India’s Power Roadmap 2035: Clean Energy Push With Strong Focus On Reliability And Storage – CEA

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20th March 2026

India’s power sector is moving into a major transformation phase as the country prepares for a cleaner and more reliable energy future. The Central Electricity Authority (CEA) has released its National Generation Adequacy Plan for the period 2026-27 to 2035-36, outlining how India will meet its fast-growing electricity demand while progressing toward its net-zero emissions target by 2070.

According to the plan, electricity demand in India has been rising quickly over the past few years. Peak demand has grown at an annual rate of more than 7%, reaching around 250 GW by early 2025. This growth is expected to continue as the economy expands, industries grow, and electrification increases across sectors. By 2035-36, peak demand is projected to almost double and reach 459 GW, while total energy requirements are also expected to rise sharply.

To meet this rising demand, India is planning a large-scale expansion of its power generation capacity. The total installed capacity is expected to reach about 1,121 GW by 2035-36. A key highlight of this plan is the strong focus on clean energy. Non-fossil fuel sources such as solar and wind are expected to contribute nearly 70% of the total capacity, which is around 786 GW. This marks a significant increase from about 52% in early 2026. Solar power is expected to play the biggest role, with a projected capacity of 509 GW, making it the leading source of electricity generation in the coming decade.

At the same time, the plan recognizes the challenges associated with renewable energy, especially its variable nature. Since solar and wind power depend on weather conditions, they cannot always provide a steady supply of electricity. To address this, the plan highlights the need for a stable or “firm” power source. Coal will continue to play an important role in this regard. Although its share in the overall energy mix is expected to decline from 64% to 49% by 2035, it will remain the largest single source of power generation and support grid stability during periods of low renewable output.

Nuclear energy is also expected to grow significantly in the long term, with a vision to reach 100 GW capacity by 2047. This will further strengthen the base of clean and reliable power in the country.

Another important part of the plan is the development of energy storage systems. The report estimates that India will need around 174 GW of energy storage capacity by 2035-36. This includes both Battery Energy Storage Systems (BESS) and Pumped Storage Plants (PSP). These technologies will help store excess electricity generated during the day, especially from solar power, and supply it during peak demand hours or when renewable generation is low.

The plan also focuses on maintaining reliability in the power system. It uses advanced planning tools like STELLAR to ensure a reserve margin of 13-14%, which acts as a buffer against unexpected demand spikes or supply disruptions. While there are challenges such as dependence on imported materials for batteries, falling costs of storage technologies are making a clean and round-the-clock power supply more achievable.

Overall, the roadmap presents a balanced approach, combining clean energy growth with system reliability and cost efficiency, as India prepares to meet its future power needs in a sustainable manner.

CEA Clarifies Mandatory Third-Party Oversight For In-House Type Testing Of Electrical Equipment

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Mohan Gupta

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20th March 2026

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The Central Electricity Authority (CEA), under the Ministry of Power, has issued a clarification regarding the acceptance of in-house type testing for major electrical equipment in the power sector. The clarification comes after the release of the “Guidelines for the Type Tests for Major Equipment of Power Sector, 2026,” which were earlier circulated on January 19, 2026.

The clarification focuses on Clause 3(d) of the guidelines, which defines the procedures manufacturers must follow when conducting tests within their own facilities. The issue arose after several stakeholders sought clarity on whether manufacturers could rely solely on their NABL-accredited laboratories and internal staff for witnessing such tests.

Addressing these concerns, the CEA has clearly stated that while in-house testing is allowed, it cannot be carried out without independent oversight. The authority emphasized that having a laboratory compliant with ISO/IEC 17025 standards alone is not sufficient to eliminate the need for an external witness. The aim is to ensure transparency, reliability, and technical accuracy in the testing process.

As per the clarification, in-house type testing will be considered valid only if the laboratory holds accreditation from the National Accreditation Board for Testing and Calibration Laboratories (NABL). In addition, the tests must be witnessed by an authorized person who is not employed by the manufacturer.

The CEA has also laid down a clear order of preference for selecting such witnesses. The first preference is a representative from another independent NABL-accredited laboratory. If that is not possible, a representative from the purchasing utility can act as the witness. In cases where both options are not available, a representative from the CEA itself may be assigned for this purpose.

The authority further clarified that every valid type test report must include complete details of the external witness, along with their signature or official authentication. This ensures accountability and strengthens the credibility of the test results.

The CEA also pointed out that these requirements are not new and were already part of the 2022 guidelines. With this clarification, the authority aims to remove confusion and ensure uniform standards across the power sector. Manufacturers and stakeholders have been advised to strictly follow these rules for all future testing activities.

New 2D Materials Enable High-Efficiency Solar on Any Surface

By

Sangita Shetty

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20th March 2026

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SolarQuarter_News Story Blog Banner (80) — Solar cell structure, combining 3 different materials: MoS2 (molybdenum disulfide) with two different doping levels to improve performance and BN (boron nitride) which maximizes absorption, on metallic contacts. Source: UPM.

Researchers at the Institute of Solar Energy (IES), part of the Polytechnic University of Madrid (UPM), are advancing next-generation photovoltaics through the development of ultra-thin, two-dimensional (2D) solar cell materials. According to an official UPM release (16 March 2026), the Silicon and New Concepts for Solar Cells (SyNC) research group has successfully fabricated micro-prototypes of highly efficient solar cells using a technique known as “hot-pick-up.”

This method involves selecting and stacking microscopic fragments of 2D materials inside a transparent bubble, enabling precise customization of material combinations. By leveraging the complementary optical and electronic properties of different 2D layers, the researchers achieved enhanced light absorption and efficiencies that position UPM among leading institutions in this emerging field (UPM, 2026). These materials are exceptionally thin—effectively lacking a third dimension—yet demonstrate strong photovoltaic performance.

The research addresses a critical challenge in urban energy systems: integrating solar technologies into dense city environments. Conventional photovoltaic panels are often limited by their weight, rigidity, and size. In contrast, these flexible, lightweight, and semi-transparent cells can be applied to a wide range of surfaces, including building facades and windows. The team is also exploring scalable manufacturing approaches, such as solution-based spraying and deposition techniques, which could lower costs and support industrial adoption.

Importantly, simulations conducted by the researchers suggest that applying these materials to a skyscraper facade in Madrid could generate up to 30% of the building’s energy demand while maintaining indoor lighting quality (UPM, 2026). This innovation highlights the potential of 2D photovoltaics to transform urban infrastructure into distributed energy systems.

India And Malawi Strengthen Energy Cooperation At Bharat Electricity Summit 2026

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Mohan Gupta

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20th March 2026

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India and Malawi have reaffirmed their commitment to strengthening cooperation in the power and energy sector during a bilateral meeting held on the sidelines of the Bharat Electricity Summit 2026 in New Delhi. The meeting took place between Manohar Lal Khattar, Union Minister of Power and Housing and Urban Affairs, and Jean Mathanga, Minister of Energy and Mining of Malawi.

Both leaders highlighted the strong and friendly relations between India and Malawi, emphasizing the importance of deeper engagement in the energy sector as part of their broader development partnership. The discussion focused on key areas such as renewable energy development, improving electricity access, power sector planning, and capacity building.

The ministers also exchanged insights into the current developments in their respective energy sectors and identified opportunities for collaboration that could benefit both nations. A significant point of discussion was Malawi’s participation in the International Solar Alliance, an initiative launched by India and France in 2015 to promote solar energy deployment worldwide.

Both sides expressed a strong interest in exploring further cooperation in areas of mutual importance and agreed to continue engagement through institutional and technical exchanges. The meeting was conducted in a cordial and constructive atmosphere, reflecting the shared commitment of both countries to expand bilateral ties and work together toward sustainable energy development.

This dialogue marks another step forward in India’s efforts to strengthen international partnerships in the clean energy sector.

India Targets 100 GW Nuclear Power Capacity By 2047 Under Ambitious Energy Roadmap

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Mohan Gupta

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20th March 2026

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India is steadily working to expand its nuclear energy capacity as part of its long-term clean energy strategy, with the government outlining an ambitious roadmap to significantly increase nuclear power generation over the coming decades. At present, nuclear energy contributes around 3.1% to the country’s total electricity generation for the year 2024–25, reflecting a relatively modest share in the overall energy mix.

The government now aims to substantially raise this contribution by scaling up installed nuclear power capacity. Currently, India’s nuclear capacity stands at 8.78 GW (excluding RAPS-1). According to official plans, this is expected to grow to about 22 GW by 2031–32, driven by the progressive completion of projects that are already under construction or in advanced stages of implementation.

Looking further ahead, the government has set a long-term target of achieving 100 GW of nuclear power capacity by 2047 under the Nuclear Energy Mission. As part of this roadmap, an additional 32 GW of nuclear capacity is planned to be developed beyond 2032 by the Nuclear Power Corporation of India Limited (NPCIL). These projects will primarily include indigenous Pressurised Heavy Water Reactors (PHWRs) and Light Water Reactors (LWRs), bringing the total capacity to approximately 54 GW by that stage.

To meet the remaining target, an additional 46 GW of nuclear capacity is expected to be developed through participation from other public sector enterprises, state governments, private players, and joint ventures. These projects will involve a mix of reactor technologies and business models, signaling a broader push to diversify and accelerate nuclear energy development in the country.

In support of this expansion, the government has enacted the SHANTI Act, which is intended to facilitate wider participation in the nuclear power sector and strengthen the framework needed to achieve the Nuclear Energy Mission goals.

Meanwhile, Bharat Heavy Electricals Limited’s subsidiary, BHAVINI, is currently in the process of commissioning a 500 MWe Prototype Fast Breeder Reactor (PFBR) at Kalpakkam in Tamil Nadu. The government has also approved pre-project activities for two additional 500 MWe fast breeder reactor units at the same site. Once the PFBR achieves first criticality, financial approval for these future projects will be sought.

This update was shared by Union Minister Dr. Jitendra Singh, highlighting the government’s commitment to expanding nuclear energy as a reliable and low-carbon power source.

Ghaziabad Development Authority Mandates Rooftop Solar And Rainwater Harvesting For New Homes

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Mohan Gupta

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20th March 2026

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In a major push toward sustainable urban development, the Ghaziabad Development Authority (GDA) has introduced a new regulation mandating rooftop solar power systems and rainwater harvesting structures in all new residential building plans. The move reflects a growing emphasis on environmentally responsible construction practices in Ghaziabad, one of the fastest-growing cities in the National Capital Region.

According to recent reports, the directive aims to tackle two critical challenges faced by urban areas—rising electricity demand and declining water resources. By making rooftop solar installations compulsory, the authority intends to promote clean energy generation at the household level. This approach is expected to reduce reliance on conventional power sources while offering long-term financial savings to homeowners through lower electricity bills. Experts note that integrating solar systems during the construction phase is more efficient and cost-effective compared to retrofitting them later.

At the same time, the inclusion of rainwater harvesting systems has been made mandatory to improve water conservation and management. These systems collect rainwater from rooftops and channel it into storage tanks or underground recharge pits. This process helps replenish groundwater levels, which have been under stress due to rapid urbanization. Additionally, effective rainwater harvesting can play a key role in reducing waterlogging and flooding during the monsoon season by managing excess runoff.

The new regulation aligns with a broader national trend where urban authorities are incorporating sustainability measures into building bylaws. With increasing population pressure and expanding infrastructure needs, decentralized solutions such as solar energy generation and water conservation are becoming essential. By making these features compulsory for building approvals, GDA is ensuring that sustainable practices become a standard part of urban development rather than optional additions.

For builders, architects, and prospective homeowners, the regulation marks a shift toward more self-sufficient and eco-friendly housing. While the rule currently applies to new residential constructions, its long-term impact is expected to significantly enhance the environmental resilience of the city. It also sets an example for other urban centers aiming to balance development with responsible resource management.

Through this initiative, Ghaziabad is taking a proactive step toward building a greener future. By integrating renewable energy and water conservation into its urban planning framework, the city is positioning itself as a model for sustainable growth in India.

NVVN Invites Bids For 850 kW Rooftop Solar Project At AIIMS Jammu & Kashmir

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Mohan Gupta

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20th March 2026

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NTPC Vidyut Vyapar Nigam Limited (NVVN), a wholly owned subsidiary of NTPC Limited, has invited bids for the development of a grid-connected rooftop solar power project at the All India Institute of Medical Sciences (AIIMS) in Jammu and Kashmir. The project, with a planned capacity of 850 kW, will be executed through a domestic competitive bidding process, reflecting the continued push toward renewable energy adoption in public institutions.

Under the scope of work, the selected engineering, procurement, and construction (EPC) contractor will be responsible for the complete lifecycle of the project. This includes design, engineering, supply, installation, testing, and commissioning of the rooftop solar system. In addition, the contractor will be required to provide comprehensive operation and maintenance (O&M) services for a period of 10 years, ensuring long-term performance and reliability of the system. The responsibilities also extend to obtaining all necessary permits, approvals, and licenses, including arrangements for net metering.

The bidding process will follow a Single Stage Two Envelope system, which comprises a Techno-Commercial Bid and a Price Bid. Participation is limited to bidders who are already enlisted and eligible under NVVN. Furthermore, in line with the Government of India’s Public Procurement (Preference to Make in India) Order, only Class-I and Class-II local suppliers are permitted to participate, reinforcing domestic manufacturing and service capabilities.

Additional eligibility criteria have been outlined for bidders from countries that share a land border with India. Such bidders must be registered with the appropriate competent authority to qualify, unless the Government of India has extended lines of credit to those countries or is actively involved in development projects there.

One of the key requirements of the tender is a mandatory site survey. Bidders must submit an official undertaking confirming that they have visited the project site; failure to comply with this condition will result in disqualification. For participation in the electronic bidding process, bidders are also required to possess a valid Class-3 Digital Signature Certificate (DSC).

The financial requirements include a bid security amount of ₹5 lakh. The project may be funded through external or domestic commercial borrowings or through internal sources. While the Performance Bank Guarantee (PBG) amount has not been explicitly mentioned in the invitation for bids, detailed information is available in the tender document.

According to the schedule, the last date for bid submission is April 8, 2026, and the bids will be opened on April 9, 2026. Interested bidders are advised to regularly check the GePNIC portal for any updates or changes to the timeline.

ADNEC Partners With EWEC To Power Al Ain Venue With Clean Solar Energy

By

Mohan Gupta

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19th March 2026

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The ADNEC Group has taken an important step toward sustainability by partnering with the Emirates Water and Electricity Company to power its Al Ain venue with renewable energy. This collaboration will ensure that the ADNEC Centre in Al Ain operates using clean solar power, supporting the United Arab Emirates’ wider environmental goals.

Under the agreement, EWEC will supply electricity generated from its large-scale solar projects to the venue. This shift to renewable energy is expected to significantly reduce the carbon footprint of the ADNEC Centre’s daily operations. The move is especially relevant for the events industry, which is increasingly focusing on sustainability. By using solar power, the venue can host exhibitions, conferences, and other events that meet global environmental standards.

The initiative also supports the country’s long-term clean energy plans under the UAE Energy Strategy 2050. This strategy aims to increase the share of clean energy in the total energy mix to 50 percent. By adopting renewable energy solutions, ADNEC is contributing to the national effort to reduce dependence on traditional fossil fuels and promote a more sustainable energy system.

In addition to environmental benefits, the transition is expected to improve operational efficiency at the Al Ain venue. It also strengthens ADNEC’s position as a key player in the region’s growing green economy. As more companies and event organizers prioritize sustainability, venues powered by renewable energy are becoming more attractive. This makes Al Ain a competitive destination for international events that value environmentally responsible operations.

EWEC continues to play a major role in supporting the country’s energy transition by developing and supplying renewable power at scale. Its partnership with ADNEC shows how collaboration between infrastructure providers and energy companies can help accelerate sustainability efforts.

The development also reflects a broader trend in the Middle East, where large organizations are taking active steps to reduce environmental impact while maintaining high service standards. By integrating solar power into its operations, the ADNEC Centre is setting an example for sustainable venue management in the region.

Overall, the partnership highlights how renewable energy can be successfully adopted in large facilities, helping reduce emissions while supporting economic and environmental goals.

Ameren Missouri Urges Residents Across Missouri To Apply For Energy Assistance Programs As Seasonal Temperatures Shift

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S.S. Dev

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19th March 2026

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With temperatures shifting unpredictably as Missouri moves between heating and cooling seasons, Ameren Missouri is urging eligible customers to take advantage of available energy assistance programs and flexible payment options designed to provide financial stability throughout the year. As many households continue to manage rising costs, the utility is highlighting several resources aimed at easing the burden of monthly energy bills during this transitional period.

One of the key programs currently available is Dollar More, which has more than $1.5 million in remaining funds. The program provides up to $600 per household each calendar year for customers who meet the income criteria. Eligibility was recently expanded to include households earning up to 300% of the federal poverty level—for example, a family of four with a monthly income of $8,250. The company emphasized that combining Dollar More assistance with federal Low Income Home Energy Assistance Program (LIHEAP) funding can significantly increase the level of support customers receive.

“We understand our customers are facing tough times. We are here to help,” said Joe Solari, vice president of customer experience at Ameren Missouri. Solari encouraged customers who are worried about their bills to reach out early and explore all available resources. Local Community Action agencies partner with the utility to administer the Dollar More program and can also assist with applications for LIHEAP and Weatherization services. The deadline to apply for LIHEAP Energy Assistance is May 31.

Beyond direct financial aid, the company offers several programs designed to give customers more control over how and when they pay. My Energy Manager, available to customers with upgraded meters, allows households to track energy use by appliance, giving greater visibility into consumption patterns. Budget Billing offers another layer of predictability by spreading costs evenly across the year, helping customers avoid seasonal bill spikes.

Ameren Missouri also encourages customers to explore energy efficiency tools that can reduce long-term usage. For instance, pairing a smart thermostat with the Peak Time Savings program provides a $50 enrollment incentive and a $25 annual bonus for ongoing participation. Customers with past-due balances can also enroll in payment agreements that allow them to spread payments out over time.

Several other targeted programs remain available, including Keeping Cool, New Start Energy Relief, Veterans Energy Assistance, and additional seasonal or income-based options. As temperatures continue to fluctuate, the utility is urging customers to be proactive and to contact their local assistance agencies or Ameren Missouri directly to determine the best combination of support for their household.

Vietnam Eyes $600 Million Savings By Expanding Solar Power To Cut Fossil Fuel Imports

By

Mohan Gupta

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19th March 2026

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electricity industry pollution smoke — Representational image. Credit: Canva

Vietnam is increasingly focusing on solar energy as a way to reduce its dependence on the unstable global fossil fuel market. A recent analysis shows that the country could save nearly $600 million by cutting down on imports of coal and liquefied natural gas (LNG). This move comes at a time when global energy prices are highly unpredictable due to geopolitical tensions and supply chain disruptions, which have made imported fuels more expensive and risky.

The report highlights that Vietnam has a natural advantage when it comes to solar energy. The country receives strong sunlight throughout the year, making it well-suited for large-scale solar power generation. This geographical benefit allows Vietnam to produce more of its own electricity instead of relying on foreign sources. As a result, the country can improve its energy security while also protecting its economy from sudden price increases in global fuel markets.

In recent years, Vietnam has seen rapid growth in solar installations. This expansion has been supported by favorable government policies and a rising demand for electricity, especially from industries. As the country continues to develop its manufacturing sector, the need for a stable and affordable power supply has become more important. Solar energy is emerging as a key solution to meet this demand while keeping costs under control.

The financial advantages of switching to solar power are significant. By reducing the need to import costly fossil fuels, Vietnam can directly save money. At the same time, the country can avoid long-term environmental costs linked to carbon emissions. With many countries introducing stricter climate regulations and carbon pricing, having a cleaner energy system can also help Vietnam remain competitive in global trade. Many international investors are now looking for countries that support sustainability, and a green power grid can attract more investment.

However, the transition is not without challenges. One of the main issues is the need to upgrade the national power grid. Solar energy is not constant, as it depends on sunlight, which means electricity production can vary throughout the day. To manage this, Vietnam will need better energy storage systems, such as large-scale batteries, and a more flexible transmission network. This is especially important for transferring power from the sunny southern regions to industrial areas in the north.

Experts believe that continuing to invest in solar and wind energy instead of building new coal-fired plants will help Vietnam avoid future price shocks in the global energy market. The potential savings of $600 million provide a strong economic reason to continue this transition. Overall, the shift toward renewable energy is not only an environmental step but also a strategic financial decision aimed at ensuring long-term economic stability and growth.

Solarvest Secures 36 MW Solar Project In Kelantan Under Malaysia’s LSS4 Programme

By

Mohan Gupta

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19th March 2026

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Solarvest Holdings Berhad, a clean energy company based in Malaysia, has secured a new contract for a large-scale solar project. The company said its wholly owned subsidiary, Solarvest (M) Sdn Bhd, has been appointed as the engineering, procurement, construction, and commissioning (EPCC) contractor for a 36 MW solar power plant in Kelantan.

The contract has been awarded by LSS Tunas Bersama Sdn Bhd, a project company formed to develop the plant under the government’s Large Scale Solar 4 (LSS4) programme. This development reflects the steady progress of Malaysia’s renewable energy sector and the government’s focus on increasing clean power capacity.

Under the EPCC scope, Solarvest will handle the full lifecycle of the project. This includes system design, procurement of equipment, construction of the plant, and final testing before the project starts operations. Once completed, the 36 MW solar facility is expected to supply clean electricity to the grid and support power demand in the region. It will also help reduce carbon emissions and contribute to a more sustainable energy mix.

The project adds to Solarvest’s growing portfolio of solar developments. The company has been expanding its presence across Malaysia and other Southeast Asian markets, supported by rising demand for renewable energy solutions. Its experience in delivering utility-scale solar projects is seen as a key factor in winning this contract.

Construction of the solar plant is expected to begin soon. The project will follow timelines set by national energy authorities, with commercial operations planned after completion and testing. Large-scale solar projects like this play an important role in Malaysia’s long-term energy planning.

The development is also aligned with the country’s National Energy Transition Roadmap, which aims to increase the share of renewable energy in the national mix to 70 percent by 2050. Solar energy is expected to be a major contributor to achieving this target.

Apart from environmental benefits, the project is likely to support local economic activity. It is expected to create jobs during the construction phase and bring business opportunities to nearby communities in Kelantan.

With this latest contract, Solarvest continues to strengthen its position in the renewable energy sector. The project highlights the growing importance of large-scale solar investments in supporting energy security and reducing dependence on fossil fuels in the region.

South Africa Commissions Largest Solar Plant To Power Mining Sector

By

Mohan Gupta

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19th March 2026

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alternative energy building clouds energy — Representational image. Credit: Canva

South Africa has achieved a major milestone in its renewable energy journey with the start of commercial operations at the Mooi Plaats Solar PV Project, now the largest single-site solar power plant in the country. The project is located near Noupoort, on the border of the Northern and Eastern Cape provinces, and marks an important step in the country’s transition toward cleaner energy.

The solar plant is part of the Koruson 2 cluster developed by Envusa Energy, a joint venture between Anglo American and EDF Renewables. The completion of this project represents the first major delivery under Envusa Energy’s long-term plan to build a renewable energy portfolio of 3 to 5 gigawatts by 2030.

With a capacity of 240 megawatts, the Mooi Plaats facility demonstrates significant technical scale. It uses more than 416,000 bifacial solar modules, which are designed to capture sunlight from both sides for higher efficiency. These modules are installed on single-axis trackers that follow the sun’s movement during the day, helping to increase power generation. The plant is also supported by nearly 1,000 string inverters that ensure efficient conversion of solar energy into usable electricity.

The project is expected to generate around 360 million kilowatt-hours of clean electricity every year. Under a 20-year agreement, the power will be supplied directly to Anglo American’s mining operations in the country. This includes operations run by De Beers, Kumba Iron Ore, and Anglo American Platinum. The use of solar power is expected to significantly reduce carbon emissions from these energy-intensive industries.

The project also focuses on social and economic benefits. Pele Green Energy, a black-owned independent power producer, holds a 20% equity stake in the project. In addition, a community trust has been created to ensure that local communities benefit financially over the long term.

The successful commissioning of the Mooi Plaats Solar PV Project highlights how collaboration between the private sector and the mining industry can support clean energy growth. As Envusa Energy continues to develop more solar and wind projects, this plant provides a strong example of how large-scale renewable projects can help improve energy security and support a more sustainable future in South Africa.

Starsight Secures $15 Million From British International Investment To Expand Solar Projects In West Africa

By

Mohan Gupta

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19th March 2026

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Starsight Energy Africa Group has secured $15 million in funding from British International Investment (BII), marking a significant step toward expanding renewable energy solutions across West Africa. The mezzanine debt investment will primarily support commercial and industrial customers, with a strong focus on Nigeria, where energy reliability remains a major concern.

Nigeria continues to face a severe electricity gap, with around 40 gigawatts of power currently generated through costly and polluting diesel and petrol generators. These traditional energy sources not only increase operational expenses for businesses but also contribute heavily to environmental pollution. The new funding is expected to accelerate the deployment of solar energy systems, helping industries shift away from fossil fuels toward cleaner and more sustainable alternatives.

With this investment, Starsight plans to expand its pipeline of solar projects, enabling businesses to access more reliable and affordable power. The company will also use part of the funds to maintain and upgrade its existing energy assets, ensuring uninterrupted service for current clients. This dual approach of expansion and service improvement is expected to strengthen customer confidence and support long-term growth.

In addition to Nigeria, the funding will help enhance Starsight’s operations in Ghana. By extending its footprint in the region, the company aims to improve energy resilience and reduce dependence on unstable grid infrastructure. The move aligns with broader efforts to promote clean energy adoption across West Africa.

Paul van Zijl, Group CEO of Starsight Energy Africa Group, described the investment as a major milestone for the company. He stated that the partnership with BII reinforces Starsight’s mission to deliver affordable and low-carbon energy solutions. He also highlighted the importance of scaling operations quickly to meet the growing demand for sustainable power in emerging markets.

Jonny Baxter, the British Deputy High Commissioner in Lagos, подчеркнул the United Kingdom’s commitment to supporting Nigeria’s energy transition. He noted that investing in reliable renewable energy is essential for driving economic growth and reducing the environmental impact of self-generated power.

The partnership reflects BII’s broader strategy to support sustainable development across Africa. By backing established clean energy companies, the institution aims to build infrastructure that supports economic growth while addressing climate challenges. As Starsight continues to roll out new solar projects, the shift toward renewable energy is expected to play a key role in improving power stability and fostering a more sustainable business environment in the region.

Kerala IT Hub Power Utility Reports Lower Surplus Amid Cost Cuts And Efficiency Concerns

By

Mohan Gupta

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19th March 2026

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photography of electric tower during sunset — Representational image. Credit: Canva

Technopark, Thiruvananthapuram, has presented its financial performance for the financial year 2024–25 before the Kerala State Electricity Regulatory Commission. The IT park, which operates as a deemed distribution licensee across its four phases, reported a net revenue surplus of ₹224.66 lakh during the year. This surplus is lower than the earlier projected and approved figure of ₹448.95 lakh.

During the year, Technopark saw growth in its consumer base, which increased to 1,017 from 964 in the previous year. The total energy sales reached 806.71 lakh units, mainly driven by IT and IT-enabled service companies operating within the campus. To meet this demand, Technopark purchased 839.32 lakh units of electricity from the Kerala State Electricity Board at a total cost of ₹6,369.16 lakh.

In addition to purchased power, Technopark also generated 3.46 lakh units of electricity through its rooftop solar installations. However, the Commission observed that the solar plants are operating below the expected efficiency level, with capacity utilization below the required 19%. It has advised the park authorities to improve maintenance practices to increase renewable energy generation.

One of the key concerns raised during the hearing was related to distribution losses. Technopark reported losses of 4.04%, which is slightly better than the previous year’s 4.06% but still higher than the approved target of 3.25%. Due to this, the Commission disallowed ₹52.52 lakh from the power purchase cost, as it was linked to excess losses. Technopark explained that higher losses, especially in Phase I, were due to underloaded transformers and faulty meters. The management informed that steps are already being taken to replace old equipment with modern and accurate systems.

The Commission also reviewed the operation and maintenance expenses claimed by Technopark. While the total claim was ₹741.81 lakh, only ₹504.37 lakh was approved after a detailed check. A major portion of the disallowed amount included ₹74.68 lakh towards electricity duty, which cannot be charged to consumers as per regulations.

Overall, despite some reductions in approved costs and surplus, the truing-up exercise reflects that Technopark is growing steadily. The park is also taking steps to upgrade its infrastructure and improve efficiency while continuing to maintain a financial surplus.

Ministry of Power Notifies Electricity Amendment Rules 2026 to Simplify Captive Power and Boost Clean Energy Adoption

By

Mohan Gupta

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19th March 2026

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The Ministry of Power has notified the Electricity (Amendment) Rules, 2026, introducing important changes to the regulatory framework for captive generating plants in India. The amendments aim to modernize existing provisions under the Electricity Rules, 2005, while supporting industrial growth and promoting the use of affordable, non-fossil fuel-based energy. The government also intends to reduce regulatory disputes and simplify compliance for industries relying on captive power.

One of the key changes relates to the definition of “ownership” and “captive user.” Under the new rules, if the captive user is a company, its holding company, subsidiaries, and other subsidiaries of that holding company will be treated as a single captive user. This clarification reflects current corporate structures where companies often operate through multiple entities for financial and operational efficiency. By recognizing group companies as one unit, the rules are expected to ease compliance and reduce litigation.

The basic eligibility criteria for a captive generating plant remain unchanged. Captive users must hold at least 26 percent ownership in the plant, and they must consume at least 51 percent of the electricity generated on an annual basis. These conditions ensure that the primary purpose of such plants remains self-consumption rather than commercial sale.

For plants set up by an Association of Persons (AoP), the rules introduce a more flexible approach to electricity consumption. Users can draw power based on their operational requirements, but their recognized captive consumption will be limited to their ownership share. Any consumption beyond this limit will be treated as supply from a generating company and will attract applicable cross-subsidy and additional surcharges. However, this restriction does not apply to members holding 26 percent or more ownership, giving larger stakeholders more flexibility. The rules also clarify that Special Purpose Vehicles (SPVs) will be treated as AoPs, bringing greater consistency in regulation.

Another important change is related to the verification of captive status. The process will now be carried out annually. For projects where power is consumed within a state, verification will be handled by the designated state nodal agency. In cases involving inter-state power consumption, the National Load Despatch Centre (NLDC) will take over the responsibility from the financial year 2026–27.

To ease financial pressure on industries, the rules provide relief during the verification process. Cross-subsidy and additional surcharges will not be levied while verification is pending, as long as users submit a formal declaration confirming compliance. If a plant is later found to be non-compliant, the applicable charges will be recovered along with a carrying cost.

Most of the amendments came into effect on March 13, 2026. However, provisions related to proportionate consumption and the new verification mechanism will be implemented from April 1, 2026. The updated rules are expected to improve clarity, support clean energy adoption, and create a more business-friendly environment for captive power generation in India.

United States Faces Historic Power Demand Surge As Wood Mackenzie Highlights Grid Costs And Risks At The ACORE Policy Forum

By

S.S. Dev

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19th March 2026

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The United States is experiencing its fastest surge in electricity demand in more than two decades, driven by record data centre construction, electrification, and the rapid growth of artificial intelligence (AI). This historic increase is drawing trillions of dollars in investment across power generation and billions more in electrical equipment. But with costs rising sharply, questions remain about how much of this investment reflects genuine opportunity—and how much will ultimately fall on consumers. These concerns were central to discussions led by Anna Shpitsberg, Global Head of Power and Renewables Research at Wood Mackenzie, during the 2026 ACORE Policy Forum.

The event brought together policymakers, utilities, investors, corporate leaders, legal experts, and clean energy innovators to examine how stable and predictable energy policy can ensure long-term business certainty and support affordable clean power. According to new projections from Wood Mackenzie, North American electricity demand is expected to grow at a compound annual growth rate of 2.8% over the next decade—an extraordinary jump compared to previous years. Much of this surge is driven by AI-related data centres, which are set to consume 17% of regional electricity by 2060. Electric vehicles (EVs) will add another 14% to total demand.

Meeting this growth will require massive investment. An estimated US$1.45 trillion in generation spending is expected across North America by 2035, with the U.S. alone accounting for US$1.36 trillion. Announced large-load power needs exceed 500 GW, though firm commitments—supported by financing, construction agreements, or long-term contracts—stand at 183 GW. While lower than initial announcements, this committed load still represents more than 20% of projected U.S. peak demand in 2025.

A major challenge lies in where this demand is concentrated. Over 70% of the committed load falls within the competitive markets of ERCOT and PJM Interconnection, where utilities are not required to secure capacity ahead of signing agreements. Recent trends in PJM show that supply will not materialize without adequate price signals. With PJM facing committed demand more than double its risk-accredited capacity, questions are emerging about whether upcoming reliability auctions will close this gap—and what that might cost.

As power needs to climb, focus has shifted back toward thermal generation. Around a quarter of new investment through 2035 is expected to go into gas-fired capacity. However, retirements of older thermal plants and shortages of gas turbines mean that new gas projects will meet only about one-third of U.S. demand growth through 2030. The rest will need to be filled by renewable energy and storage additions. Although the phaseout of certain tax credits may create temporary slowdowns, demand and technology improvements are expected to sustain long-term growth in renewables.

Yet supply chain pressure remains one of the biggest hurdles. Power transformer shortages—currently around 30%—are slowing transmission and grid interconnection efforts. Lead times for power and distribution transformers have stretched to nearly three years, far longer than in 2023. While U.S. manufacturers expand production, countries including South Korea and Brazil have more than doubled transformer exports to help meet demand. Gas turbine imports have surged 166% year-over-year, and renewable suppliers are shifting manufacturing locations in response to U.S. tariff changes.

These pressures have made the U.S. one of the most expensive markets in the world for building new power infrastructure. Costs for combined-cycle gas plants have reached roughly US$2,500 per kilowatt due to higher turbine demand and rising prices for steel, copper, and specialty alloys. Commercial solar installations now cost nearly 50% more than in Europe and almost triple the cost of similar systems in China. Prices for switchgear, transformers, circuit breakers, and cables have risen between 20% and 100% within the past year.

Rising soft costs including permitting, compliance, labour, and the effects of geopolitical trade shifts are also pushing prices upward. As a result, consumers are increasingly feeling the impact. Electricity prices rose 6.9% last year, outpacing inflation, and more than 200 gas and electric utilities have already raised rates or proposed increases. Despite these challenges, innovation remains a bright spot. Significant revenue is being reinvested into research and development, helping reduce hardware costs over time.

Historically, every 10% increase in deployment of technologies such as solar, wind, battery storage, and nuclear power has reduced levelised costs by up to 3%, depending on the technology. Experts say the key to maintaining affordability lies in keeping deployment strong while cutting non-infrastructure expenses. As the U.S. navigates soaring electricity demand, shifting policy landscapes, and mounting cost pressures, industry leaders argue that balanced investment and streamlined regulation will be critical. The nation’s ability to sustain economic growth—and keep energy prices in check—will depend on how effectively it can expand infrastructure while managing the financial burden on consumers.

MNRE Invites Bids To Strengthen National Renewable Energy Portal Operations

By

Mohan Gupta

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19th March 2026

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The Ministry of New and Renewable Energy (MNRE) has invited bids to appoint an agency for managing the National Renewable Energy Portal (NREP), a key platform that serves as a central repository for renewable energy data in India. The tender has been issued through the Government e-Marketplace (GeM), and it focuses on ensuring efficient data collection, regular updates, and smooth operation and maintenance of the portal.

As part of this initiative, the ministry is looking to onboard skilled technical professionals who can handle both operational and analytical responsibilities. The selected agency will be required to deploy a team that includes one Team Lead with three to seven years of experience and four Data Scientists. Out of these, two Data Scientists may be hired on an ad-hoc basis, depending on project requirements. The contract duration has been set at two years and one day, indicating a medium-term engagement aimed at strengthening the portal’s reliability and performance.

The total estimated value of the project stands at around ₹2.64 crore. To ensure serious participation, bidders are required to submit an Earnest Money Deposit (EMD) of ₹10 lakh along with their proposals. Additionally, the selected agency will need to provide a performance security amounting to 5% of the total contract value. However, the ministry has provided certain relaxations for Micro and Small Enterprises (MSEs) and startups registered with DPIIT. These entities are eligible for exemptions from some experience and turnover requirements, provided they meet the necessary technical qualifications.

To qualify for the tender, bidders must demonstrate strong experience in similar projects. Generally, a minimum of seven years of experience is required. Companies that are not eligible for exemptions must also show a proven track record, such as completing at least one project worth 80% of the estimated cost or multiple projects of similar combined value.

The selection process will be based on the Least Cost System (LCS) method. Interested bidders must first meet a technical evaluation threshold of at least 75 out of 100 marks to qualify for the financial evaluation stage. This ensures that only technically capable agencies are considered before cost becomes the deciding factor.

A pre-bid meeting has been scheduled for March 27, 2026, at Atal Akshaya Urja Bhawan in New Delhi, with an option to attend virtually. The final date for submission of bids is April 1, 2026. Through this initiative, MNRE aims to strengthen data management systems and enhance the effectiveness of the National Renewable Energy Portal, making it a more reliable resource for stakeholders across the renewable energy sector.

STQC and NISE Sign MoU to Strengthen Solar Testing and Certification Ecosystem in India

By

Sangita Shetty

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19th March 2026

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In a move aimed at enhancing the quality and reliability of solar technologies in India, the Standardisation Testing and Quality Certification Directorate under the Ministry of Electronics and Information Technology (MeitY) has signed a Memorandum of Understanding (MoU) with the National Institute of Solar Energy under the Ministry of New and Renewable Energy (MNRE).

The MoU was signed on March 17, 2026, at the STQC Directorate in New Delhi, in the presence of the Secretary, MeitY, marking a significant step toward strengthening India’s solar testing and certification infrastructure.

As part of the collaboration, dedicated Solar PV module testing facilities will be established, with NISE providing technical expertise in designing, setting up, and operationalising the infrastructure. The partnership will also focus on capacity building, including training STQC scientists in solar PV module and system testing.

Additionally, both institutions will work jointly on advancing standardisation, testing, and certification frameworks for solar technologies. This is expected to improve product quality, ensure compliance with national and international standards, and boost confidence among stakeholders across the solar value chain.

The collaboration aligns with India’s broader renewable energy goals by reinforcing the ecosystem needed to support large-scale solar deployment. By enhancing testing capabilities and quality assurance mechanisms, the initiative is expected to drive innovation, improve system reliability, and contribute to the sustainable growth of the country’s clean energy sector.

NTPC Limited Commissions 165 MW Solar Capacity At Khavda-II Project In Gujarat

By

Mohan Gupta

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19th March 2026

0

alternative alternative energy close up electricity — Representational image. Credit: Canva

NTPC Limited has achieved an important milestone in its renewable energy journey with the addition of new solar capacity in Gujarat. According to a regulatory filing dated March 19, 2026, the company has started commercial operations for a 165 MW segment of its 1,200 MW Khavda-II Solar PV Project.

This newly operational capacity is the fourth part of the larger Khavda-II project and officially began operations at midnight on March 19, 2026. The project is being developed through NTPC Renewable Energy Limited, which operates under NTPC’s green energy arm, NTPC Green Energy Limited.

The Khavda region in Gujarat is emerging as one of India’s most important renewable energy hubs. With large-scale solar installations being developed in the area, it is playing a key role in supporting the country’s clean energy transition and reducing dependence on fossil fuels.

With the addition of this 165 MW solar capacity, NTPC has further strengthened its overall power generation portfolio. The total installed capacity of the NTPC group has now reached 88,709 MW, while its commercial capacity stands at 87,629 MW. This reflects the company’s ongoing efforts to expand its renewable energy footprint and align with India’s sustainability goals.

The development is also significant for NTPC Green Energy Limited. After this addition, the group’s total installed capacity has increased to 9,727.68 MW, and its commercial capacity has reached 9,562.68 MW. This steady growth shows the company’s focus on scaling up clean energy projects and contributing to a greener power mix in the country.

Overall, this milestone highlights NTPC’s continued commitment to renewable energy expansion and its role in supporting India’s transition toward a more sustainable energy future.

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