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Advancing India’s Green Shipping, RE Narrative on a Global Stage

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India’s pursuit of a sustainable energy future has positioned it as a global voice of reason.

Union Minister of New and Renewable Energy, Mr Pralhad Joshi, reiterated the same during his keynote address. He highlighted India’s advancements in green shipping and renewable energy transition at the Hamburg Sustainability Conference in Germany.

According to the union minister, India’s capacity for renewable energy has increased dramatically since 2014, rising from 75 GW to over 208 GW, a 175% increase.

Over this time, the total RE increased by 86%, from 193.5 billion units to 360 billion units. In the past ten years, the capacity of solar energy has also increased 33 times. Mr Joshi underscored how India is at the forefront of international efforts to use solar energy to fight climate change, as evidenced by the International Solar Alliance, which has the backing of more than 100 nations.

“India is the only G20 country to have met its climate targets ahead of schedule, despite having the lowest per capita emissions among G20 nations,” he remarked. He emphasized that energy security and access remain paramount for India, but this has never hindered the nation’s commitment to energy transition on both national and global scales.

Green shipping:

On green shipbuilding, India wants to rank among the top ten shipbuilding countries by 2030 and the top five by 2047. It is making great progress in the green shipping sector, Mr Joshi asserted.

He stressed the importance of the maritime industry to international trade as well as how it affects greenhouse gas emissions.

“As we move closer to reaching net-zero emissions, the need for sustainable maritime transportation has grown significantly,” he said.

India is leading the way in the green shipping sector thanks to international cooperation, government initiatives, and technological advancements.

The Minister also detailed about the modernization of Indian shipyards and the reopening of older dockyards to increase the capacity for building green ships. He cited the government’s strong emphasis on alternative fuels and renewable energy sources like biofuels and wind power.

He said, “India is becoming a promising hub for green shipbuilding.” The country is working to become one of the top five shipbuilding nations by 2047 by modernizing its port infrastructure to accommodate hybrid models and green shipping fuels.

Focus on green hydrogen:

Mr Joshi extended an invitation to foreign parties to participate in India’s large-scale renewable energy and green hydrogen initiatives.

He informed the audience that with an initial investment of $2.4 billion, the National Green Hydrogen Mission (NGHM) seeks to generate 5 million metric tonnes (MMT) of green hydrogen yearly by 2030, drawing in over $100 billion in investments and adding over 6 lakh jobs.

Pilot projects under the NGHM, with an investment of $14 million, are already exploring the use of green hydrogen in the shipping sector. “We are focusing on converting existing vessels to operate on green hydrogen or its derivatives. The Shipping Corporation of India is currently converting two vessels to run on green methanol,” the Minister explained.

India is laying the groundwork for the development of hydrogen hubs, which will revolutionize its energy landscape, with an investment of about $25 million. Furthermore, in order to support green hydrogen-powered ships, ports like Deendayal, Paradip, and V.O. Chidambaranar are being developed into important hydrogen hubs with bunkering and refueling facilities.

“India’s embrace of innovative technologies, investment in robust infrastructure, and cultivation of international cooperation have elevated us from a mere participant to a leading force in this global transition,” Mr Joshi concluded.


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Double-Digit CAPEX Anticipated for Renewable Energy: CRISIL

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A CRISIL report predicts significant government investment and a robust project pipeline driving clean energy growth in India.

The report predicts double-digit capital expenditure allocation for the renewable energy sector. Analysts expect renewable power capacity to reach 180 gigawatts (GW) by FY26.

Solar energy is expected to remain the dominant player in this growth, says CRISIL.

India’s renewable energy journey has seen steady progress, with a 35% jump to 97 GW in FY22 and 130 GW by the end of FY24. A healthy executable pipeline of 75 GW is expected to contribute 75% of the 50 GW capacity addition, while commercial and industrial (C&I) and rooftop solar installations may contribute the remaining 25%.

The report also highlights a surge in auctioned capacity, rising from 12 GW in FY23 to a significant 35 GW in FY24, reflecting a 2.5-fold increase. The findings from CRISIL’s study are likely to add fuel to the fire of anticipation surrounding the upcoming Union Budget 2024.

With ambitious renewable energy targets and a burgeoning pipeline of projects, the government is expected to unveil policies that will further propel India’s clean energy transition.


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Tata Power, MCGM Partner for Solar-Powered Demand Flexibility Program

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Tata Power has been appointed as Municipal Corporation of Greater Mumbai (MCGM)’s partner for the solar-enabled demand flexibility program. Tata Power has also partnered with MP Ensystems Advisory Pvt Ltd for the project.

Through the strategic partnership, Tata Power introduced a water pumping scheme at BMC-Bhandup after identifying over 50 stations with high demand flexibility characteristics. During the 23-day trial period in February 2024, the program successfully achieved a shift of 345 KW for three hours per day. Over 23,000 units of electricity were generated, resulting in a carbon offset of 21 tonnes, the company said in a press release.

The initiative aims to shift water pumping demand from non-solar to solar and off-peak hours by utilizing renewable solar energy and efficient Time of Day tariff benefits. It also enables MCGM to reduce power consumption costs and provide clean, renewable energy for Mumbai residents through this initiative.

Tata Power estimates that by expanding the program to include the majority of the water pumping stations in the Greater Mumbai area, there could be a monthly demand shift of about 50 MW, which would add up to 1.8 million units and 1620 tonnes of carbon offset annually.

 


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Trends and Opportunities in the Renewable Energy Segment

Sonal Desai


India aims to achieve 500 GW of renewable energy capacity by 2030, with 40-50 GW of additional capacity over time. 

India is expected to see an 83% increase in investments in renewable energy projects to around USD 16.5 billion in 2024, driven by the country’s focus on energy transition and carbon emissions reduction. The Solar Energy Corporation of India (SECI) has called for incentives for green hydrogen production and electrolyzer manufacturing facilities. 21 companies have bid for incentives under the SIGHT Scheme.

India’s solar power generation has surged due to sunlight and government incentives, with the top five states leading the charge in the country’s solar revolution, highlighting their unique contributions to the country’s renewable energy landscape.

Similarly, India has made great strides in the generation of wind energy over the years, and it now ranks fourth in wind power capacity in the world. India’s wind energy production holds significant potential for both onshore and offshore use, crucial for achieving Net Zero by 2070, and 50% of its electric power installed capacity from non-fossil fuels. The government has successfully developed around 15 GW of domestic wind manufacturing capacity, making the country Aatma Nirbhar.

The trends show that opportunities for all the stakeholders in the renewable energy segment have increased exponentially.

Top solar and wind power projects in the country:

India aims to achieve 500 GW renewable energy capacity by 2030, with 40-50 GW capacity additions. India’s National Institute of Wind Energy (NIWE) has launched the Wind Atlas, estimating its onshore wind potential at 1,164 GW at 150 meters above ground level.

1. Rajasthan, India’s “Land of Kings,” is a major solar power producer with the world’s largest Bhadla Solar Park and India’s largest wind park, Jaisalmer Wind Park. The state is exploring energy storage options to maximize solar power use and improve system stability. Rajasthan has been recognized for achieving the highest wind capacity addition, Gujarat for open access, and Tamil Nadu for repowering wind turbines.

2. Karnataka has become India’s solar powerhouse, with the Pavagada Solar Park near Tumkur. With a capacity of over 2,050 MW, the park captures sunlight, increasing energy demands and boosting regional economic development. Key accomplishments include capacity expansion, building solar parks, increasing rooftop solar installations, attracting investors, and promoting renewable energy adoption.

3. Gujarat, India’s “Jewel of the West,” is a leader in solar energy installations, with over 790 MW capacity and promoting rooftop solar rooftops. As of April 2023, Gujarat had over 10 gigawatts of installed wind power,  which was almost one-fourth of the total wind capacity installed in the country.

4. Tamil Nadu, India’s south, leads in renewable energy, particularly solar power generation, with over 3,500 MW of capacity. It also pioneered solar energy farming, providing additional revenue for farmers. With an installed wind energy capacity of 10,247 MW, the state accounts for 23% of the total installed (wind energy) capacity across India and ranks second in the country.

5. Telangana, India’s youngest state, has significantly increased its solar power capacity with the Bhongir Solar Park, which has a capacity of over 1,000 MW. The park’s solar panels reduce the state’s reliance on traditional energy sources and contribute to sustainability. Telangana’s progressive solar policy encourages solar project development and has also deployed solar-powered pump sets in the agricultural sector.

Policy drives growth in the renewable energy segment:
  • India’s government aims to reduce carbon emissions by 1 billion tonnes by 2030, reduce economy intensity by 45% by the end of the decade, and achieve net-zero emissions by 2070. 
  • Solar parks: The government is promoting solar cities and parks, with 57 parks of 39.28 GW across the nation. 
  • National Green Hydrogen Mission: The Union Cabinet approved the National Green Hydrogen Mission with a total initial outlay of INR 19,744 Cr, including an outlay of INR 17,490 Cr for the SIGHT program, INR 1,466 Cr for pilot projects, INR 400 Cr for R&D, and INR 388 Cr towards other Mission components.
  • Off-shore Wind Energy: The medium and long-term targets for off-shore wind power capacity additions are 5 GW by 2022 and 30 GW by 2030.
  • Wind-Solar Hybrid Policy: In 2018, a national policy was announced to promote an extensive grid-connected wind-solar PV hybrid system for efficiently utilizing transmission infrastructure and land. A way to address the intermittency challenge of one renewable power source is to combine solar and wind, achieving better grid stability. It provides flexibility in a share of wind and solar components in the hybrid project; however, the capacity of one resource must be at least 25% of the rated power capacity of other resources. 
  • AatmaNirbhar Bharat: PLI scheme in Solar PV manufacturing with financial outlays of INR 24,000 Cr introduced under AatmaNirbhar Bharat. Imposition of Basic Customs Duty of 25% on Solar Cell & 40% on Solar PV Modules w.e.f. 01.04.2022.
  • The Coal Ministry held an Industry Interaction in Hyderabad to promote coal/gasification projects in India. Secretary Shri Amrit Lal Meena highlighted the government’s support for cleaner coal technologies and energy security through easier land availability, financing, and incentives. Industry experts discussed opportunities, R&D efforts, including opportunities in coal gasification, R&D efforts, Blue Hydrogen Coal Gasification linked with Carbon Sequestration, High Ash Coal Gasification, and Upscaling R&D in High Ash Coal Gasification. 
Prospects:

In the Union Budget 2022-23, the government allocated Rs. 19,500 crore (US$ 2.57 billion) for a PLI scheme to boost the manufacturing of high-efficiency solar modules.

India launched the Mission Innovation CleanTech Exchange, a global initiative that will help accelerate clean energy innovation.

In the last five years, the country’s solar installed capacity has experienced a monumental transformation, increasing from 21,651 MW to 70,096 MW in 2023. With ambitious targets and policies like the Production Linked Incentive (PLI), India is propelling itself to achieve 500 GW of renewable energy capacity by 2030.

The Indian offshore wind market is expected to accelerate towards 2027 with annual installations increasing from 1.8 GW in 2022 to 2.8 in 2023, 3.7 GW in 2024, and peaking at 5 GW in 2025 in the base case. Overall, India’s wind market offers an opportunity for 21.1 GW of installations from 2023-2027.

The International Institute for Sustainable Development (IISD), a recognized independent think tank dedicated to advancing solutions for equitable resource management, a stable climate, and fair economies, highlights the steps taken by the Indian Navratnas to embrace sustainable alternatives in their economies. 

India’s Government-Owned Energy Companies, 2020–2050: Determining strategies for evidence-based diversification written by Christopher Beaton, Andrea M. Bassi, Georg Pallaske, Swasti Raizada, and Balasubramanian Viswanathan, highlights PSU’s approach to utilizing RE.

The Union government has set an ambitious target of achieving 175 GigaWatt (GW) of installed capacity from renewable energy sources by 2022, which includes 100 GW of solar and 60 GW of wind power capacity.

Our take:

The renewable energy segment is opening umpteen opportunities for the private as well as public sector players in the country. The sector is also seeing considerable interest, and therefore, investments from the global players. The need of the hour is to leverage the opportunities. Partnerships and collaboration will be key to reaching the scale, enabling mass-scale adoption and resource optimization.

 


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CIAL to Establish World’s First Green Hydrogen Plant

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Cochin International Airport Limited or CIAL is establishing the world’s first green hydrogen plant in an airport

The entity has signed a memorandum of understanding with Bharat Petroleum Corporation Limited (BPCL) for the project. 

The project entails setting up a 1000 KW pilot plant at the airport premises. Under the agreement, BPCL will oversee the establishment of the integrated green hydrogen plant and fueling station at Kochi Airport. It will also provide technology and manage the operations.

CIAL will provide the land, water, and green energy resources. The initial output of the plant will be utilized for powering vehicles within the airport.

The strategic move is a part of CIAL to deep dive into green energy initiatives. It must be noted that CIAL is also the world’s first airport fully powered by solar energy. 

Green hydrogen, produced from water using renewable energy sources, is recognized as a future fuel and aligns with zero-carbon energy strategies.

G. Krishnakumar, Chairman & Managing Director, BPCL, said, “The partnership is a crucial step on the path to long-term solutions.” 

“As pioneers in sustainable aviation, CIAL is happy to start a groundbreaking journey with BPCL. This strategic collaboration underscores CIAL’s commitment to green energy and propels closer towards a zero-carbon future in the aviation landscape,” said S. Suhas (IAS), Managing Director, CIAL. 

CIAL renowned for its effective deployment of green energy through the installation of big solar plants and a hydel station now has a cumulative installed capacity of 50 MW producing two hundred thousand units of power a day. Ever since the installation of its first plant with a capacity of 12 MW. 


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Policy for Adoption of Green Hydrogen for Renewable Energy

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The Ministry of New and Renewable Energy is working on the modalities of a new policy to promote the use of green hydrogen to support round-the-clock electricity.

The new policy is a part of the government’s thrust towards promoting increased adoption of renewable energy and use of green hydrogen as envisaged in the National Green Hydrogen Mission. 

The Union Minister for Power and New and Renewable Energy R. K. Singh chaired the meeting regarding using green hydrogen with solar and wind energy. 

Mr Singh has asked the officials to draft scheme guidelines for the green hydrogen and power sector, emphasizing the need for round-the-clock renewable energy to reduce costs and make it affordable.

Officials discussed green hydrogen storage options for round-the-clock and peak power demand. Another area of focus was government support mechanisms like a contract for difference methodology (CDM), based on market price differences and agreed strike prices.

 


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India to Invest $67B in Energy sector in 5-6 Years

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Prime Minister Narendra Modi announced plans to invest $67 billion in the energy sector over the next five to six years

Inaugurating the India Energy Week (IEW) in Goa today, Prime Minister Narendra Modi said that India will see investments totaling $67 billion in the sector in the next five to six years. 

“India is already the third largest energy consumer in the world. We are pushing to increase natural gas to 15 percent from 6 percent. For this, in the next 5-6 years around $67 billion will be invested,” the PM said. 

India ranks fourth globally in installed renewable energy capacity, with 40% sourced from non-fossil fuels. 

The PM highlighted India’s 100% electricity coverage and the Global BioFuel Alliance’s support for biofuels. He announced plans for 5,000 compressed biogas plants across the country and reaffirmed India’s commitment to achieving net-zero emissions by 2070. 

He spoke about India’s progress in solar power and pledged to spend over ₹11 lakh crore on infrastructure, with a significant portion of this going towards the energy sector.


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First Solar to Power India Manufacturing Facility with Cleantech Solar PPA

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American Solar–First Solar, Inc. has entered into a 15-year, captive Power Purchase Agreement (PPA) with Cleantech Solar. CleanTech Solar is a provider of renewable energy solutions to corporations in India and Southeast Asia.

Cleantech Solar will construct 150 MW of PV solar and 16.8 MW of wind assets in Tamil Nadu, providing 7.3 GWh of clean electricity to First Solar’s new 3.3-gigawatt (GW) vertically integrated solar manufacturing facility.

The agreement:

Cleantech Solar plans to meet 70% of the facility’s electricity needs by Q3 2024, replacing 7,000 kilotons of CO2 emissions. They will purchase 150 MW of India-made Series 7 thin film solar panels from First Solar. The modules will be used to power the PPA’s solar PV section. Delivery of the modules is anticipated in the first half of 2024.

The agreement is believed to be one of the largest intra-state PPAs in India and the projects being developed across Cleantech Solar’s renewable energy parks in Tamil Nadu are already providing solar, wind, and hybrid energy solutions to its corporate customers. With this latest agreement, Cleantech Solar’s total portfolio size in Tamil Nadu now stands at nearly 500 MW across operations and construction stages, and includes solar, wind, and hybrid power projects, the companies said in a press release.

Quotes:

“Our new manufacturing facility in Tamil Nadu sets a high benchmark for responsible and sustainable vertically integrated solar manufacturing, not just in India, but globally,” said Sujoy Ghosh, Vice President and Managing Director, First Solar, India. “By powering our operations with clean, renewably-generated electricity, we are working to further reduce our environmental footprint, which is already the lowest in the industry.”

“This collaboration enables our partners’ efforts to diversify their energy sources, integrate renewable energy into their operations, and achieve a higher degree of stability and sustainability in their power supply. This partnership exemplifies our commitment to advancing sustainable energy solutions and reinforces our position as a key player in the renewable energy landscape. We look forward to a mutually beneficial relationship with First Solar, contributing to the growth and success of both organizations,” said Sachin Jain, Chief Executive Officer, Cleantech Solar.

Endnote:

It must be noted that First Solar’s Tamil Nadu plant is the world’s first net-zero water withdrawal solar manufacturing facility, utilizing tertiary-treated reverse osmosis water from a sewage treatment plant. It also houses India’s first photovoltaic solar recycling plant, pioneering high-value solar recycling.


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Green Energy: Surat Takes a Kangaroo Leap

Sonal Desai


Surat known for its diamonds and textiles has added many feathers to its cap over the years. A decade back it started its journey in renewable energy, where the municipal corporation took the lead by adding 100 kW for solar rooftops for its consumption.

A few years later, with TERI they rolled out one of the fastest rooftop adoptions for the city, and its neighboring villages. Surat has taken the lead in the solar energy revolution in Gujarat.

With over 9,500 households installing rooftop solar panels, the city now boasts a collective capacity of 20 megawatts of solar panels each, reducing electricity bills to zero for many and earning a staggering Rs 4 crore in government subsidies.

The city is India’s 8th largest city, the 4th fastest-growing city globally, and a hub for the diamond and textile industry. With over 5,000 diamond manufacturing units and over 100 listed companies in the Surat SEZ, it is emerging as a leading jewelry production hub.

It continues its onward march toward green energy adoption.

WriteCanvas lists the top 5 use cases:

1. Food processing:

In 1999, Tapi Food Products conducted trials with Gadhia Solar to test if their tutty fruity product could be manufactured by using solar energy. In 2003, they established a new plant with a solar cooking system installation plan. The installation cost was initially around 15 lakhs, but with government subsidies, the cost was reduced to around 4 lakhs. The first Solar Steam Cooking System was installed in May 2007, generating 350kg/day of steam at 6kg/cm sq. pressure. The system has since produced around 120 tons of products, saving around Rs. 2000/ton and protecting the environment from air pollution.

2. Textiles:

Goldi Solar, a global solar panel manufacturer and EPC services provider has solarized Surat’s First Textile Market for Avadh Group.
The project, to be completed in three phases, will generate 497,400 KWh of power annually and offset 47.1 tons of CO2. The Avadh Textile Market is expected to save 37.5 lakhs annually on electricity.

3. Diamond:

The Surat Diamond Bourse (SDB) is India’s largest office building, boasting over 7.1 million square feet and nearly 4,500 diamond trading offices. The SDB also incorporates cutting-edge rooftop solar energy, implemented by URON Energy, ensuring sustainability in common areas and employing a radiant cooling system. The rooftop solar project features India’s largest floating foundation rooftop solar project, 100% puncture solar installation at unprecedented heights, over 37+ tons of HDG mounting structures, unique 3rd-generation inverter technology, and a waterless robotic cleaning solution. It consumes 50% less energy, achieving a remarkable 45 kWh/sq.m./yr compared to industry benchmarks.

4. Chemicals:

KPI Green has bagged the largest single LoI for executing a Wind-Solar Hybrid Power Project of 40 MW capacity from Anupam Rasayan India, Surat under Captive Power Producer (CPP). The capacity includes 21.50 MW wind and 18.5 MW solar.

5. Petrochemicals:

NTPC Ltd has commissioned India’s first green hydrogen blending project in the piped natural gas network of Kawas township, Surat. The joint effort between NTPC and Gujarat Gas Limited (GGL) began with the first molecule of green hydrogen being produced. The project aims to supply H2-NG (natural gas) to households in the Kawas township. The PNGRB has approved a 5% vol./vol. it is a blending of green hydrogen with PNG, with the blending level being scaled to 20%. This could bring India to the forefront of the global hydrogen economy.

 


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IIM Udaipur installs 500 kW solar plant

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The Indian Institute of Management Udaipur (IIMU), has deployed solar energy to fast-track its sustainability route. The institute has installed a 500 kW solar plant on its campus. The initiative aligns with its commitment to reducing its carbon footprint and promoting renewable energy adoption.

The plant will generate 2,500 units daily, and 7.30 lakh units annually will meet 30% of the institute’s energy needs. It is expected to save Rs 18 lakh per annum. The entity will offset an estimated 543 tons of CO2 annually from the institute’s overall carbon footprint.

The institute also installed 200 solar street light poles on a 3.5 km inner peripheral road. Additionally, they plan to install 100 solar light poles within the campus near the sports complex and other venues. This initiative will reduce consumption by 1.20 lakh units per year, translating to approximately Rs 11 lakh in savings. Furthermore, this effort is projected to reduce an additional 85 tons of CO2 from the institute’s overall carbon footprint every year.

Prof. Ashok Banerjee, Director, IIM Udaipur, said, “Our vision at IIM Udaipur is rooted in sustainability and responsible growth. The new solar plant and the solar street light poles reinforce our commitment to reduce our carbon footprint. We believe this initiative will inspire the  academic community, and set an example to embrace sustainable practices.”


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JinkoSolar to Co-Chair B20 India’s Taskforce Driving Tech and Innovation JinkoSolar to Co-Chair B20 India’s Taskforce Driving Tech and Innovation

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One of the largest global solar module manufacturers  JinkoSolar has been appointed a co-chair of the Tech, Innovation, and R&D Taskforce of B20 India. The B20 India Summit will be held on August 25 – 27, 2023 in New Delhi, India.

The B20 India has already commenced work on a series of discussions and recommendation proposals related to, among others, policy recommendations and interventions required to promote and accelerate technology, innovation and R&D across all industry sectors and identify strategies for mass adoption.

Ms Dany Qian, VP of JinkoSolar, said, “I believe the policy recommendations of our task force will bring tremendous contribution to the world today and in the future. Throughout the six-month process, the preparation of these policy recommendations saw healthy debates over conflicting arguments that served to encourage a diversity of thoughts and aspirations under different circumstances and capabilities.”

Technology, innovation, and R&D in global economic decision-making have never been more critical. The low carbon economy has become more prominent in global markets, as the world has been accelerating towards a sustainable clean future as a result of technological disruption, especially solar, storage, and digital technologies. A renewed strategy for technology development to strengthen global collaboration will foster economic stability, progress, and growth that is inclusive and sustainable.

The policy recommendations of the Tech, Innovation, and R&D Taskforce will be submitted to the G20 leaders and will be crucial to achieving significant improvements in the digitalized and green era empowered by scientific methods.


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India enroute to reduce 45% emissions by 2030

Sonal Desai


According to a Third National Communication (TNC) report, India’s greenhouse emissions, emitted for every unit increase of gross domestic product (GDP) – fell by 33% from 2005 to 2019.

The rise in RE generation and increase in forest cover will enable India to reduce emissions intensity by 45% from the 2005 level by 2030—the country’s commitment to the United Nations Convention on Climate Change (UNFCCC).

“The entire world is grappling with climate change. India has shown the way to combat it,” Prime Minister Narendra Modi said in his address to the nation from the Red Fort on the 77th Independence Day.

SDGs addressed:

  • 13 Climate Action
  • 13.2 Integrate climate change into national policies, planning
  • 13.b Build capacity for climate change planning, management

The target:
India has set a target to reduce:
The carbon intensity of its economy by at least 45 percent by 2030
Reduce the total projected carbon emissions by one billion metric tons through 2030
Achieve the target of net zero by 2070.

The task:
India must eliminate coal by 2040 and reduce emissions by 2030 to meet 1.5°C temperature limit; 2023-24 budget includes clean energy projects.

The National Action Plan on Climate Change (NAPCC), which includes missions in particular areas of solar energy, energy efficiency, water, sustainable agriculture, Himalayan ecosystem, sustainable habitat, green India, and strategic knowledge for climate change

The initiatives:
The National Adaptation Fund for Climate Change (NAFCC): To support adaptation efforts in States and Union Territories, with 30 projects approved in 27 states and UTs.

ISA: To promote solar energy utilisation and facilitate cooperation among solar-rich countries.

CDRI: To enhance infrastructure resilience in natural and man-made disasters by collaborating governments, organizations, and experts on strategies, policies, and technologies.

Leadership Group for Industry Transition (LeadIT): For voluntary low carbon transition of sectors that are difficult to reduce carbon emission

The International Big Cat Alliance: To protect and conserve seven major big cats – tiger, lion, leopard, snow leopard, puma, jaguar and cheetah globally.

New initiatives under CDRI and ISA, such as Infrastructure for Resilient Island States (IRIS) and Green Grids Initiative—One Sun One World One Grid (GGI-OSOWOG), were also introduced at COP26 in Glasgow in November 2021.

Conclusion:
India has been successful in adopting renewable energy. At present, it has a 160GW of RE capacity in its energy mix which is 40% of the total installed capacity. The country to reach the nether capacity is aggressive in RE capacity addition. The target is to achieve 500GW from RE by 2030. Going by the reduction scene in emissions, the RE capacity will help further lower the country’s emissions!


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How is solar power transforming lives of 40,000 people in West Africa?

Renjini Liza Varghese


In the recent past, WriteCanvas created case studies on the impact of solar power adoption across eight industry verticals. Noticeably, we have seen amazing examples of how solar has transformed energy consumption in enterprises, but the impact on the lives of the marginalized segment across the country. This impact story from the West African resonates with our belief at WriteCanvas that renewable energy has a social impact; it touches the spirit of `Bharat’—makes it an inclusive part of the larger Indian society.

Similarly, in Africa/globally, where one in eight people rely on unelectrified or under-electrified healthcare facilities; one in four people lack access to clean drinking water, solar energy is bridging the gap. While a large segment of the African people, especially in the rural areas, have daily challenges to access clean water, regular electricity, food, transportation and medical facilities etc, the local governments ably aided by local NGOs, the World Bank, IMF and other international agencies are looking at RE, especially solar power to address the issue.

Today, I want to focus on how solar power is empowering more than 40,000 people in the Kalale District of Benin, West Africa. Till some time back people did not have access to regular electricity. Translated, they did not have access to potable water and refrigerators to store vaccines.

A solar power adoption initiative which included installing 24 solar-powered water pumps and five solar-powered vaccine refrigerators—all operational, changed the lives of the communities living in Kalalé. The project handled by Solar Electric Light Fund (SELF), with funding from the Millennium Challenge Corporation (MCC)—an independent U.S. foreign assistance agency—in collaboration with MCC’s counterpart in Benin, the Millennium Challenge Account, is witnessing the social impacts.

The project:

For this project, a solar array was hooked up to a water pump in each of the 24 villages. During daylight, the pump draws water from an underground source into an elevated reservoir. The water is then gravity-fed to a distribution station, where local people can access it. A small, affordable fee is charged for water, which will cover repairs indefinitely. Because these systems are direct-drive (i.e., battery-free), maintenance needs are minimal.

The vaccine refrigerators are direct-drive as well. This improves reliability, but the lack of a battery also means there’s no way to store surplus power generated during peak sunlight hours. To make good use of this electricity, the refrigerators are equipped with an energy harvest control (EHC) mechanism. The EHC diverts surplus energy to charge ancillary devices in the clinic, such as battery-operated lights or cell phones. As an additional measure of accessibility surrounding the five clinics, solar-powered streetlights were installed to help light the way for patients at night.

The social impact:

Solar power is providing the citizens with their foundation right to basic healthcare, food and water, and education.

Women, especially girls who missed school because they had to walk miles to fetch water, are now regularly attending classes. The households have access to clean water. The drip irrigation project which was implemented earlier is hearing fruits. It is helping villagers to grow vegetables and fruits thus giving access to nutritional food. This is also an additional income source for women.

Secondly, the vaccination drive against waterborne and other diseases has gained momentum because the vaccines being stored in refrigerators. Experts estimate that the number of fully vaccinated people in the region to rise significantly as against the present … percent, because of solar power adoption.

“In the past, we suffered a lot to get water. This was a major problem for us,” says Koulou Démon, a Kalalé District resident. “We are praying for other communities to get the same system to alleviate their water scarcity issues.”

“Water access meets many fundamental needs of course,” says Dr. Cardinal Akpakpa, a physician in the Kalalé District village of Gberougbassi. “Reliable access to clean water will not only improve hygiene measures, but it is also critical for the prevention of waterborne diseases.”

“As a society, we don’t often think about lack of electricity as an underlying cause of health disparities,” says Robert Freling, SELF’s executive director. “You can provide all the vaccines in the world, but if a clinic doesn’t have the ability to refrigerate them, it doesn’t matter. Electricity is a prerequisite for healthy communities.”

“The Millennium Challenge Corporation invests in country-led solutions that reduce poverty and foster economic growth,” says Jason Bauer, director of finance, investment and trade at MCC. “This investment helps address health constraints that bind economic growth for thousands of people in the Kalalé District, while adapting to growing climate challenges.”

Both clean water and vaccinations are vital for improving local health. Waterborne illness is a leading cause of death in Benin. Only 58% of children in the country are considered fully immunized. The new solar infrastructure will help the people of the Kalalé District defy those statistics.


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Carbon Credits and the Indian Carbon Market

Jayson Joseph


India aims to reduce 1 BT of carbon by 2030 and achieve net-zero by 2070

As a medium-term target, India has set to add 500 GW of renewable energy to its energy basket by 2030. This will include 280 GW of solar energy, 140 GW of wind energy, and 10 GW of biomass energy.Carbon credits are tradeable permits that allow organizations or individuals to offset their carbon emissions.

For example, a company that emits 100 tons of CO2 per year can buy 100 carbon credits to offset its emissions. And carbon markets are picking up pace in India. The addition of 500 GW of RE would generate significant carbon credits, which could be traded internationally.

Challenges

One of the key challenges to the Indian carbon market is a lack of demand for carbon credits. In order to address the issue, the government has mandated that companies purchase carbon credits to offset a portion of their emissions.

Highlights
  • India has implemented several carbon credits policies to reduce greenhouse gas emissions and promote sustainable development. The government implemented the REC mechanism in 2010. Under  which the renewable energy generators are entitled to issue certificates.
  • These certificates can be sold to entities that need to meet their renewable purchase obligations.
  • As of 2021, there are over 100 registered projects in India eligible for carbon credits, potentially reducing 155 million tons of CO2. These include renewable energy, energy efficiency, and waste management projects.
  • The country has set a target to reduce its emissions intensity by 33-35% by 2030.
  • The two energy exchanges India Energy Exchange (IEX) and the Power Exchange India Limited (PXIL) enables carbon credits trading.
  • In addition, these platforms also allow investors to  participate in the market without directly investing.
  • According to a World Bank report, the Indian carbon market could be worth $6 billion by 2025.
Path Ahead

The Indian carbon credit market is growing steadily, with an increasing number of registered projects and a potential reduction in emissions. However, the market still faces challenges related to the lack of demand for carbon credits, which the Indian government is addressing through various initiatives


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How these 5 cement companies are mapping their sustainability journey

Sonal Desai


[vc_row][vc_column][vc_column_text]The manufacturing sector—known as the traditional villain in a sector’s sustainable journey is picking pace with its peers in purpose-driven transformation.

One of the segments leading the sustainability narrative is cement manufacturing. Most leading cement manufacturers are already on their way to meet the RE 100 and EP 100 targets.

As the world’s second-largest cement producer after China, let us look at how Indian cement manufacturers progress on their RE 100 EP 100 commitment.

India-headquartered JK Lakshmi Cement has joined its peers namely Ultratech Cement, JSW, and Dalmia Cement, Ambuja Cement, to pledge 100 percent renewable energy across operations.[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column][vc_column_text]JK Cement
It is the 10th Indian-headquartered company to join RE100 and the 11th to join EP100. The company has become the 4th cement firm globally to join the initiative

  • The initiative aimed at making the production process carbon-free and creating a sustainable future
  • Committed to meet 100% electricity demand through renewable sources, and doubling energy productivity by 2040
  • Deployed LNG trucks to transport raw materials and recently signed an agreement with Amplus Solar to set up a 56 MWp solar power plant for its Durg facility

[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column width=”1/4″][vc_single_image image=”7774″ img_size=”full”][/vc_column][vc_column width=”3/4″][vc_column_text]“We have always emphasized on reducing carbon footprint and operating in an energy-efficient manner to facilitate global actions to create a sustainable future. With this initiative to be a part of RE100 & EP100, we are just accelerating our actions towards our commitment to a safe environment and a sustainable future,” said Arun Shukla, President & Director, JK Lakshmi Cement Ltd.[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column][vc_column_text]UltraTech Cement Limited
It is the largest manufacturer of grey cement, white cement and ready-mix concrete in India, has announced its commitment to Climate Group’s RE100 initiative at Climate Week NYC 2021.

  • Targets to meet 100 per cent of its electricity requirement through renewables sources by 2050
  • Focuses its sustainability initiatives on decarbonization, circular economy, biodiversity management, water positivity, safe operations and community development.
  • Has adopted Science Based Targets initiative (SBTi) and Internal Carbon Price and has set ambitious environmental targets through both EP100 and RE100.
  • Scaled RE contracted capacity by 2.5 times
  • Set a target to scale up green energy mix to 34 percent of total power commitment by 2024

[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column width=”1/4″][vc_single_image image=”7775″ img_size=”full”][/vc_column][vc_column width=”3/4″][vc_column_text]“The commitment to move to 100 per cent renewable energy to meet our electrical energy requirements by 2050 is reflection of our confidence on the progress we have made, and our commitment to overcome the challenges ahead. With us now joining the RE100 group, UltraTech will become part of a high-profile global campaign that advocates for a strong business case in transitioning to renewable energy sources in building a decarbonized economy,” said Kailash Jhanwar, Managing Director, UltraTech Cement.[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column][vc_column_text]Dalmia Cement
Dalmia Cement committed to a SBT in August 2018 and become a carbon negative cement group by 2040. Dalmia was the first company globally to commit to the Climate Group’s RE100 campaign (100% renewable electricity use by 2030) and EP100 (doubling the energy productivity by 2030).

Priority is to replace the fossil-fuel based electricity through zero-carbon electricity generation technologies such as waste heat recovery (WHR) power generation systems
Has deployed a 9.2MW WHR system, generating electricity without fossil fuels.
About 7% of the electricity sourced by Dalmia Cement is based on renewable energy
At Dalmia Bharat Group level around 40% installed generation capacity is based on renewables
Three-pronged approach is to
To develop on-site fossil-free electricity generation facilities
Rooftop and ground-mounted solar energy plants and
Converting existing fossil-fuel-based captive power plants to re-generation by use of renewable biomass as a fuel[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column width=”1/4″][vc_single_image image=”7776″ img_size=”full”][/vc_column][vc_column width=”3/4″][vc_column_text]“Being one of the greenest cement companies in the world, we are committed to decarbonizing our operations. Our presence as the first cement company in RE100 and EP100 illustrates our commitment on this issue. We are scaling up our ambition to double our energy productivity and make a long-term transition to 100% renewable power, achieving a fourfold increase in the percentage of renewable energy in our electricity consumption by 2030,” said Mahendra Singhi, Group CEO, Dalmia Cement (Bharat) Limited

[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column][vc_column_text]JSW Cement
Globally, JSW Cement is the only heavy industry to accept all three business campaigns of the Climate Group RE100, EV100, and EP100 to build a renewable future. The circular economy principle is an integral part of our business model.

  • Committed to source 100% energy from Renewable energy sources, across all global operations by 2050
  • Committed to deploying all electric vehicles for transportation by 2030
  • Signed MOU with PRESPL to use agricultural waste as biomass energy in its cement-manufacturing operations
  • Has mapped decarbonization roadmap contributing to its Net Zero commitment by 2050
  • Signed the UN Energy Compact as per which JSW Cement have set a target of reaching 30% thermal substitution rate (TSR) by 2030
  • Focused efforts towards to include increasing fuel substitution and enhancing green & clean energy portfolios
  • Co-processed almost ~35000 T including ~9000 T of biomass waste to reach TSR of 7.1% vis-a-vis to 4.2% in 2020-21, representing an increase of 70%. This has led to not only reduction of their net CO2 emissions by ~40,000 T but also saved ~15000 T of coal.

[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column width=”1/4″][vc_single_image image=”7777″ img_size=”full”][/vc_column][vc_column width=”3/4″][vc_column_text]“The circular economy principle is an integral part of our business model. Last year, we made a small beginning wherein nearly 5 percent of our fuel requirement was met through alternate fuels. Our collaboration with Punjab Renewable Energy Systems will help us strengthen our alternative fuel strategy with the introduction of biomass fuel in our operations. This will not only help us reduce our carbon emissions but enable us to help Indian farmers reap economic benefits from the agricultural waste while improving the ambient air quality,” said Parth Jindal, Managing Director, JSW Cement

[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column][vc_column_text]Ambuja Cements
Developed 2030 carbon emission reduction targets, validated by Science Based Target Initiatives (SBTi)
Partnered with the Carbon Disclosure Project (CDP) to implement a decarbonisation roadmap
Investing in clean energy efforts like:
Waste heat recovery system to reduce clinker factor
Energy efficiency (thermal & electrical)
Use of renewable energy from waste resources/alternative fuels, rainwater harvesting, and
Optimising fuel composition[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column width=”1/4″][vc_single_image image=”7780″ img_size=”full”][/vc_column][vc_column width=”3/4″][vc_column_text]

“The mainstreaming of sustainability is the most significant affirmative action taken by the global cement industry. Our sustainability agenda and the roadmap to achieving Net Zero is closely aligned with Holcim’s commitment to become a net zero carbon company by 2050 that will be measured by clearly defined science-based targets. We’re investing in both products and processes to ensure everything we do at Ambuja Cements is aligned to this larger and long-term goal,” said Neeraj Akhoury, CEO Holcim and Managing Director & CEO, Ambuja Cements

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Golden era for wind energy in India?

Renjini Liza Varghese


An interesting news item on renewable energy caught my attention today morning. Wind energy contributed 64.54 billion units in the last three quarters from April-January FY2022-23 to India’s energy basket. It is not surprising that Gujarat and Tamil Nadu lead the pack with 17,062 million units and 15,703 million units respectively. The data was released by the Ministry of New and Renewable Energy.

Considering what the wind sector has gone through in the past couple of years, the growth in the wind energy segment is commendable. Overall, only 41% of projects awarded by SECI during 2018-21 were commissioned till December 2022. 23% were cancelled and the balance were delayed due to land acquisition, and evacuation and supply-side constraints.

I remember my stint with a leading wind energy association where we constantly spoke about the need for capacity addition of 3-6 GW per year and moving beyond 10 GW/year before 2020. Those days our efforts did not bear fruits. It doesn’t end here. Credit Rating agency Crisil, in a press release titled: “Wind energy sector set to surge 4-5x on policy tailwinds” reiterated that India added wind energy of 1.6 GW per annum average. Comparatively, the solar energy sector averaged 8.3 GW per annum in the last five fiscals from 2017 to 2022.

But now the climate rather the wind has changed the segment. This time, for the good. The recent development is an upbeat development in the wind energy market segment.

As per CRISIL, moves by the Ministry of New and Renewable Energy (MNRE) can crank up India’s annual wind capacity implementation to 6-8 gigawatt (GW) per annum starting fiscal 2026, significantly more than the 1.6 GW annual rate clocked in the past five years.

New Policy 

New policy measures by the MNRE are adding the thrust. One, MNRE has set a goal to award 8 GW of wind tenders per annum. This is significant because wind tendering has been low at just 3.3 GW per annum in the past five fiscals. Secondly, the ministry has replaced the reverse auction process with a single-stage, two-envelope closed bidding. This should curb irrational bidding. We expect tariffs to rise 20-30% over the recent Rs 2.89-2.94 per unit 4 (to provide more than 10% internal rate of return), on account of changes in the bidding process, resource variability at newer sites, etc, CRISIL said in a press release.

It noted that MNRE has mandated that all discovered renewable tariffs for each state will be pooled and offered to discoms at an average pooled tariff by an intermediary such as SECI. That would lower the risk for wind power project developers because SECI fares significantly better than state discoms in terms of payment of dues.

Strict disciplinary actions such as revoking bank guarantees if the project is not delayed by a year or debarment for 5 years if the project is delayed by 18 months will ensure timely completion, CRISIL stated.

“Basis our discussions with developers, considering 8 GW of bidding in fiscal 2024 and 20-24 months to the commission, around 6-8 GW capacity can be installed every year starting FY2026. This factors in policy push by the government. The annual installations could be on the lower side than the tender volume if the historical reasons for the delay that may be beyond the control of developers, persist,” said  Ankit Hakhu, Director, CRISIL Ratings.

Recalling here PM’s recent statement— India’s green energy potential is no less than a  goldmine. Renewable energy contributes more than 40% to the country’s energy basket. And the set target is to achieve 500 GW of renewable energy by 2030.

ACHIEVABLE – no doubt as the ministry is taking proactive steps and the industry is gearing to tap the potential of repowering and offshore wind energy.

 


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SEBI Approves Concept For Blue And Yellow Bonds

Sonal Desai


In a bid to strengthen the framework for green bonds and address rising issues concerning green washing, market regulator Securities and Exchange Board of India (SEBI), has decided to introduce two new concepts for sustainable finance.

The new bonds—blue and yellow, are sub-categories of green debt securities. The concept of blue bonds is related to water management and the marine sector while yellow bonds pertain to solar energy, SEBI said in a press release.

According to media reports, the measures have been taken in the backdrop of increasing interest in sustainable finance in India and globally. They add impetus to align the existing framework for green debt securities with the updated Green Bond Principles (GBP) recognized by IOSCO.

It must be noted that Indian companies raised approximately $7 billion through ESG (Environmental, Social and Governance) and Green bonds in 2021 viz as viz $1.4 billion in 2020 and $4 billion in 2019.


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