The upcoming facility will be located in Khordha district and is expected to create significant employment opportunities while strengthening India’s domestic solar manufacturing ecosystem. Saatvik Green Energy aims to develop a fully integrated plant, covering wafer, cell, and module production, with an initial capacity of 2 GW, scalable in subsequent phases based on market demand and policy support.

According to company officials, the investment aligns with India’s national goal of achieving 500 GW of renewable energy capacity by 2030 and supports the government’s Atmanirbhar Bharat initiative to reduce dependence on imported solar equipment. Odisha, with its growing industrial infrastructure and renewable-friendly policies, is emerging as a strategic hub for clean energy investment.

Saatvik’s new facility will not only boost local manufacturing but also contribute to India’s export potential in solar components. The project’s construction is expected to begin in early 2026, with commercial operations targeted within two years.

This move follows a broader industry trend of accelerating domestic solar manufacturing, driven by production-linked incentives (PLI) and rising global demand for sustainable energy solutions.

Once operational, the plant is expected to play a pivotal role in enhancing India’s solar supply chain resilience and supporting the country’s transition toward a greener, more self-reliant energy future.

Source: PowerLine.com

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According to an exchange filing, Ceigall India bagged the Engineering, Procurement, and Construction (EPC)contract for a large-scale solar power project. The development marks a major step in the company’s push toward sustainable and clean-energy initiatives, aligning with India’s broader renewable energy goals.

Ceigall India, known primarily for its road and highway projects, has been expanding into green energy and power generation segments. The latest project reinforces its strategic shift and positions the company to capture a share of India’s fast-growing solar market, which continues to attract record investments due to supportive government policies and rising corporate demand for clean power.

Market analysts said the order win not only boosts Ceigall’s revenue visibility for the coming quarters but also improves investor sentiment toward the stock. “The project win underscores Ceigall’s execution strength and growing foothold in the renewable energy EPC space,” said one analyst.

With the company now diversifying its portfolio, Ceigall India’s renewable segment could become a key growth driver. The broader solar sector remains buoyed by India’s push to achieve 500 GW of non-fossil fuel capacity by 2030, making Ceigall’s latest milestone a timely and strategic expansion.

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Semiconductor Expansion in India

India’s semiconductor sector is witnessing rapid growth. In August 2025, the government approved four additional projects, raising the total to 10 initiatives worth $18.23 billion. These projects span Odisha, Punjab, Andhra Pradesh, Gujarat, and Assam, focusing on chip fabrication, 3D packaging, compound semiconductors, and outsourced semiconductor assembly and testing (OSAT).

Japan’s role in this expansion is significant. During Modi’s Tokyo visit, Japanese investment commitments were doubled to nearly 10 trillion yen ($68 billion) over the next decade. Partnerships are underway, with Renesas Electronicsadvancing an OSAT facility in Gujarat and Panasonic supplying materials for joint ventures. On September 2, India unveiled its first domestically manufactured semiconductor chip at the SEMICON conference, with commercial readiness expected by the end of 2025. Meanwhile, Tokyo Electron has opened a new development hub in Bengaluru to support joint research and equipment design.

Green Energy Collaboration

The partnership also extends to clean energy, with sectoral working groups aligning on hydrogen production, renewable energy integration, and regulatory standards. The cooperation highlights shared priorities in cutting carbon emissions while opening new avenues for industrial growth and sustainable technology adoption.

Political Context in Japan

Amid speculation over Japanese Prime Minister Ishiba’s possible resignation, questions have arisen about the continuity of commitments. However, analysts note that the partnership is anchored in formal frameworks and multiyear agreements, including the India-Japan Dialogue on Economic Security, ensuring stability beyond leadership changes.

Looking Ahead

By strengthening supply chain resilience in semiconductors and advancing renewable energy initiatives, India and Japan are positioning themselves as key players in Asia’s technology and energy transformation. Despite political uncertainties, the institutional depth of the relationship suggests the cooperation will remain on track, shaping the future of the Indo-Pacific economy.

Source: www.indianarrative.com

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During the inauguration, PM Modi emphasized the strategic importance of renewable energy in addressing climate change and reducing dependence on conventional fossil fuels. He highlighted how large-scale solar projects like this not only contribute to India’s energy security but also strengthen the country’s position in the global renewable energy landscape.

The Avaada Group’s project employs state-of-the-art solar technology designed to maximize energy efficiency and long-term sustainability. The plant is expected to generate a significant volume of clean electricity annually, supplying power to thousands of households and industries, thereby reducing carbon emissions substantially.

Beyond energy generation, the project promises substantial socio-economic benefits. Officials noted that it will create local employment opportunities during both the construction and operational phases. Furthermore, the initiative is intended to empower surrounding communities through skill development programs and infrastructure support, fostering regional development in tandem with India’s clean energy goals.

The inauguration ceremony also highlighted the collaborative nature of the project, with government agencies and private sector stakeholders working together to implement cutting-edge solar technology. The project aligns closely with India’s broader climate and sustainability objectives, including the ambitious targets for net-zero emissions by 2070.

Experts have called the 280 MW solar plant a “benchmark project” in renewable energy deployment, demonstrating how private investments can complement national policies to achieve large-scale sustainability outcomes. The facility is expected to serve as a model for future solar initiatives, showcasing how technology, community engagement, and government support can converge to create impactful green energy solutions.

With this project, Gujarat continues to reinforce its reputation as a hub for renewable energy development, attracting further investments in solar, wind, and other green energy technologies. The Avaada solar power plant stands as a significant step in India’s journey toward a cleaner, more sustainable energy future.

Source: Energetica India

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Officials said the project is aimed at reducing carbon emissions and dependence on conventional fossil fuels. The initiative is also expected to generate new employment opportunities and boost the state’s green energy capacity.

According to sources, land has already been identified for the project, and work is likely to begin in the coming months. The government believes the hydrogen power plant will play a crucial role in achieving Karnataka’s renewable energy targets and contribute to the nation’s overall sustainability goals.

Source: www.newindianexpress.com

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The new investment will accelerate projects in solar rooftops, hybrid power systems, battery energy storage (BESS), and genset-based solutions, offering industries and commercial users cost-efficient and sustainable energy options.

With this strategy, Jakson is positioning itself to reach $1 billion in revenue by 2030, tapping into the rising demand for decentralized and reliable energy systems. The group highlighted that distributed energy will play a key role in supporting India’s net-zero ambitions, ensuring resilient power supply alongside conventional energy sources.

For stakeholders in the oil, gas, and bitumen industries, this development signals a broader transformation in India’s energy mix, where conventional fuels continue to be critical but are increasingly complemented by renewable and distributed energy technologies.

Jakson’s bold investment reinforces its long-term vision of innovation, sustainability, and leadership in India’s evolving energy landscape.

Source: energy.economictimes.indiatimes.com

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A senior Mantralaya official stated, “The central govt has set a target to bring carbon emissions to zero by 2070. For this, the state govt has set targets to generate 50% energy through renewable energy sources by 2030 and 75% by 2047.”

A memorandum of understanding was already signed on June 14, 2023, between Mahagenco and Satluj Jal Vidyut Nigam Limited to develop renewable energy generation projects. According to this agreement, the development of various renewable energy projects in the state, including pumped storage hydroelectric projects, green hydrogen with solar-wind hybrid, and floating solar projects, is included. All these projects have a total capacity of 5000 MW.

The official further stated, “The establishment of a joint venture company for this was approved by the state cabinet on Tuesday. Satluj Vidyut Nigam Limited will have 51% and Mahagenco will have 49% equity.”

Through this joint company, in the first phase, projects with a total capacity of 735 MW will be developed, including the Ghatghar Phase-2 pumped storage hydroelectric project (125 MW), Irai floating solar energy project (105 MW), and Nimnawardha floating solar energy project (505 MW).

Reference : https://timesofindia.indiatimes.com/city/mumbai/maharashtra-cabinet-approves-joint-venture-for-5000-mw-capacity-renewable-energy-project/articleshow/123925535.cms?utm_

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Speaking at the Panchjanya Infra Confluence 2025, Joshi emphasized Prime Minister Narendra Modi’s approach to goal-setting, noting that the PM never opts for easily achievable targets.

“The Hon’ble Prime Minister does not set easy goals for himself or for us. He believes in setting ambitious targets that push us to strive harder. In the renewable energy sector, too, he has laid out a bold vision—and we have already achieved 50 percent of that goal,” Joshi said.

He confirmed that India is “firmly on course” to achieving the green hydrogen production target by 2030.

Joshi, who also serves as the Union Minister of New and Renewable Energy, had earlier addressed the Annual Green Hydrogen R&D Conference, reiterating the importance of the National Green Hydrogen Mission (NGHM). Launched in 2023, the NGHM aims to position India as a global hub for green hydrogen and is seen as a key pillar in the country’s energy transition.

With an outlay of ₹19,744 crore, the Mission is built on four core pillars:

• Policy and regulatory framework
• Demand creation
• R&D and innovation
• Enabling infrastructure

As part of the mission, dedicated hydrogen hubs are being developed at Kandla, Paradip, and Tuticorin ports to boost India’s export potential. Major corporations like NTPC, Reliance, and Indian Oil Corporation, along with numerous start-ups and MSMEs, are investing heavily to build a strong hydrogen value chain, expected to generate lakhs of new jobs.

The NGHM’s targets include:

• 5 million metric tonnes of annual green hydrogen production by 2030
• 125 GW of additional renewable energy capacity
• ₹8 lakh crore in investments
• 6 lakh new jobs
• 50 million tonnes of annual CO₂ emissions reduction

India recently achieved a key milestone in its energy transition by reaching 50% of installed electricity capacity from non-fossil fuel sources—five years ahead of the timeline set under its Nationally Determined Contributions (NDCs) to the Paris Agreement.

As the nation moves toward its broader target of 500 GW of non-fossil capacity by 2030 and net-zero emissions by 2070, Joshi highlighted India’s bold, inclusive, and technology-driven approach to sustainable development.

In a broader context of welfare delivery, Joshi—who is also the Union Minister for Consumer Affairs, Food and Public Distribution—noted that the government is currently providing 44 lakh tonnes of foodgrains every month to 81 crore eligible beneficiaries across the country.

Reference : https://bioenergytimes.com/india-to-achieve-5-million-metric-tonnes-green-hydrogen-production-by-2030-pralhad-joshi/

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India’s clean electricity sources are also on track to provide a third of its utility electricity for the first time over the next month or so, thanks to record combined output from renewables, hydro and nuclear assets, data from Ember shows.

The steep build in home-grown clean electricity comes just as India faces unprecedented scrutiny over its energy import practices, particularly its heavy reliance on sanctioned Russian oil that has triggered stiff new tariffs from the United States.

India also faces pressure to boost imports of U.S. LNG as a means to reduce its trade deficit with the United States, but has steadily reduced its reliance on gas for power as clean energy output has increased.

Continued growth in clean generation – alongside rising homemade production of clean energy tech such as solar panels and battery systems – may help India limit its reliance on foreign-sourced fossil fuels while continuing to expand its overall energy generation.

NEW PEAK

Over the first half of 2025, India’s utilities generated a record 236 terawatt hours (TWh) of clean electricity, data from Ember shows.

That total is 20% more than during the same months in 2024, and allowed utilities to curb generation from fossil fuels by 4% from the year before to around 691 TWh.

A 29% jump in wind generation (to 47.2 TWh) and a 25% rise in solar generation (to 85 TWh) were the main drivers of the advance in clean electricity supplies.

Record output from India’s nuclear fleet – to 29 TWh – and a 14% year-over-year climb in output from hydro dams also helped lift the overall clean supply total.

On the fossil fuel side of the generation ledger, coal-fired electricity supplies dropped by 3% from the year before to 675 TWh, while gas-fired electricity output shrank by 34% to 13.75 TWh.

SEASONAL SWAY

The collective upswing in multiple clean generation sources is leading to clean power grabbing a record share of India’s generation mix, which will likely exceed 30% for the months of July, August and September.

The average clean generation share through the opening half of 2025 was 25%, compared to an average of 21% for the same months in 2024.

In June, clean power sources accounted for 31% of the overall generation mix, which was the highest reading on record for that month and meant the share from fossil fuel sources dropped below 70% for the first time.

Data on India’s generation during July and August has yet to be released, but clean power sources are likely to have secured even larger shares of the overall mix during that period as wind and hydropower output tends to hit annual peaks around then.

Over the first half of 2025, total clean generation from all sources was around 24% more than average generation levels from India’s clean generation assets during the same months from 2022 to 2024.

If wind and hydro production rise as expected during July, August and September, total clean electricity production in India will smash previous records this year and may set the stage for even steeper cuts to fossil fuel generation going forward.

Given the fast pace of electricity demand growth in India, utilities are likely to continue adding coal-fired generation capacity to the generation system to ensure that overall electricity supplies keep up with consumption.

But with solar and wind capacity expected to continue growing at a faster pace, the share of fossil fuels within India’s overall generation mix may be close to peaking, which would mark a major milestone for India’s fast-growing energy system.

An established peak in the share of fossil fuels in electricity generation could then trigger a potential decline in fossil fuel imports and use, and reduce the pressure on India to succumb to international pressure on oil and gas import trends.

Reference : https://www.reuters.com/markets/commodities/india-cuts-fossil-electricity-output-clean-generation-hits-new-peak-2025-09-02/?utm_

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With solar and wind energy generation highly dependent on local weather conditions, the country is finding traditional broad-scale forecasts — such as state-wide or regional predictions — no longer sufficient.

“You need a very, very granular forecast,” Central Electricity Authority Chair Ghanshyam Prasad said at a BloombergNEF Summit on green energy, adding that the ability to track cloud movements at specific locations was now critical.

Currently, India’s forecast resolution – the precision of weather predictions over small time intervals or areas – does not match 15-minute operating cycles of the power grid, where weather conditions can shift rapidly, he said. The goal was to improve the resolution to minimum possible distances, he added.

Beyond short-term forecasting, the government is also focusing on building long-term predictive tools that can aid planners in projecting weather trends over multi-year horizons.

“Across the world, nobody has that kind of visibility to forecast weather for that kind of horizon,” Prasad said.

“But we are trying to build long-range forecasting tools which can give us at least some predictions.”

These developments are seen as critical for ensuring power sector stability as India scales up its reliance on renewable sources.

“Until we are able to do that, probably we will not be able to sustain the power sector as such,” Prasad said.

New Delhi has curbed its solar and coal power output during periods of low demand to keep its power grid stable and ease congestion in power lines as green supply rises, the Ministry of New and Renewable Energy (MNRE) told Reuters earlier this week.

India added a record 22 GW of new solar and wind capacity in the first half of 2025 and is planning to increase non-fossil fuel power capacity to 500 GW by 2030.

As part of its reforms, the CEA is also shifting from a five-year energy planning cycle to an annual model.

“That’s a challenge that we have taken — if I do it every year, that means I will be able to capture the forecast better,” the official said.

Reference : https://www.reuters.com/sustainability/boards-policy-regulation/india-moves-sharpen-weather-forecasting-amid-renewable-energy-push-2025-08-22/?utm_

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