessing green jobs.

This partnership aligns with India's ambitious target to achieve 500 GW of non-fossil power generation capacity by 2030. 

Adani to Supply 61.4 MW Clean Energy to Google's Cloud Operations in India

The Adani Group recently announced a partnership with Google to supply clean energy from its new solar-wind hybrid project in Khavda, Gujarat. This project is part of the world's largest renewable energy park and is set to begin operations in the third quarter of 2025.

Adani will supply 61.4 megawatts (MW) of clean energy from this project to power Google's cloud operations in India.

This collaboration is a part of Google's broader goal to run its global cloud operations entirely on clean energy by 2030. This collaboration will help advance Google’s 24/7 carbon-free energy goal by ensuring cloud services and operations in India are supported by clean energy and thereby contribute to the sustainable growth of Google in India.

This collaboration is a significant step towards both companies' sustainability goals, and it has positively impacted Adani Group's stock prices. Google aims to run its global cloud operations entirely on clean energy by 2030, and this partnership is a key part of that effort.

Besides Adani Group, Google also announced a partnership with CleanMax to source an additional 125.4 MW of clean energy for its offices and cloud regions in India.

With proven capabilities in delivering large scale wind, solar, hybrid and energy storage projects, Adani is well-positioned to provide customised renewable energy solutions to commercial and industrial (C&I) customers to meet their energy requirements and reduce their carbon footprint. Going forward, Adani plans to increase the focus on merchant and C&I segments to help decarbonise industries.

Besides Google, Adani Group has earlier partnered with Microsoft to provide renewable energy for Microsoft's data centers in India. Adani is also working with Amazon Web Services (AWS) to supply clean energy for AWS's data centers and infrastructure in India.

Adani Group has also collaborated with TCS to implement energy-efficient solutions and renewable energy projects across various TCS facilities.

Meanwhile, India’s central government is gearing up for its first carbon credit sale, with the Food Corporation of India (FCI) playing a crucial role.

Tata Power to Develop 600 MW Khorlochhu Hydropower Project in Bhutan

Tata Power to partner with Druk Green Power Corporation Ltd. for developing the 600 MW Khorlochhu Hydropower Project in Bhutan

• This strategic partnership is a step towards strengthening the clean energy collaboration between India and Bhutan
• The project aligns with Bhutan's ambitious goal of achieving 15 GW of hydropower generation capacity by 2040

With the support of the Royal Government of Bhutan and the Government of India, Tata Power, one of India's largest integrated power companies, has entered into a strategic partnership with Druk Green Power Corporation Ltd (DGPC) of Bhutan for the development of the 600 MW Khorlochhu Hydropower Project. The Project is located in the Trashiyangtse Dzongkhag (District) in Eastern Bhutan on the Kholongchhu river. While the clean power from the project will help meet Bhutan's increasing electricity requirements, it will also complement and contribute to India's energy transition to renewables.

The partnership involves a 40% equity investment by Tata Power in the Public Private Partnership Company, Khorlochhu Hydro Power Limited. The estimated project cost including financing charges is approximately Rs. 6900 Crore (approx US $821 millions) with a construction timeline of 5 years. All the statutory approvals are in place for construction work to start immediately.

This announcement comes in a couple of months after Adani Group announced the signing of an agreement with Bhutan for a 570 MW green hydro plant, which also included transformative infrastructure initiatives in the neighboring country.

This alliance between Tata Power and DGPC is an extension of the existing partnership in the 126 MW Dagachhu Hydropower Plant in Bhutan. Once operational, the Khorlochhu Hydropower Project will help Bhutan meet its winter electricity requirements which is increasing rapidly. It will also export electricity to India to support the increasing power demands of Indian utilities during the summer months.

This marquee investment underscores Tata Power's commitment to its "Sustainable is Attainable" intiative, striving towards carbon neutrality and providing alternative clean energy to India.

The MoU for the project has already been signed between Tata Power and DGPC and the Definitive Agreement will be executed shortly.

Dr. Praveer Sinha, CEO & MD, Tata Power said, “This is a landmark alliance for Tata Power and Druk Green Power Corporation. The development of the 600 MW Khorlochhu Hydropower Project in Bhutan will provide energy security to the region. This project marks a significant step towards building a sustainable energy landscape underscoring Tata Power’s commitment to a greener future.”

Mr. Dasho Chhewang Rinzin, MD, DGPC, said, “This strategic partnership with Tata Power to develop the Khorlochhu hydropower project is a significant step towards Bhutan’s energy security and economic development as the country seeks to become a High Income GNH Economy by 2034. This partnership with Tata Power opens new avenues for sourcing investments to harness Bhutan’s huge hydropower and solar potential. It further ensures access to and complements the evolving Indian energy market for surplus generation in the summer months with opportunities to expand in future to the regional market. Looking forward, DGPC hopes to not only build on this partnership with Tata Power but also emulate similar partnerships with other interested partners.”

The Khorlochhu Hydro Power Ltd will also sign long-term Power Purchase Agreements (PPA) with Tata Power Trading Corporation Ltd, a wholly owned subsidiary of Tata Power Company Ltd, for export of the summer surplus power to the Indian market and with Bhutan Power Corporation Ltd (a subsidiary of Druk Holding & Investments Ltd) for the domestic sale of power in the winter months.

Tata Power also has a successful Joint Venture with Power Grid Corporation of India Limited for a 1,200 km long Tala transmission line to bring electricity from Bhutan to Delhi.

L&T Commissions Its First Indigenously Manufactured Electrolyser at a Green Hydrogen Plant in Hazira, Gujarat

Larsen & Toubro (L&T) has achieved a significant milestone in the clean energy space by commissioning its first indigenously manufactured electrolyser at the Green Hydrogen Plant at A M Naik Heavy Engineering Complex in Hazira, Gujarat. This pioneering6 accomplishment signifies L&T Electrolysers Limited's foray into domestic electrolyser manufacturing, underscoring the company's steadfast dedication to propelling sustainable energy solutions.

Featuring a rated power capacity of 1 MW (expandable to 2 MW), this electrolyser can produce 200 Nm3/Hr of hydrogen. It is equipped with two stacks and an Electrolyser Processing Unit (EPU) ML-400, which is indigenously manufactured and assembled, adhering to the latest international standards, and offers exceptional flexibility and thermal stability. The electrolyser will now undergo rigorous testing in the coming weeks to optimise its performance, and in turn, paving the way for full-fledged manufacturing of electrolysers.

L&T Electrolysers Limited, a newly incorporated entity of L&T, is focused on manufacturing pressurised alkaline electrolysers using the technology from McPhy Energy, France. The company spearheaded the complete value chain from engineering to manufacturing, in collaboration with Indian vendors and suppliers, thus setting a benchmark for "Make in India" initiatives. L&T Electrolysers plans to leverage its upcoming giga-scale facility in Hazira to meet the growing demand for green hydrogen, maximising product localisation through enhanced local supply chain, and automation for cost-competitiveness.

Mr Subramanian Sarma, Whole-time Director & Sr EVP (Energy), L&T said: “The indigenously manufactured electrolyser marks a transformative leap towards clean energy, positioning us to lead not only in the domestic market but also globally. This advancement significantly bolsters our offerings across the value chain, showcasing L&T as a global force in the clean energy space”.

Mr Derek M Shah, Sr VP & Head – Green Energy Business, L&T, said: “Our commitment to localisation in this project goes beyond mere cost-efficiency. It empowers the Indian supply chain, creates exciting opportunities for skilled professionals, and aligns perfectly with the vision of 'Aatmanirbhar Bharat”.

L&T Electrolysers has been allocated a significant 300 MW/annum capacity under the Production Linked Incentive (PLI) of the National Green Hydrogen Mission, launched by Government of India’s Ministry of New and Renewable Energy (MNRE) and implemented by the Solar Energy Corporation of India (SECI). This allocation underscores L&T Electrolysers’ potential to emerge as a key player in electrolyser manufacturing.

L&T Electrolysers Limited, a subsidiary of Larsen & Toubro Limited, is at the forefront of manufacturing pressurized alkaline electrolysers. The company is committed to delivering innovative, sustainable, and reliable solutions in the field of green hydrogen production, contributing to a cleaner and greener future.

Larsen & Toubro is a USD 23 billion Indian multinational engaged in EPC Projects, Hi-Tech Manufacturing and Services. It operates in over 50 countries worldwide. A strong, customer–focused approach and the constant quest for top-class quality have enabled L&T to attain and sustain leadership in its major lines of business for eight decades.

Tata Power Subsidiary TPRMG Recognized as People-Positive Accelerator of Clean Energy Adoption in Rural India by WEF

TP Renewable Microgrid (TPRMG), a wholly owned subsidiary of Tata Power- one of India's largest integrated power companies, is has announced that its Renewable Microgrid initiative has been featured in the World Economic Forum’s report on "Using a People-Positive Approach to Accelerate the Scale-up of Clean Power: A C-Suite Guide for Community Engagement." This report was released at the recently concluded 28th United Nations Climate Change Conference (COP28).

The report emphasizes the significance of a people-positive approach as a pivotal factor in accelerating the transition to clean power while delivering broader social, economic, and environmental value while also highlighting the necessity of involving communities in the shift towards sustainable energy to ensure that the transition benefits all stakeholders.

The inclusion of the TP Renewable Microgrid as a case study a in the white paper is a testament to Tata Power's commitment to bringing sustainable development to rural India and its success in leveraging cross-sectoral collaboration. This approach aligns perfectly with the paper's emphasis on partnership with communities, showcasing how industry leaders can work hand in hand with local populations for mutual benefit.

TPRMG has been instrumental in bringing clean electricity to rural India. The initiative has successfully commissioned renewable microgrids in 200 villages in northwest India, impacting around 300,000 lives. Serving a consumer base of about 21,000, these microgrids have saved over 3 million litres of diesel and reduced more than 8,000 tons of carbon dioxide annually.

Dr Praveer Sinha CEO &MD, Tata Power said, "We are privileged to set up Renewable Microgrids for providing clean energy in rural India. We are committed to advancing India's renewable energy initiatives through innovative micro enterprise solutions in rural areas”.

The project's approach is centred around shared value creation, with a strong focus on community engagement. By collaborating with various stakeholders, including social influencers, governments, local communities, and technology innovators, TP Renewable Microgrid has developed solutions that address the specific needs of each community. This collaborative effort has resulted in the seamless installation, operation, and maintenance of projects, while also delivering significant economic, environmental, and social benefits to local communities.

This case study in the World Economic Forum’s white paper is a clear indication of the importance and effectiveness of Tata Power's people-positive approach. It showcases how TP Renewable Microgrid is not only providing clean energy but also creating an ecosystem for socio-economic development in rural India. This initiative aligns with India’s broader goal of transitioning to reliable, sustainable, and community-focused energy solutions, and is an example of how the power sector can provide reliable and clean power to communities that have traditionally relied on fossil-based power.

Through these efforts, Tata Power is not just providing clean energy but also fostering socio-economic development in rural communities.

India and UAE Join Hands for Collaboration in Industry and Advanced Tech Including AI, Supply Chain, CleanTech, Space Systems and Industry 4.0

• UAE-India MoU to drive investment and collaboration in industry and advanced technologies
• UAE and India to collaborate in Industry and Advanced Technology, including Supply Chain Resilience, Clean Energy Technology, Healthcare, Space, Industry 4.0 and industrial standards
• Agreement also aims to accelerate development of technologies that can help decarbonize industry and advance renewable energy

The UAE and India will cooperate more closely in sustainable industrial development following a memorandum of understanding (MoU) signed on Thursday at Emirates Palace.

The MoU signed focuses on seven key areas, including supply chain resilience, renewable energy and energy efficiency, health and life sciences, space systems, AI, Industry 4.0 and advanced technologies, as well as standardization and metrology.

In the field of Artificial Intelligence (AI) , the UAE and India will cooperate in the deployment of AI technologies in the space sector, energy, healthcare and supply chains. Both countries will work together to advance capabilities in machine learning and data analytics across priority sectors.

To build supply chain resilience, the UAE and India will collaborate to identify opportunities to supply raw materials. The two countries will also share best practices on industrial enablement and incentivization for industrial growth and development, for instance in areas such as energy, land, CAPEX, OPEX, technology, and labor.

In the energy sector, the UAE and India will collaborate in advancing energy storage technologies, Smart Grid and IoT deployment, and R&D in renewable energy and energy efficiency.

Similarly, in health and life sciences, the countries will collaborate in the development of pharmaceuticals, the use of biotechnology, and R&D.

Under the MoU, the UAE and India will also collaborate in the deployment of 4IR (4th Industrial Revolution) Technologies in industry, real-time data processing, the development of machine-to-machine control systems, the development of autonomous robotics, equipment and vehicles, as well as the deployment of additive manufacturing in key Industries.

With this MoU, both the countries will collaborate in the commercial development, launch and use of small satellites for communication and Earth observation, as well as space exploration. The countries will also collaborate in the development of licensing of space-related materials, in addition to R&D in the Space Technology sector.

The final area of collaboration is standardization, metrology, conformity assessment, accreditation, and Halal certification. The countries will exchange information including procedures, guidelines, and lists of regulated products. The countries will also cooperate to harmonize standards with international requirements and work towards the mutual recognition of the conformity assessment results.

The MoU was signed by His Excellency Dr. Sultan Al Jaber, UAE Minister of Industry and Advanced Technology and His Excellency Mr. Piyush Goyal, India’s Minister of Commerce and Industry, with the presence of His Highness Sheikh Hamed bin Zayed Al Nahyan, Member of the Abu Dhabi Executive Council.

Focusing on facilitating industrial investments, technology transfer and enabling the deployment of key technologies in industries, the MoU will benefit both countries through joint industrial and technological developments.

Commerce Minister Mr Goyal commented: “This MoU opens new doors to develop cooperation efforts and build an institutional framework in the fields of emerging technologies. It would help in promoting and developing bilateral cooperation in sectors such Space, healthcare, renewable energy, artificial intelligence, and many other vital areas.”

HE Al Jaber said: “In line with the UAE leadership’s vision, we are committed to strengthening bilateral relations to enhance sustainable and economic growth. Given the UAE’s strong relationship with India across the economic, technological, and social domains, we are pleased to sign this MoU to further develop the industrial sector in line with advanced technology and sustainability standards. This aligns with the objectives of the national industrial strategy, and ‘Make it in the Emirates’ initiative, aimed at transforming the UAE into a global hub for advanced industry, especially industries of the future.”

Under the MoU, cooperation includes industrial and academic collaborations as well as collaborative research and development projects. The countries will also share best practices relating to science and technology policies.