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Thermal Power Back in Focus

Sonal Desai


A focus to attain energy security is forcing India to refocus on thermal energy.

Home to over 140 billion people, India’s priority is making electricity accessible to all, which is why thermal power is gaining traction in India.

With support from government policies and private sector investments, the segment is set to witness a huge spike.

The country is gearing up to enhance its thermal power capacity by 80 gigawatts (GW) by the year 2032, in response to consistently rising electricity demand across the country.

India’s 2023-24 Economic Survey aimed to target diversified energy sources, including thermal power, coal, to minimize risks and pursue low-emission pathways.

Data:

IBEF estimated that India will need to invest in thermal power infrastructure to meet future energy demand scenarios. It states that thermal power remains crucial for India, accounting for 75% of the country’s total power, despite the transition towards renewable energy.

In March 2024, IBEF predicted that by 2030, India will require an extra 70 GW of thermal capacity, or 56% of installed electricity generation, to meet its 7.5% annual demand.

Government support:

Thermal energy received a renewed impetus in this year’s Union budget.

Finance Minister Nirmala Sitharaman announced several initiatives to enhance thermal power.

These include:

• The R&D funding announced in the interim budget — of Rs 13,208 crore — will be made available for this sector
• The FM approved fiscal support and indigenous technology for Advanced Ultra Super Critical (AUSC) thermal power plants
• Public-private partnerships to set up Bharat small reactors and conduct research and development in nuclear power
• New regulations to transition from energy efficiency targets to direct emission targets

Private sector at play:

According to IBEF, the private sector in the power industry in India generates 52.4% of the country’s power, whereas States and the Centre generate 24.1% and 23.4%, respectively.

Of late, private sector companies like Adani Power, JSW Energy, and Tata Power have increased focus on thermal energy to meet rising electricity demand. C-suite commitment during analyst and IR interviews to increase focus on thermal power boosted industry confidence in the segment.

For example, Adani Power plans to double its capacity from 15 GW to 30 GW by 2030. The company has acquired Lanco Amarkantak Power and Coastal Energen, and is exploring further acquisitions worth 1.1 GW.

JSW Energy is considering adding greenfield capacity in thermal space, pending opportunities. The company’s decision to invest in thermal projects depends on power purchase agreements, as setting up new plants takes time.

Tata Power which has not yet added new thermal capacities, will look at new projects based on opportunities and returns.

Our take:

While India has fared better in energy transition compared to its global peers, it is a reality that coal-based energy production is going to be the mainstay for India, at least for the next decade. All the same, WriteCanvas is hopeful that India will achieve the target of
50% renewables in the energy basket by 2030.


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Cloud computing, Green data centre, Carbon footprint

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Wipro cloud customers can now monitor carbon footprint

Sonal Desai


Thousands of Wipro cloud computing customers will now be able to reduce energy usage and also monitor their carbon footprint.

One of India’s ten largest ITeS companies, Wipro will leverage its partnership with enterprise data storage solutions company, Pure Storage, for sustainable data centre technology.

Wipro cloud customers will have access to Pure Storage’s Pure1 Sustainability Assessment tool, which provides users with visibility into their environmental impact and proactively suggests optimization opportunities. It provides analyses of energy-saving opportunities, monitoring, evaluation, and suggestions for lowering greenhouse gas emissions and raising power effectiveness.

The two companies will use the best sustainable technology practices by lowering the direct carbon emissions from data storage systems and raising power efficiency.

The goal of this collaboration is to allow customers to drive a sustainable data centre footprint by providing more efficient strategies to minimise the environmental impact, Wipro said in a press release.

Stephanie Trautman, Chief Growth Officer, Wipro Limited, said, “Customers today are looking for sustainable technology infrastructure. Together with Pure Storage, we are helping to meet this need in the area of data storage and in data centres. Our approach involves assessing, identifying, implementing, and monitoring sustainable technologies that optimise resource utilisation and manage down waste, emissions, and energy impacts.”

According to market research, the value of the India data centre market is anticipated to grow from $4.35 billion in 2021 to $10.09 billion by 2027 at a compound annual growth rate (CAGR) of 15.07% from 2022 to 2027.

With 138 data centres, India is the 13th largest data centre market in the world, according to IBEF. Additionally, 45 new data centres with a combined 13 million square feet and 1,015 MW of capacity are anticipated to be built by the end of 2025. India’s data centre market is expected to be worth $4.35 billion in 2021. By 2027, it is projected to rise by 132% in just six years, reaching $10.09 billion.

According to another CII report, the Indian data centre market, which makes up 2% to 1% of the global market, has experienced a modest compound annual growth rate (CAGR) of 15-20%. India’s market share in the world’s data centre market is anticipated to grow over the coming ten years, so it’s critical to reduce energy consumption. Adopting a green data center rating can help projects reduce Power Usage Effectiveness (PUE) by 30% (green data centers operate at PUEs between 1.25 and 1.4, whereas conventional data centers operate at PUEs between 1.6 and 1.8, which use a lot of energy).


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Indian aviation opens wings to sustainability with SAF

Sonal Desai


The uptake of sustainable aviation fuel aka SAF is on the rise in India.

The effort is a part of the Indian aviation segment’s endeavor to enable the Government of India’s commitment at the 26th session of the Conference of the Parties (COP26) that India will achieve the target of net zero emissions by 2070.

Statistics:
With India becoming the third-largest domestic aviation market in the world, it will overtake the UK to become the third-largest air passenger market by 2024, according to IBEF.

India’s consumption of aviation turbine fuel (ATF) is expected to grow by almost 17 per cent year-on-year to 8.61 million tonnes (MT) in the next fiscal year beginning April 2023, an indication that air travel in the world’s fourth-biggest market will surpass pre-pandemic levels for the first time, according to a report.

On their part, major domestic as well as global players are coming together to develop the infrastructure and further R&D.

For instance, Indian Oil Corporation (IOC) is building a Rs 1,000 crore ($122 million) sustainable aviation fuel plant. The plant to be built at IOC’s Panipat refinery will utilize alcohol to jet technology developed by LanzaJet.

The IOC-LanzaJet partnership:
This partnership will strengthen India’s transition to cleaner fuels and help achieve the country’s carbon reduction goal.

During the MoU signing ceremony, Shrikant Madhav Vaidya, Chairman, Indian Oil, said, “Indian Oil is the leader in India’s aviation fuel segment and as we move forward on the path to achieve net-zero operational emissions by 2046, we aim to enhance our basket of lower carbon fuels. This partnership will be another step in this direction which would accelerate India’s commitment to become Net Zero by 2070. Creating an ecosystem of SAF in India will help accelerate the energy transition and this would ensure our leadership position in the sustainable fuel segment as well.”

“As one of the largest population centres in the world experiencing rapid growth of energy consumption and travel, India is a critically important market as our world grapples with energy security, climate change, and economic growth challenges,” said Jimmy Samartzis, CEO, LanzaJet. “Our partnership with Indian Oil Corporation is key to decarbonizing the aviation industry by enabling this region of the world to have increased access to sustainable fuel alternatives through our alcohol-to-jet technology using Indian waste and ethanol sources.”

It must be noted that IOC has also signed an initial deal to boost production capacity for SAF with another biotechnology provider Praj Industries, along with biodiesel, ethanol, and compressed biogas.

What are the other stakeholders doing?
• SpiceJet operated the first flight using SAF, with a blend of 75% aviation turbine fuel and 25% bio-jet fuel made from Jatropha plants in August 2018.
• The Indian Air Force recently used SAF in their aircrafts.
• Indigo became the first international flight to be operated by any Indian carrier using SAF.
• Many enterprises including Indigo, Air India, AirAsia India and Vistara have partnered with the Council of Scientific and Industrial Research (CSIR) and the Indian Institute of Petroleum (IIP) to collaborate on the research and development of SAF.
• SpiceJet and the GMR group are partnering with Boeing and other companies for the development and use of SAF.


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