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OMIFCO Explores Multiple Pathways for Low-Carbon Ammonia Under Long-Term Decarbonisation Strategy

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Oman India Fertiliser Company (OMIFCO) is evaluating multiple pathways to develop low-carbon ammonia as part of its broader decarbonisation and clean energy transition strategy, according to disclosures in its initial public offering (IPO) prospectus.

The initiative comes amid rising global demand for low-carbon ammonia, driven by industrial and energy sectors seeking to reduce emissions across supply chains. OMIFCO said the transition will be implemented in phases over the medium to long term, aligned with national climate goals and emissions reduction targets.

The company has already undertaken several studies focused on decarbonisation and clean energy integration, including the OMIFCO Roadmap on Decarbonisation & Clean Energy, a carbon capture, utilisation and storage (CCUS) pre-feasibility study, and the Sur Hydrogen and Energy Transition Cluster pre-feasibility study. All initiatives are currently under evaluation for technical and commercial feasibility.

The decarbonisation roadmap, developed by Norway-based AKSO, provides a comprehensive assessment of potential clean energy technologies, including renewable energy integration, green hydrogen and green ammonia production pathways, CCUS solutions, and other low-carbon options applicable to OMIFCO’s operations. The final report was submitted in the third quarter of 2024.

Separately, the CCUS study, conducted by Italy’s Casale, examined technologies for capturing, storing, and utilising carbon dioxide emissions from the flue gas stacks of OMIFCO’s ammonia plants. While carbon utilisation opportunities are being explored, a feasibility study for carbon sequestration has also been completed. However, large-scale implementation would require dedicated CO₂ transport infrastructure to move captured emissions to end users or storage facilities.

The Sur Hydrogen and Energy Transition Cluster study extends the scope beyond OMIFCO to a wider industrial ecosystem in Oman’s Sur region, including liquefied natural gas (LNG) operations and other energy stakeholders. A pre-feasibility assessment completed in 2023 identified potential synergies for hydrogen and low-carbon energy development. Participating entities have since signed a memorandum of understanding and agreed on a joint scope of work, with a detailed feasibility study expected through a future tender process.

In parallel, OMIFCO is also assessing specific production pathways for low-carbon ammonia, including the integration of green hydrogen sourced either externally or produced in-house, as well as the use of renewable energy such as solar and wind to power plant utilities, compressors, and other auxiliary systems.

The company is also considering the use of renewable electricity from the national grid, depending on infrastructure readiness and the pace of decarbonisation in the power sector. Together, these initiatives form a phased strategy aimed at reducing carbon intensity while maintaining operational efficiency and competitiveness in global fertiliser markets.

KNPC to Extend Umm Al-Aish Solar-Powered LPG Plant Operations with Battery Storage to Enable 24/7 Clean Energy Supply

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The Kuwait National Petroleum Company (KNPC) plans to extend round-the-clock clean energy operations at its Umm Al-Aish LPG bottling plant by integrating battery energy storage systems, following the facility’s successful conversion to full solar power, according to sources.

The plant, which has already transitioned to operating entirely on solar energy with a daily generation capacity of around four megawatts, currently meets its full electricity demand through renewable energy, eliminating reliance on conventional grid power from the Ministry of Electricity, Water and Renewable Energy.

The upcoming battery storage integration will enable the facility to operate continuously through nighttime hours without drawing electricity from the national grid, further strengthening operational self-sufficiency.

According to reports, the solar-powered transition has already resulted in significant environmental and economic benefits, including the savings of nearly 10,000 barrels of oil previously used for conventional electricity generation, along with reduced electricity costs and lower dependence on grid supply.

The project aligns with the Kuwait Petroleum Corporation’s (KPC) broader environmental strategy to achieve net-zero carbon emissions by 2050.

The Umm Al-Aish facility is equipped with approximately 7,000 solar panels and has reportedly reduced carbon emissions by around 5,000 tons annually, while cutting national grid demand by nearly 11 gigawatt-hours per year.

KNPC noted that the project faced multiple implementation challenges, including difficult soil conditions, extreme temperatures, dust accumulation, and stringent safety requirements associated with gas industry operations. These challenges were addressed through the deployment of environment-specific technologies, compatible drilling equipment, and full integration with approved safety systems.

The company highlighted that the project was executed by Kuwaiti engineers, consultants, and contractors, calling it a major national achievement that demonstrates local capability in delivering complex energy infrastructure in line with international standards.

In addition to its solar initiative, KNPC is advancing several environmental sustainability measures, including the deployment of advanced irrigation systems equipped with electric timers to reduce water wastage. The company also utilizes treated wastewater from refinery cooling processes for irrigating green spaces within and outside refinery facilities, helping conserve freshwater and reduce operational costs.

Furthermore, KNPC’s Health, Safety and Environment (HSE) Department continues to conduct training programs and awareness campaigns covering areas such as pre-shutdown planning, stormwater management, oil spill prevention, operational efficiency, and environmental compliance, reinforcing the company’s broader sustainability and safety commitments.

NTCSA Accelerates Curtailment Claim Processing Amid Rising Renewable Energy Integration In South Africa

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The National Transmission Company South Africa (NTCSA) has announced a series of measures to improve its administrative processes following a sharp increase in renewable energy curtailment claims. The move comes amid growing public attention on the reduction of renewable energy generation and the compensation paid to power producers when output is curtailed.

As South Africa continues its transition toward a more diversified energy mix, the NTCSA plays a critical role in managing the country’s evolving electricity system. The company stated that it remains committed to ensuring fair treatment of all market participants while maintaining grid reliability and keeping electricity costs as low as possible for consumers.

Currently, the NTCSA manages Power Purchase Agreements (PPAs) for 117 renewable energy projects with a combined installed capacity of 10,083 MW. As part of this responsibility, the company processes approximately R45 billion in annual payments to Independent Power Producers (IPPs). This payment volume is expected to increase further as additional renewable energy projects are connected to the national grid.

According to the NTCSA, an administrative backlog developed during April and May 2026 when the volume and complexity of curtailment claims rose significantly above normal levels. The sudden increase placed pressure on existing operational systems and created delays in processing and verification activities.

At present, around R2 billion worth of curtailment-related payments are undergoing verification and settlement. To address the backlog, the company has assigned additional resources and is implementing process improvements aimed at accelerating claim verification. The NTCSA emphasized that these measures will not compromise governance standards, contractual obligations, or financial controls.

NTCSA Chief Executive Officer Monde Bala said the company will continue strengthening its operational capabilities while supporting investments that contribute to a reliable, affordable, and renewable-powered electricity system beyond 2030. He noted that the company’s role as System Operator requires balancing affordability and grid stability with the fair treatment of all participants in the electricity market.

The company also explained that curtailment is a common practice in modern power systems with a high share of renewable energy generation. Curtailment occurs when power producers are instructed to temporarily reduce electricity output to maintain grid stability and reliability. This can happen due to transmission network limitations or when electricity supply exceeds consumer demand, particularly during midday periods when solar generation is at its highest.

The NTCSA highlighted that renewable energy sources such as wind and solar are variable by nature, meaning their peak production does not always align with peak electricity demand. To maintain a stable power supply, the system continues to rely on coal-fired baseload generation. Flexible resources such as hydroelectric and pumped-storage facilities are adjusted first to absorb excess electricity, with renewable energy curtailment used only as a final measure to ensure the grid remains balanced and secure.

SECI Signs 700 MW C&I Renewable Energy Term Sheet with Acme Cleantech Solutions

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The Solar Energy Corporation of India (SECI) has signed a 700 MW Commercial and Industrial (C&I) renewable energy Term Sheet with Acme Cleantech Solutions Private Limited, marking its entry into the rapidly growing C&I renewable power segment.

The agreement was formalized at SECI’s office and represents the organization’s first partnership focused specifically on supplying renewable energy to commercial and industrial consumers. The move expands SECI’s market reach beyond its traditional focus on distribution companies (DISCOMs) and utility-scale renewable energy procurement.

The partnership is expected to facilitate the supply of clean energy to a diverse range of commercial and industrial customers, supporting India’s broader energy transition objectives and increasing demand for sustainable power solutions across businesses.

The signing of the Term Sheet aligns with the growing renewable energy requirements of India’s C&I sector, where companies are increasingly seeking access to cost-effective and environmentally sustainable electricity to meet operational and decarbonization goals.

Industry stakeholders view the development as a significant milestone for SECI, opening a new avenue for renewable power deployment while strengthening the role of the commercial and industrial segment in driving the country’s clean energy growth.

The agreement also reflects the increasing participation of corporate consumers in India’s renewable energy market, as businesses continue to adopt clean energy solutions to enhance energy security, reduce carbon emissions, and support sustainability commitments.

ARC Power And Kiyona Energy Launch $60 Million Solar Partnership To Strengthen Zambia’s Clean Energy Future

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ARC Power and Kiyona Energy have entered into a new partnership to increase solar power generation in Zambia and support the country’s transition toward cleaner and more reliable energy. The agreement includes an initial investment of US$60 million and is expected to play an important role in strengthening Zambia’s electricity sector.

The partnership will be developed under the Framework Agreement for Utility Scale Electrification (FUSE), a commercial model created by ARC Power with support from the International Finance Corporation (IFC). The model is designed to attract private investment into large-scale energy projects across Africa while addressing common challenges such as limited financing options and weak electricity infrastructure.

The project aims to provide reliable, affordable, and clean electricity to households, businesses, and industries across Zambia. By adding utility-scale solar power to the national grid, the initiative is expected to improve the stability and resilience of the country’s power network. It will also help reduce dependence on costly and less sustainable energy sources, supporting long-term energy security.

A key feature of the project is its flexibility. The development can expand over time as electricity demand grows and as Zambia’s national grid continues to evolve. This approach allows the project to adapt to future energy requirements while ensuring that investments remain aligned with the country’s development goals.

The initiative also supports Zambia’s broader objectives of increasing renewable energy capacity and promoting sustainable economic growth. Greater access to reliable electricity is expected to benefit communities, encourage business development, and create opportunities for investment in the country’s green economy.

Karl Boyce, Chief Executive Officer of ARC Power, described the agreement as the beginning of a long-term partnership. He said that the FUSE model has been designed to scale rapidly, making it possible to expand access to clean electricity based on the practical needs of consumers and businesses. According to Boyce, the framework provides a pathway for accelerating energy access while ensuring projects remain commercially viable.

Kiyona Energy Limited, a subsidiary of ZESCO Limited, Zambia’s state-owned electricity utility, is focused on the development, financing, and operation of renewable energy projects. The company has a strong interest in utility-scale solar developments and sees the new partnership as an opportunity to strengthen national energy security, support economic growth, and attract strategic investments.

The collaboration marks an important step in Zambia’s renewable energy journey and highlights the growing role of public-private partnerships in expanding clean energy infrastructure across Africa.

Tata Power Secures Major Karnataka Transmission Project With ₹521 Crore Annual Revenue Potential

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Tata Power Company Limited has secured a major power transmission project in India. The company announced on June 19, 2026, that it has received a Letter of Intent (LOI) from REC Power Development and Consultancy Limited (RECPDCL), a wholly owned subsidiary of REC Limited. The LOI is for the acquisition of Ryapte Power Transmission Limited, a special purpose vehicle (SPV) created to develop a key transmission network project in Karnataka.

The project will be developed under the Build-Own-Operate-Transfer (BOOT) model. It is designed to strengthen the power evacuation infrastructure in the state and support the growing electricity demand. According to the company, the project has an annual transmission charge of ₹521.07 crore, making it one of the significant additions to Tata Power’s transmission portfolio.

As part of the project, Tata Power will build and commission around 250 kilometers of transmission infrastructure. The scope includes the construction of a 400 kV double-circuit transmission line, a 220 kV double-circuit transmission line, and a 220 kV underground cable system. These facilities will help improve power transfer capacity and grid reliability across the region.

The project also includes the development of two new substations in Karnataka. One of them will be a 400/220 kV Air Insulated Substation (AIS) at Ryapte in Tumkur district. The substation will have a capacity of 5×500 MVA and will be equipped with two 125 MVAr, 400 kV bus reactors. The second facility will be a 400/220 kV Gas Insulated Substation (GIS) at Doddathaggalli near Hosakote. This substation will have a capacity of 3×500 MVA and will also include two 125 MVA, 400 kV bus reactors.

The transmission lines will connect several important substations in Karnataka. The network will link the Ryapte substation with the proposed Doddathaggalli GIS substation and also connect the existing Kolar substation to Doddathaggalli. In addition, the 220 kV lines and underground cable system will connect Doddathaggalli with existing substations at Ekarajapura, Hosakote, and Sarjapura.

Tata Power stated that the Scheduled Commercial Operation Date (SCOD) for the project is 30 months from the effective date of the SPV transfer. Once the project becomes operational, the company will provide transmission services for a period of 35 years.

The company also clarified that the contract has been awarded by a domestic entity and does not involve any promoter, promoter group, or related-party interests. The disclosure was submitted to the stock exchanges by Company Secretary Vispi S. Patel. The project marks another important step in Tata Power’s efforts to expand its transmission infrastructure business and contribute to strengthening India’s power network.

Varahi Energies Honoured with Emerging Solar EPC Company of the Year Award at Telangana Energy Excellence Awards 2026

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Varahi Energies was honoured with the Emerging Solar EPC Company of the Year Award at the Telangana Energy Excellence Awards 2026, recognising the company’s remarkable growth, project execution capabilities, and contribution to advancing solar energy adoption across the state.

Presented during Solar & Storage Expo Telangana 2026, the award was felicitated by distinguished dignitaries, adding prestige to the recognition. The event brought together leading renewable energy companies, policymakers, industry experts, developers, EPC firms, manufacturers, and technology providers to celebrate excellence, innovation, and leadership driving the growth of the clean energy sector.

As the demand for solar energy solutions continues to grow across residential, commercial, and industrial sectors, EPC companies play a critical role in ensuring the successful design, engineering, procurement, and execution of solar projects. Varahi Energies has demonstrated exceptional commitment to delivering high-quality solar installations, maintaining strong execution standards, and providing reliable renewable energy solutions to its customers.The award recognises Varahi Energies for its dedication to operational excellence, customer satisfaction, and its contribution to expanding the solar energy ecosystem.

Through technical expertise, efficient project management, and a focus on quality, the company has established itself as a fast-growing and trusted solar EPC player in the region.

The award was received by Harshith Savanapally, Managing Director, and Babu Rao Savanapally, Founder, on behalf of the company. While accepting the recognition, they acknowledged the commitment and hard work of the entire team, whose collective efforts have been instrumental in achieving this milestone.

This recognition further reinforces Varahi Energies’ position as an emerging leader in the solar EPC sector and highlights its ongoing contribution to accelerating clean energy adoption and supporting Telangana’s renewable energy ambitions.

Novva to Acquire 120 MWp Solar Project in the Philippines

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AI infrastructure company Novva has agreed to acquire a 120 MWp solar project in the Philippines, strengthening its renewable energy portfolio and supporting the growing energy requirements of digital and AI-driven operations.

The acquisition reflects a broader industry trend in which technology companies are increasingly investing directly in renewable energy assets to secure long-term access to clean electricity. As demand for artificial intelligence and data center capacity continues to rise, companies are seeking reliable and sustainable power sources to support expanding operations.

The 120 MWp solar project is expected to provide a significant source of renewable energy, helping Novva enhance energy security while reducing exposure to electricity price volatility. The project is also aligned with the company’s sustainability objectives and efforts to lower the carbon footprint associated with energy-intensive computing infrastructure.

Industry analysts note that renewable energy has become a strategic priority for technology companies as power consumption from AI applications and data centers continues to increase globally. Direct ownership or procurement of renewable energy assets is increasingly viewed as a means to ensure predictable power costs and support long-term operational growth.

The transaction further highlights the growing attractiveness of the Philippine renewable energy market. The country has emerged as a key destination for solar investments, supported by rising electricity demand, favorable renewable energy policies and ambitious clean energy deployment targets.

The acquisition is expected to contribute to the expansion of renewable energy capacity in the Philippines while reinforcing the role of solar power in meeting the energy needs of emerging digital infrastructure. Market observers believe the deal underscores the increasing integration of the renewable energy and technology sectors as companies seek sustainable solutions to power future growth.

Further details regarding the financial terms of the transaction and the project’s development timeline were not disclosed.

GSECL Commissions 210 MW Solar Project In Gujarat, Seeks ₹1.76/kWh Tariff Approval From GERC

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A 210 MW grid-connected solar power project developed by Gujarat State Electricity Corporation Limited (GSECL) has been successfully completed and is now commercially operational at Babarzar in Gujarat’s Jamnagar district. The project has been developed on government wasteland as part of the Gujarat government’s initiative to promote renewable energy while making productive use of unused land resources.

The solar project is expected to provide affordable, clean electricity to consumers by utilizing land located near the existing transmission infrastructure of Gujarat Electricity Transmission Corporation Limited (GETCO). Under the state government’s policy, wasteland situated close to GETCO substations was allocated to public sector undertakings on a token lease of ₹1 per hectare for 30 years. GSECL was assigned the responsibility of developing 2,500 MW of solar power capacity under the scheme, supported by a 50 percent capital subsidy from the Government of Gujarat.

For the Jamnagar solar project, GSECL conducted an open competitive e-tendering process followed by a reverse auction to select the engineering, procurement, and construction (EPC) contractor. Larsen & Toubro Ltd. emerged as the successful bidder and was awarded the contract for project execution.

The total capital cost of the project has been finalized at ₹1,211.43 crore. This amount includes the base contract value, statutory variations related to Goods and Services Tax (GST), Basic Customs Duty (BCD), and other pre-operative expenses. Since the Gujarat government is providing a 50 percent capital grant, the effective project cost considered for tariff determination stands at ₹605.71 crore. GSECL has financed its share of the investment entirely through internal resources without taking any external debt.

The project was commissioned in phases during the first quarter of 2025. An initial capacity of 19.09 MW became operational on January 8, 2025. This was followed by the commissioning of 89.09 MW on February 8, 2025. The remaining 101.82 MW was commissioned on March 10, 2025, taking the total operational capacity to 210 MW.

Following the commissioning, GSECL signed a 25-year Power Purchase Agreement (PPA) with Gujarat Urja Vikas Nigam Limited (GUVNL) for the sale of electricity generated from the project.

GSECL has now approached the Gujarat Electricity Regulatory Commission (GERC) seeking approval of a project-specific tariff. The company has proposed a fixed levelized tariff of ₹1.76 per kWh for the project’s 25-year life. It has also requested approval for full tariff payment on electricity generated during the early commissioning phases, citing the low-cost and state-supported nature of the project.

Iberdrola Raises €1.5 Billion Through Oversubscribed Green Bond Issuance To Support Network And Renewable Investments

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Iberdrola has successfully raised €1.5 billion through a senior green bond issuance in the European market, further strengthening its funding position and supporting its long-term investment strategy focused on electrification and renewable energy development. The transaction was structured in two equal tranches with maturities of four and ten years and was formally reported to the Spanish National Securities Market Commission (CNMV).

The issuance received a strong response from investors, attracting demand of more than €4.5 billion—three times the amount offered. The high level of interest enabled Iberdrola to significantly improve pricing conditions compared with the initial guidance provided to the market. More than 330 qualified institutional investors participated in the offering, highlighting the company’s strong reputation among global investors and the continued appeal of sustainable investment opportunities.

Investor participation was widely diversified across international markets. France accounted for the largest share of demand at 23 per cent, followed closely by the United Kingdom with 22 per cent. Investors from Spain and Portugal represented a combined 16 per cent of total participation, demonstrating strong support from both domestic and international markets.The first tranche of the issuance amounted to €750 million and carries a maturity date of June 2030. It was issued with a coupon of 3.125 per cent.

The second tranche, also valued at €750 million, matures in June 2036 and offers a coupon of 3.75 per cent. The dual-tranche structure allows Iberdrola to diversify its funding profile while securing long-term financing at competitive rates.As with its previous sustainable financing transactions, the company ensured that the bond issuance aligns with recognised international and European sustainability standards.

The bonds comply with the International Capital Market Association’s (ICMA) Green Bond Principles as well as the European Union’s recently introduced Green Bond Standard. Compliance with both frameworks reflects Iberdrola’s commitment to transparency and the use of capital for environmentally sustainable projects.

The funds raised through the transaction will primarily be used to finance investments in electricity network infrastructure across Iberdrola’s core markets. A portion of the proceeds will also be allocated to refinancing selected renewable energy projects. These investments are aligned with the priorities outlined in the company’s strategic plan, which places a strong emphasis on modernising electricity grids and expanding clean energy generation.

Electricity networks have become an increasingly important focus for energy companies as countries accelerate electrification efforts. Upgraded and expanded grid infrastructure is essential for integrating renewable energy sources, improving system reliability, and supporting the growing demand for electricity driven by decarbonisation initiatives.

Through this latest bond issuance, Iberdrola continues to reinforce its commitment to developing the infrastructure needed to support the energy transition while pursuing targeted growth in renewable energy.The successful completion of the transaction also highlights the company’s strong access to international capital markets and its ability to secure financing under favourable market conditions.

The substantial oversubscription demonstrates continued investor confidence in Iberdrola’s financial strength, long-term growth prospects, and sustainability-focused business strategy.Several major financial institutions supported the transaction. HSBC and Santander acted as Global Coordinators, while CaixaBank, Crédit Agricole, Intesa Sanpaolo, Natixis, NatWest, and Scotiabank served as Active Bookrunners.

The strong demand generated by the issuance and the favourable pricing achieved underline the market’s confidence in Iberdrola’s business model and strategic direction. As the company continues to invest heavily in electricity networks and renewable energy projects, access to sustainable financing remains a key component of its growth strategy and its broader contribution to the global energy transition.

India’s Indigenous Solar Cells Set To Meet Half Of FY27 Demand As ALCM Boosts Domestic Manufacturing – CRISIL

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India’s solar manufacturing sector is expected to witness a major transformation this fiscal year as indigenous solar cells are projected to meet nearly half of the country’s total solar cell demand. This marks a significant increase from the last fiscal year, when domestic manufacturers supplied only about one-fourth of the demand. The growth is being driven by government measures aimed at reducing dependence on imports and strengthening domestic manufacturing capabilities.

According to a recent study by Crisil Ratings, the implementation of the Approved List of Cell Manufacturers (ALCM) is expected to play a crucial role in increasing the share of locally manufactured solar cells. The Ministry of New and Renewable Energy (MNRE) introduced the ALCM following the successful implementation of the Approved List of Models and Manufacturers (ALMM). The move is intended to ensure greater use of domestically produced components in India’s solar photovoltaic supply chain.

The ALCM requirements came into effect from June 2026 and apply to utility-scale projects with bid submission dates after August 31, 2025. The rules also cover net-metering and open-access projects commissioned after June 1, 2026. However, residential rooftop consumers participating in the PM Surya Ghar: Muft Bijli Yojana under the “Give It Up” category have been exempted until March 31, 2027.

Crisil Ratings estimates that India’s total solar cell demand will reach around 60-65 GW this fiscal year. Domestic manufacturers are expected to supply nearly half of this requirement, while the remaining demand will be met through imports. Demand for indigenous cells is expected to come from new utility-scale projects, open-access installations, net-metering projects, and government-supported schemes such as Kisan Urja Suraksha Evam Utthaan Mahabhiyan (KUSUM).

To capitalize on the growing demand, several manufacturers are investing heavily in expanding solar cell production facilities. As a result, India’s solar cell manufacturing capacity is expected to nearly double and reach around 60 GW by the end of the current fiscal year. Additional capacity expansions are also planned for the following fiscal year.

However, experts caution that the rapid increase in manufacturing capacity may create challenges for profitability. With more production facilities entering the market, capacity utilization levels and product prices could come under pressure. This may extend the payback period for new investments by one to two years compared to early manufacturers that benefited from higher margins and favorable market conditions.

Despite these challenges, companies that pursue deeper backward integration into ingot and wafer manufacturing are likely to achieve better returns. Since these materials are currently largely imported, domestic production could improve profitability and strengthen the country’s solar manufacturing ecosystem. Industry observers will also closely monitor any policy exemptions and project delays that could affect future demand for domestically manufactured solar cells.

UPERC Approves Joint UPPCL-MPPMCL Procurement Of 1130 Mwh Battery Energy Storage System In Uttar Pradesh

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The Uttar Pradesh Electricity Regulatory Commission (UPERC) has approved a joint proposal submitted by the Uttar Pradesh Power Corporation Limited (UPPCL) and the Madhya Pradesh Power Management Corporation Limited (MPPMCL) for the long-term procurement of energy through a Battery Energy Storage System (BESS). The commission issued its order on June 16, 2026, allowing the two state utilities to jointly procure 1130 MWh of storage capacity through a competitive bidding process for a period of 15 years.

The project is designed to make efficient use of battery storage resources by sharing capacity between the two states based on seasonal demand patterns. Under the arrangement, Uttar Pradesh will utilize the storage system from May to October, while Madhya Pradesh will use it from November to April. This approach is expected to improve the overall economics of the project and reduce costs for both utilities.

According to the petition, a detailed financial analysis showed that a joint procurement model would provide significant savings for Uttar Pradesh. The estimated savings are expected to range between ₹1.34 and ₹2.39 per unit of electricity. In comparison, if Uttar Pradesh had opted for a standalone procurement process, the benefits would have been much lower and could even have resulted in financial losses under certain conditions.

The initiative supports the Government of India’s renewable energy goals, including the target of achieving 50 percent of installed power generation capacity from non-fossil fuel sources by 2030. With the increasing share of solar and wind energy in the power mix, battery storage systems are becoming essential for maintaining grid stability, balancing supply and demand, and meeting peak power requirements.

The project will also receive financial assistance under the Ministry of Power’s Viability Gap Funding (VGF) scheme. The scheme provides support of ₹12 lakh per MWh or up to 30 percent of the project cost, whichever is lower. Based on the approved capacity, the total VGF support is estimated at ₹135.60 crore. The funding will be released in five stages. To qualify for the support, at least 50 percent of the project cost must involve domestic content, including locally developed Energy Management System software.

The BESS project will be location agnostic and connected through the Inter-State Transmission System (ISTS). It is expected to benefit from a complete waiver of ISTS charges, provided the project achieves commercial operation by June 30, 2028. The system will operate with a four-hour discharge duration and is expected to complete around 6,300 charging and discharging cycles during the contract period. Battery degradation will be limited to a maximum of 2 percent annually.

During the proceedings, UPPCL informed the commission that MPPMCL is leading the bidding process and has requested a three-month extension from the central government to complete tender-related activities. While approving the petition, UPERC directed UPPCL to complete the process within the required timelines and return to the commission for approval of the final Battery Energy Storage System Procurement Agreement after tariff discovery through competitive bidding.

Trom Industries Secures 17 MW Residential Rooftop Solar Project in Bihar

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Trom Industries Ltd has secured a 17 MW grid-connected rooftop solar project from South Bihar Power Distribution Company Limited (SBPDCL) under the PM Surya Ghar – Muft Bijli Yojana, marking a significant addition to its renewable energy order book.

The project will be implemented in the Bihar Sharif circle and involves the installation of rooftop solar systems across 15,335 residential consumers. Each installation is expected to have an average capacity of approximately 1.1 kW, contributing to a cumulative capacity of 17 MW.

Under the contract, Trom Industries will undertake the design, engineering, procurement, supply, installation, testing and commissioning of the rooftop solar systems. The company will execute the project under the CAPEX and RESCO Utility-Led Aggregation (ULA) model, a framework designed to accelerate residential solar adoption through utility-backed aggregation.

According to the company, the project is scheduled for completion within nine months from the date of signing the power purchase agreement (PPA).

The order aligns with the government’s efforts to expand rooftop solar penetration through the PM Surya Ghar scheme, which aims to provide affordable clean energy solutions to households while reducing dependence on conventional power sources.

Industry observers note that the project highlights the growing momentum in India’s residential rooftop solar segment, driven by supportive government policies, increasing consumer awareness and the need for distributed renewable energy generation.

Trom Industries stated that the contract does not involve any related-party transactions and that neither the promoters nor promoter group entities have any interest in the awarding authority.

The latest order is expected to strengthen the company’s position in the rooftop solar EPC segment and enhance its participation in large-scale government-backed renewable energy programmes.

Statkraft Signs Long-Term Power Agreements To Support Alcoa’s Continued Operations At The Lista Plant

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Alcoa has taken another important step in strengthening its operations in Norway following the successful restart of Production Line 2 at its Lista aluminium plant. The restart restored 31,000 metric tonnes of annual production capacity, enabling the facility to return to its full nameplate capacity of 95,000 metric tonnes per year.

The achievement represents a significant milestone for the company, reinforcing its industrial presence in the region and supporting long-term production growth.As the company moves forward with expanded operations, securing a reliable and competitively priced electricity supply has become a key priority.

To support this objective, Alcoa has entered into new long-term power agreements that will provide approximately 4.8 terawatt-hours (TWh) of electricity between 2028 and 2031.The agreements are expected to play a critical role in ensuring stable operations at the Lista plant, where energy availability and pricing are major factors in maintaining competitiveness.

Aluminium production is one of the most electricity-intensive industrial processes, making long-term access to affordable power essential for both operational efficiency and future investment decisions.According to Tor Arne Berg, Operations Manager at Alcoa Lista, the successful restart of the production line marked an important achievement for the company, but securing dependable power supply is equally important for sustaining operations and supporting the next phase of growth.

He noted that access to stable electricity is fundamental to maintaining production and strengthening the plant’s long-term future.The agreement also highlights the broader importance of predictable energy policies and reliable power access for Norway’s industrial sector. Industries such as aluminium manufacturing depend heavily on stable electricity markets and long-term pricing certainty to remain competitive in global markets.

Statkraft, which is supplying the electricity under the agreement, emphasised its commitment to supporting industrial activity and economic development in the region. Hallvard Granheim, Executive Vice President Markets at Statkraft, said the company is pleased to continue its long-standing relationship with Alcoa and provide power at predictable and competitive prices.

He noted that supporting industrial production and value creation remains an important part of Statkraft’s role, both through power supply agreements and through broader energy development initiatives in Southwest Norway.Granheim also pointed out that Alcoa is one of several major industrial companies that have signed new long-term power contracts with Statkraft during the year.

According to him, the growing number of agreements demonstrates strong confidence in the Norwegian power market and reflects the industry’s need for reliable energy solutions that can support long-term business planning.For Alcoa, the new agreements form part of a broader strategy aimed at securing stable and commercially viable electricity prices for its Norwegian operations.

By locking in long-term power supply arrangements, the company aims to reduce exposure to market volatility while ensuring that its facilities remain competitive in an increasingly challenging global industrial environment. The combination of restored production capacity at Lista and secured long-term electricity supply provides a strong foundation for the plant’s future operations.

It also reinforces the importance of collaboration between industrial manufacturers and energy providers in supporting sustainable economic growth, maintaining industrial competitiveness, and preserving high-value manufacturing jobs in Norway.

UP Regulatory Commission Clears Regulatory Path For 20 MW Floating Solar Project In Gorakhpur

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The Uttar Pradesh Electricity Regulatory Commission (UPERC) has granted regulatory relaxation for the development of a 20 MW floating solar photovoltaic (PV) power plant at Chilwa Tal in Gorakhpur. The decision came in response to a joint petition filed by the U.P. New & Renewable Energy Development Agency (UPNEDA) and Uttar Pradesh Power Corporation Ltd. (UPPCL), seeking exemption from mandatory competitive bidding requirements for procuring power from Coal India Limited (CIL) on a cost-plus basis.

The Commission, comprising Chairman Arvind Kumar and Member Sanjay Kumar Singh, used its “Power to Relax” provisions under the UPERC CRE Regulations, 2024, and the Modalities of Tariff Determination Regulations, 2023. While reviewing the proposal, the Commission considered its broader objective, legitimacy, and the availability of alternative options.

UPERC observed that the project supports the objectives of the state’s Solar Energy Policy-2022, which aims to develop Gorakhpur as a model Solar City. The policy targets a 10% reduction in conventional energy consumption through renewable energy sources within five years.

Coal India Limited, a Central Public Sector Enterprise, was nominated by the Uttar Pradesh government to execute the project. Once commissioned, the floating solar plant is expected to generate around 38.56 million units of electricity annually, contributing about 3.24% of Gorakhpur’s projected power demand during FY 2026-27.

The Commission also noted the challenges involved in securing an 80-acre water body within city limits. It acknowledged that attracting private developers through competitive bidding would be difficult. Additionally, a significant portion of the required land is being provided either free of cost or under favorable terms by government agencies and public institutions, reducing project costs considerably.

During the hearing, CIL indicated a tentative tariff of around ₹3.50 per kWh, which is higher than typical ground-mounted solar tariffs. However, the company stated that efforts are underway to reduce financing costs and lower the final tariff.

UPERC concluded that tariff determination under Section 62 of the Electricity Act, 2003, is the most suitable approach for this project. The final tariff will be decided by the Central Electricity Regulatory Commission (CERC), after which UPPCL can sign the Power Purchase Agreement with CIL and seek final approval from UPERC.

Zafiri Launches With USD 176 Million To Expand Renewable Energy Access Across Sub-Saharan Africa

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A major new investment platform aimed at expanding electricity access across sub-Saharan Africa has officially been launched at the Africa Energy Forum in Cape Town, South Africa. Known as Zafiri, the blended finance vehicle has secured an initial commercial launch of USD 176 million and is designed to support renewable energy projects that can bring reliable electricity to millions of people who currently lack access to power.

The initiative is being managed by Inspired Evolution, a leading African climate-focused investment firm that was appointed by investors to oversee the platform. Zafiri brings together a diverse group of development finance institutions, philanthropic organisations, and private-sector partners.

Founding shareholders include the International Finance Corporation (IFC), a member of the World Bank Group, the African Development Bank Group (AfDB), The Rockefeller Foundation, Trade and Development Bank Group (TDB Group), Nordic Development Fund (NDF), the John D. and Catherine T. MacArthur Foundation, and FirstRand Limited.

The launch represents an important step forward for Mission 300, a major initiative jointly led by the World Bank Group and the African Development Bank Group. Supported by organisations including The Rockefeller Foundation, Global Energy Alliance for People and Planet, and Sustainable Energy for All, Mission 300 aims to provide electricity access to 300 million people across sub-Saharan Africa by 2030.

Zafiri’s primary goal is to address one of the continent’s most significant development challenges: the lack of access to reliable and affordable electricity. The platform will focus on investing patient, long-term equity capital into distributed renewable energy companies and projects. These include mini-grids, solar home systems, productive-use energy solutions, and clean cooking technologies that can serve communities beyond the reach of traditional electricity networks.

At least half of Zafiri’s capital is expected to be directed toward mini-grids, solar home systems, and clean cooking initiatives. These technologies are increasingly viewed as essential tools for expanding energy access in rural and underserved areas where extending conventional grid infrastructure may not be economically viable.

One of the key challenges facing the distributed renewable energy sector in Africa has been a shortage of long-term equity financing. While debt financing has become more widely available in recent years, many companies continue to struggle to secure the patient capital needed to scale operations and attract additional investment.

Zafiri has been created specifically to help bridge this gap by providing long-term support to businesses working to deliver clean and affordable energy solutions.Following its initial launch at USD 176 million, the platform expects to reach a final close of USD 300 million within the next year. Looking further ahead, the long-term ambition is to scale the vehicle to USD 1 billion, significantly increasing the resources available for renewable energy projects across the continent.

Supporters of the initiative believe it has the potential to make a substantial impact on both energy access and economic development. According to IFC Vice President for Africa Ethiopis Tafara, connecting millions of Africans to reliable power will require large-scale, patient capital, and Zafiri demonstrates how collaboration between public and private investors can help achieve that goal.

He noted that by supporting distributed renewable energy companies, the platform could help provide clean energy access to as many as 30 million people while creating jobs and supporting economic growth.The African Development Bank also highlighted the importance of distributed renewable energy in meeting future electricity demand.

The institution estimates that technologies such as mini-grids and standalone solar home systems could account for at least half of all new electricity connections in sub-Saharan Africa by 2030. Officials described Zafiri as a timely initiative that can provide the long-term equity needed to accelerate the growth of companies operating in these sectors.Inspired Evolution believes the platform represents a unique partnership that combines the strengths of multilateral development institutions, philanthropic organisations, and private-sector investors.

According to the firm, the blended finance structure will help accelerate the deployment of clean energy solutions while supporting a just energy transition across Africa. The platform is also expected to align closely with national energy strategies and development priorities in participating countries.The Rockefeller Foundation, one of the founding investors, described Zafiri as an innovative approach to addressing one of the most persistent barriers to energy access.

By providing catalytic capital, the foundation aims to help reduce investment risks, attract additional long-term funding, and strengthen the overall financing ecosystem for distributed renewable energy businesses operating in underserved markets.Trade and Development Bank Group also emphasised the importance of increasing equity investment in renewable energy and clean cooking companies.

The institution noted that many of these businesses face significant capital constraints that limit their ability to expand and leverage additional debt financing. By providing patient capital, Zafiri is expected to strengthen the financial foundations of these companies and support sustainable long-term growth.

Similarly, the Nordic Development Fund highlighted the platform’s potential to mobilise greater levels of commercial investment into sectors that have historically received insufficient funding. The organisation believes successful implementation could improve the lives and livelihoods of climate-vulnerable communities while accelerating the adoption of clean energy technologies.The MacArthur Foundation also expressed support for the initiative, noting that expanding access to affordable, reliable, and sustainable energy remains one of the world’s most important development priorities.

Through collaboration with impact investors and development institutions, the foundation expects Zafiri to accelerate the flow of capital toward projects that can generate both social and environmental benefits.FirstRand Limited, the only commercial bank among the founding investors, described its participation as part of a broader strategy to work alongside global development finance institutions and capital providers to address Africa’s energy challenges.

The bank believes innovative financing structures such as Zafiri will play an increasingly important role in meeting the continent’s growing demand for clean and reliable energy.With millions of people across sub-Saharan Africa still lacking access to electricity, Zafiri represents a significant effort to unlock new investment and scale proven renewable energy solutions.

By combining public, private, and philanthropic capital, the platform aims to accelerate electrification, support economic development, create employment opportunities, and contribute to a more inclusive and sustainable energy future for communities across the region.

CERC Closes CTUIL Petition After Regulatory Clarification On Renewable Energy Project Deadline Extensions

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The Central Electricity Regulatory Commission (CERC) has disposed of a petition filed by the Central Transmission Utility of India Limited (CTUIL) after the utility requested permission to withdraw the matter. The commission’s order, issued on June 19, 2026, officially closed Petition No. 259/MP/2026, which was related to the treatment of project delays and timeline extensions granted by Renewable Energy Implementing Agencies (REIAs) and distribution licensees under existing transmission regulations.

CTUIL had approached the commission under the provisions of the Electricity Act, 2003, and the CERC (Connectivity and General Network Access to the Inter-State Transmission System) Regulations, 2022. The utility sought clarification on how extensions granted by implementing agencies should be considered when assessing compliance with connectivity-related deadlines.

The petition arose from a case involving Azure Power India Private Limited (APIPL) and an extension granted by the Solar Energy Corporation of India Limited (SECI). According to CTUIL, APIPL had originally received a connectivity timeline that ended in September 2021. Based on applicable regulations, the project was required to meet all necessary conditions by December 31, 2025.

SECI later issued an extension of the project’s Scheduled Commercial Operation Date (SCOD). For a 250 MW portion of the project, the revised deadline was extended until March 2028. However, this extension was subject to a key condition that APIPL had to sign its Power Purchase Agreements (PPAs) or Power Sale Agreements (PSAs) on or before March 31, 2026.

Following the issuance of SECI’s extension letter, CTUIL temporarily excluded APIPL from its list of projects facing possible revocation of connectivity in January 2026. At the same time, the utility continued monitoring compliance with the conditions attached to the extension.

When the March 31, 2026, deadline passed without the signing of the required agreements, CTUIL proceeded with regulatory action. On June 1, 2026, it revoked the 250 MW connectivity granted to APIPL and invoked the associated bank guarantees.

Meanwhile, the regulatory position became clearer after the CERC issued an order on May 31, 2026, in a separate matter involving Datta Power Infra Private Limited and CTUIL. In that case, the commission clarified that tentative project timelines linked to unsigned PPAs could not be treated as valid grounds for extending regulatory deadlines.

During the hearing of the present petition, CTUIL informed the commission that the recent ruling had already addressed the key legal issue raised in its application. The utility also noted that APIPL had independently challenged the revocation of its connectivity through separate legal proceedings.

Considering these developments, CTUIL stated that no further issue remained to be decided in the petition and requested permission to withdraw it. Since APIPL did not object to the request, the CERC bench approved the withdrawal and formally disposed of the case.

Wood Mackenzie Warns Data Centres Could Account For 40% Of Johor’s Electricity Demand By 2035

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Johor is rapidly strengthening its position as Southeast Asia’s leading data centre hub, attracting significant investment from global technology companies and hyperscalers. However, a new report from Wood Mackenzie suggests that while the state has sufficient power generation capacity to support growth in the near term, limitations in grid infrastructure could become a major challenge as demand continues to surge.According to the report, “Powering Johor’s Data Centre Boom: Supply, Demand, and Grid Constraints”, data centres could account for around 40 per cent of Johor’s total electricity consumption by 2035.

This would represent a major shift in the state’s energy landscape and place increasing pressure on its transmission and distribution networks.Johor has emerged as one of Asia’s most attractive destinations for data centre development, benefiting from its strategic location near Singapore, competitive operating costs, and supportive government policies.

These advantages have helped the state attract approximately MYR165 billion (US$42 billion) in cumulative investments from technology firms and cloud service providers.The pace of growth has been particularly striking over the past two years. Data centre electricity demand more than doubled between 2024 and 2025, and Johor now represents an estimated 51 per cent of total data centre maximum demand across Peninsular Malaysia.

Wood Mackenzie estimates that data centre demand in the state has reached approximately 3.8 GW, which is nearly one and a half times Johor’s current overall electricity demand.As investment continues to flow into the sector, data centres are expected to consume an increasingly large share of the state’s electricity. By 2035, they could account for around 40 per cent of end-user power consumption, compared with roughly 24 per cent today.

Wood Mackenzie analyst Alvin Tan noted that concerns about power supply are gradually shifting. While many investors still view generation capacity as the primary challenge, the report suggests the issue is becoming more localised. In many cases, the challenge is no longer whether electricity is available but whether it can be delivered efficiently to the areas where demand is concentrated.

Johor currently has around 6.8 GW of installed power generation capacity, primarily from natural gas and coal-fired power plants. Combined with strong interconnections to the wider Peninsular Malaysia grid, the state currently enjoys a comfortable supply buffer, with electricity demand standing at around 2.6 GW.However, overall system capacity does not fully reflect the pressures developing within specific locations.

Data centre investments are becoming heavily concentrated in key development zones such as Sedenak Tech Park and Nusajaya Tech Park, creating growing demands on local grid infrastructure.As a result, substations and grid connection facilities are emerging as critical bottlenecks. The report identifies shortages of 132 kV main intake substations and a lack of suitable nodal injection points for integrating renewable energy as some of the most immediate infrastructure constraints facing developers.

To address these challenges, Wood Mackenzie suggests several potential solutions. These include the use of higher-voltage 275 kV connections supported by dedicated on-site substations, wider adoption of decentralised solar generation for self-consumption, and the long-term development of renewable energy infrastructure specifically designed to serve major data centre clusters.While grid infrastructure represents the most pressing near-term challenge, the report also highlights concerns about future power supply.

Around 2.1 GW of coal-fired generation capacity in Johor is expected to be retired during the mid-2030s as part of broader efforts to transition to cleaner energy sources.At the same time, reserve margins across Peninsular Malaysia could come under pressure due to rising electricity demand and the expiration of several power purchase agreements associated with gas-fired plants.

Ensuring sufficient replacement capacity will therefore be essential to maintaining long-term energy reliability.In this context, Malaysia’s NewGen26 programme is viewed as a critical initiative. The programme involves an open tender for between 6 GW and 8 GW of new gas-fired generation capacity and is expected to play a major role in supporting future industrial growth and maintaining system stability.

The earlier NewGen25 programme is also expected to help preserve reserve margins by extending the operation of selected gas-fired power assets.Renewable energy is expected to become an increasingly important part of Johor’s future power mix. The planned Southern Johor Renewable Energy Corridor (SJREC), which includes projects in Mersing and Kota Tinggi, could deliver up to 4 GWp of solar generation capacity combined with battery energy storage systems. These developments are expected to help offset the retirement of coal-fired plants and support the growing electricity needs of the state.

Although these projects are likely to ease supply pressures from around 2031 onwards, the report emphasises that continued investment in both generation assets and grid infrastructure will remain necessary to keep pace with projected demand growth.Johor’s attractiveness to investors is also being reinforced by a supportive policy environment.

Incentives under the Johor-Singapore Special Economic Zone (JS-SEZ), streamlined approval processes through Malaysia’s National Data Centre Framework, and Tenaga Nasional Berhad’s Green Lane Pathway have all helped accelerate project development and reduce connection timelines.At the same time, policymakers are introducing new sustainability measures to ensure long-term environmental responsibility.

Malaysia is exploring the introduction of carbon pricing mechanisms, reviewing water tariffs for data centres, and strengthening oversight of project approvals to ensure that infrastructure development keeps pace with demand.The push toward renewable energy procurement is also gaining momentum. By June 2025, around 1.3 GW of agreements had been signed under the Corporate Renewable Energy Supply Scheme (CRESS) across Peninsular Malaysia, with all of these agreements linked to data centre projects located in Johor.

According to Wood Mackenzie, Johor’s ability to attract investment is unlikely to be the main issue in the coming years. Instead, the greater challenge will be ensuring that supporting infrastructure can expand quickly enough to meet demand. As the pipeline of projects continues to grow at one of the fastest rates in Southeast Asia, delays in substation construction, transmission upgrades, or new generation projects could ultimately determine how much further the state’s data centre industry can expand.

The report concludes that while Johor remains exceptionally well positioned to capitalise on the region’s digital infrastructure boom, long-term success will depend on careful coordination between energy planning, grid development, renewable energy deployment, and industrial growth strategies.

IEA Warns Middle East Disruptions Are Increasing Risks For Global Hydrogen And Fertiliser Supply Chains

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A new report from the International Energy Agency (IEA) has highlighted how ongoing disruptions in the Middle East are affecting global markets for fertilisers, chemicals, refined products, and other hydrogen-based commodities. The findings underline the growing importance of building more diversified and resilient supply chains, particularly as countries seek to strengthen their energy security and reduce dependence on a limited number of suppliers.

According to the IEA’s latest Global Hydrogen Review, the conflict in the Middle East has exposed vulnerabilities in industries that rely heavily on hydrogen and hydrogen-derived products. These products play a critical role in sectors such as agriculture, refining, and chemical manufacturing, making disruptions to their production and trade a concern for economies around the world.

The report notes that the current situation has renewed interest in low-emissions hydrogen and hydrogen-based fuels as long-term solutions for improving energy security. However, while progress is being made, production remains far below the levels needed to address immediate supply challenges.Global demand for hydrogen continued to grow in 2025, surpassing 100 million tonnes for the first time.

Production of low-emissions hydrogen also increased significantly, rising by 20 per cent to nearly one million tonnes. Despite this growth, the sector continues to face several obstacles, including high production costs, uncertain market demand, regulatory complexity, and insufficient infrastructure. These challenges are slowing deployment and making it increasingly difficult for countries to achieve the hydrogen targets they have set for 2030.

IEA Executive Director Fatih Birol said the crisis has demonstrated how interconnected global economies are through trade in hydrogen-based products. From fertilisers and fuels to industrial feedstocks, many industries depend on reliable international supply chains. He noted that while low-emissions hydrogen has the potential to strengthen energy security and diversify energy systems over time, achieving this will require stronger policy support and much faster deployment than is currently taking place.

One of the sectors most affected by recent disruptions has been the fertiliser industry. The Middle East accounts for roughly one-sixth of global hydrogen production and is a major exporter of ammonia, urea, methanol, and refined petroleum products. Production interruptions, export constraints, and shipping disruptions have created shortages and increased price volatility in international markets.

The report highlights that global urea prices doubled between January and May 2026 due to supply disruptions, rising natural gas costs, and export restrictions. Higher fertiliser prices have raised concerns about agricultural productivity and food security, particularly in countries that depend heavily on imported fertilisers to support their farming sectors.

While low-emissions hydrogen production is expected to reach another record level in 2026 and account for more than one per cent of global hydrogen production for the first time, investment activity in the sector has slowed.

The report points to delays in final investment decisions and a shrinking pipeline of future projects as signs that developers remain cautious about committing capital under current market conditions.Although many governments continue to support hydrogen development through incentives and policy frameworks, low-emissions hydrogen and hydrogen-based products remain considerably more expensive than conventional alternatives in most regions.

As a result, many projects have been delayed or cancelled. The total pipeline of announced low-emissions hydrogen projects expected by 2030 has fallen by around 25 per cent over the past year, declining to 27 million tonnes. At the same time, projects that have either secured final investment decisions or are considered highly likely to be operational by 2030 have dropped from 10 million tonnes to just over 6 million tonnes.

A lack of reliable demand remains one of the industry’s biggest challenges. New offtake agreements signed during 2025 remained at roughly the same level as the previous year, and only about 20 per cent of those agreements included firm contractual commitments. This uncertainty makes it difficult for developers and investors to justify large-scale investments in new production facilities.China continues to dominate the global electrolyser market and accounted for approximately 75 per cent of all new installations in 2025.

As a result, worldwide installed electrolyser capacity doubled to 4 gigawatts. However, the report also identifies signs of slowing momentum in the Chinese market, with investment decisions for new electrolysis projects declining for the first time. Policymakers are expected to address this through support measures introduced in late 2025, which could help revive growth over the coming years.

In Europe, hydrogen development is being supported through funding programmes and regulatory requirements, particularly within the refining sector. However, slow implementation of some key regulations continues to delay investment decisions and project execution. Meanwhile, countries such as the United States, India, and Japan are making progress, though uncertainty surrounding incentives, regulations, and future demand remains a challenge.

The report also draws attention to Africa’s long-term potential in the hydrogen economy. The continent possesses abundant renewable energy resources that could support large-scale production of low-emissions hydrogen in the future. However, development remains at a very early stage. Currently, Africa produces only around 6,000 tonnes of low-emissions hydrogen annually, and none of the 34 projects announced for operation by 2030 have yet reached a final investment decision.

Despite these challenges, the IEA believes hydrogen could play an important role in Africa’s economic development. Increased domestic hydrogen production could support local fertiliser manufacturing, improve food security, and help countries move into higher-value industrial activities such as green steel production.

To realise these opportunities, however, governments and investors will need to address financing challenges and ensure that hydrogen development is aligned with broader economic and industrial growth strategies.Overall, the report highlights a sector with significant long-term potential but facing considerable near-term hurdles.

While global interest in low-emissions hydrogen continues to grow, stronger policy frameworks, greater investment certainty, and more robust demand will be needed to accelerate deployment and establish hydrogen as a major contributor to future energy security and industrial decarbonisation.

India Emerges As A Global Leader In Renewable Energy And Energy Security – MNRE

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A vibrant city skyline highlighting India's focus on solar and wind renewable energy leadership

India’s renewable energy sector took center stage during a high-level discussion on sustainability and energy security at the 10th edition of the Green and Sustainable Development Partnership Conversation Series. The panel discussion, titled “Energy Security through Renewable Energies,” was co-organised by the Ministry of New and Renewable Energy (MNRE) and brought together policymakers, industry leaders, researchers, and international partners to explore how renewable energy can strengthen energy security while supporting long-term economic growth.

The discussion featured key speakers, including Santosh Kumar Sarangi, Secretary of the Ministry of New and Renewable Energy, and Dr. Philipp Ackermann, Ambassador of Germany to India and Bhutan. Other panelists included Vaishali Nigam Sinha, Co-founder and Chairperson of Sustainability at ReNew, and Aparna Roy, Fellow and Lead at the Observer Research Foundation. The session was moderated by Shreya Jai, Energy Lead at Climate Trends.

Addressing the gathering, Sarangi highlighted India’s impressive progress in renewable energy over the last decade. He said that a strong and supportive policy framework has helped the country emerge as a global leader in clean energy deployment. According to him, policies such as Renewable Purchase and Consumption Obligations and Standard Bidding Guidelines have played a crucial role in encouraging competitive procurement of solar, wind, and hybrid energy projects.

The Secretary also noted that the government’s decision to allow up to 100 percent Foreign Direct Investment through the automatic route has attracted significant investments into the renewable energy sector. He emphasized that these policy measures have helped create a favorable environment for rapid expansion and innovation.

To strengthen domestic manufacturing and reduce dependence on imports, the government has introduced initiatives such as the Production Linked Incentive (PLI) scheme and the Approved List of Models and Manufacturers (ALMM). These measures have encouraged indigenous manufacturing capabilities and contributed to making India’s renewable energy growth increasingly market-driven.

Sarangi further highlighted the role of flagship programs such as PM Surya Ghar: Muft Bijli Yojana and PM-KUSUM. He said these initiatives are empowering households and farmers to actively participate in the clean energy transition. Looking ahead, he pointed to emerging opportunities in Agri-PV and floating solar projects, which could further expand renewable energy deployment across the country.

The Secretary also underlined the significance of the National Green Hydrogen Mission. He said the mission has the potential to reduce India’s dependence on imported fossil fuels while supporting industrial decarbonisation and energy security. He added that future priorities should include grid modernisation, improved forecasting systems, circular economy practices for clean technologies, and greater mobilisation of climate finance.

Speaking during the event, Ambassador Dr. Philipp Ackermann praised India’s achievements in renewable energy and stressed the importance of international cooperation. He said India and Germany share common objectives related to energy security and sustainable development. According to him, stronger bilateral partnerships can help both countries address evolving geopolitical and energy challenges.

The event reinforced the importance of the India-Germany Green and Sustainable Development Partnership as a platform for collaboration and knowledge sharing. Participants agreed that balancing energy security with clean energy goals will be essential as India continues its transition towards a more sustainable and resilient energy future while ensuring affordable and reliable power access for all citizens.

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