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Fox ESS P100: BEST Choice For Your Home

By
Sadhana Shenvekar
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All-in-One Energy Storage System

Integrating both inverter and battery into a single unit, the P100 offers a streamlined and reliable one-stop energy solution. Combining high efficiency with user-friendly design, it redefines modern energy storage standards. Available configurations include: 5kW+10kWh, 6kW+10kWh, 7kW+10kWh, 8kW+10kWh, and 10kW+10kWh.

  • All-in-One Solution

The P100 delivers true system integration, eliminating the complexity of multi-component installation. With a minimalist design and quick one-step setup, it significantly reduces installation time and cost for both installers and users making it an ideal choice for residential applications where efficiency matters.

FoxESS P100
  • Fast Installation & Aesthetic Appeal 

The system greatly reduces installation time and features a sleek design that blends seamlessly into home environments, serving as an elegant piece of modern living decor.

  • Advanced Backup & Off-Grid Performance 

Equipped with 20A PV input current and up to 3 MPPTs, the system enhances energy yield and supports up to 200% PV oversizing without curtailment. It features dual off-grid backup capability, handling 200% overload for 10 seconds to ensure uninterrupted power during critical moments. A 4ms grid-off switching time ensures seamless transition during grid instability.

  • Scalable Capacity & Power 

The P100 supports flexible expansion from 10–30kWh storage capacity and 5–30kW output power, adapting to diverse household and commercial energy needs while providing long-term value and scalability.

  • Built to Endure & Perform 

Rated IP66 for dust and water resistance, the system operates reliably from -20°C to 55°C, suited for various climates. A 95% depth of discharge (DoD) maximizes usable energy and extends system life.

  • 10-Year Warranty 

The P100 is backed by a 10-year warranty with a “replacement, not repair” policy, ensuring worry-free ownership and long-term reliability.

  • Smart Monitoring & Control 

With the FoxCloud V2.0 platform, the P100 enables real-time monitoring and intuitive control. Users can easily track performance, optimize energy usage, and maintain system health all through a unified interface.

The Fox ESS P100 stands out as a next-generation energy storage solution with full integration, robust backup power, and intelligent management. It advances energy independence while delivering efficiency, resilience, and sustainability an optimal choice for homes and businesses seeking reliable and future-ready power.

Sunsure Energy, NVVN Ink First-of-its-Kind 500 MWh BESS Deal at Jhansi’s Garautha Substation

By
Sangita Shetty
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Representational image. Credit: Canva

Renewable energy company Sunsure Energy has announced a pioneering agreement with NTPC Vidyut Vyapar Nigam Ltd (NVVN) to supply 500 MWh of peak power to the Uttar Pradesh Power Corporation Ltd (UPPCL) through a large-scale battery energy storage system (BESS).

The Battery Energy Discharge Purchase Agreement (BEDPA) secures a capacity of 125 MW/500 MWh under a 15-year contract, marking the first time in India that a BESS-based power supply deal has been structured in this way. Under the build-own-operate model, Sunsure will install the standalone system at the Garautha substation in Jhansi, Uttar Pradesh.

This arrangement will allow Sunsure to deliver four hours of on-demand power daily between 6 pm and 10 am, enabling UPPCL to meet peak demand with clean energy at a competitive fixed tariff. Unlike traditional fixed monthly rate models, the pact introduces an innovative per-kWh discharged energy billing system, a first in India’s energy storage sector.

Sunsure Energy’s Founder, Chairman & CEO Shashank Sharma highlighted the company’s evolution from solar-only projects to advanced hybrid renewable solutions with storage. He noted that the deal reflects a major step for utilities as well, transitioning from pure solar and hybrid tenders to nation-leading energy storage deployment.

The agreement is being seen as a milestone in India’s renewable energy journey, strengthening grid reliability while helping replace fossil fuel-based generation during peak demand hours.

UPNEDA and Vasudha Foundation Conduct PM Surya Ghar Training Across 13 Districts in Uttar Pradesh

By
Kavitha
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The Uttar Pradesh New and Renewable Energy Development Agency (UPNEDA), in collaboration with the Vasudha Foundation, has successfully concluded a series of training sessions under the PM Surya Ghar: Muft Bijli Yojana. The program, held from July 30 to August 21, 2025, covered 13 districts across Uttar Pradesh.

The initiative aimed to strengthen rooftop solar adoption by providing practical and technical training to key stakeholders, including empanelled vendors, DISCOM officials, and bank representatives. Sessions addressed hands-on aspects of rooftop solar installation while also focusing on implementation challenges and potential solutions.

The training was conducted in Agra, Meerut, Aligarh, Prayagraj, Gorakhpur, Ayodhya, Mathura-Vrindavan, Lucknow, Kanpur Nagar, Jhansi, Saharanpur, Moradabad, and Shahjahanpur.

Officials noted that the program has enhanced stakeholder preparedness and improved coordination between vendors, distribution companies, and financial institutions. By building technical capacity and addressing ground-level challenges, the training sessions are expected to accelerate the effective rollout of the PM Surya Ghar scheme across Uttar Pradesh.

Krannich Solar and Fimer Enter Into Strategic Partnership – Live Discussion, Join Now!

By
Editorial Desk
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Krannich Solar, one of the leading distributors for photovoltaics worldwide has signed a collaboration agreement with FIMER, the fourth largest solar inverter supplier in the world for the distribution of their inverters in Indian market. The alliance will strengthen the competitiveness through leveraging each other’s competencies and experience and ensure the most efficient and reliable deliveries to the customers.

As one of the top solar inverter suppliers in the world, FIMER has an extensive portfolio of string, central and legacy inverters. FIMER offers a wide range of single and three phase PV inverters ranging from 1.2 kW to 5 MW. FIMER is enriching the Krannich product range with high end energy solutions suitable for residential and commercial projects.

“We are very pleased to start working together with FIMER” says Sandeep Banodiya, Sales Director of Krannich Solar India. “The inverters compliment our product range very well as they will offer our customers excellent quality and significant added value. With FIMER we will create a winning partnership in the India like other countries. With FIMER we have a partner that has built up an excellent reputation for quality and reliability.”

“We have a global partnership with Krannich and we would like to strengthen this further with our relationship in India”, says KN Sreevatsa, Country Head of FIMER in India. “Krannich has an excellent team and will be our national partner to enhance our presence in India. We shall offer our entire range of string inverters with our partnership which will help our customers with ease of doing business. We are excited to partner with Krannich in this new era of FIMER”.

Fimer is going to showcase its wide array of string inverters at 3pm on 3rd July, in the webinar. The company will also be discussing about the Fimer – Krannich partnership, join now: https://bit.ly/2CY82Xz

Kiwa PVEL 2026 Scorecard Reveals Rising Solar Module Reliability Concerns Despite Strong Top Performer Growth

By
Mohan Gupta
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Representational image. Credit: Canva

Kiwa PVEL has released its 12th annual PV Module Reliability Scorecard for 2026, offering a detailed assessment of solar module performance and reliability across the global solar industry. The latest report recognizes 43 solar module manufacturers as “Top Performers” after they achieved strong results in the company’s Product Qualification Program (PQP) testing. Among these companies, 13 manufacturers earned the distinction for the first time, reflecting the growing competitiveness of the solar manufacturing sector.

The 2026 edition of the scorecard introduces several important updates. Kiwa PVEL expanded its testing framework by adding a new category for Ultraviolet Induced Degradation (UVID), which evaluates the impact of prolonged UV exposure on solar modules. The report also includes dedicated sections focused on key industry challenges, including module breakage and the reliability of emerging n-type solar technologies. To better track rapid technological developments, Kiwa PVEL announced plans to publish the reliability scorecard twice annually, with the next edition expected in November 2026.

While the report highlights notable achievements by top-performing manufacturers, it also reveals significant quality concerns across the broader market. According to the findings, 87% of participating manufacturers recorded at least one test failure during the evaluation process. The report notes that failure rates increased both among manufacturers and across individual module designs, indicating ongoing challenges in maintaining consistent quality standards.

Physical durability remains one of the industry’s biggest concerns. Module breakage during mechanical stress and hail impact testing emerged as the most common cause of failure. Another major issue identified was delamination, a condition where the protective layers within a solar module begin to separate. The report found that 45% of tested manufacturers experienced at least one delamination-related failure, highlighting the need for stronger manufacturing controls and material quality management.

Despite these concerns, the report also points to improvements in certain areas of module performance. Many products demonstrated lower power degradation following thermal cycling and damp heat tests, indicating better long-term durability under challenging environmental conditions. Energy yield performance also remained strong across many tested modules.

However, achieving excellence across all reliability categories continues to be rare. Of the 246 unique module models that earned Top Performer status, only five models successfully achieved top results in every reliability test conducted by Kiwa PVEL.

The findings suggest that while solar technology continues to advance and overall module performance is improving, reliability challenges remain a critical concern. As newer technologies enter the market at a rapid pace, independent testing and stricter quality assurance measures will play an essential role in ensuring long-term solar project performance and investor confidence.

IEEFA Report Highlights Key Factors That Will Shape Carbon Prices Under India’s New Trading Scheme

By
S.S. Dev
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Representational image. Credit: Canva

As India moves forward with implementing its Carbon Credit Trading Scheme (CCTS), a new report from the Institute for Energy Economics and Financial Analysis explores the factors that will influence carbon price formation and determine how effectively the scheme supports industrial decarbonisation.

The report, titled Potential Drivers of Carbon Price Formation in the CCTS: Design and Market Dynamics in the Indian Carbon Market, examines the structure of India’s intensity-based emissions trading system, which will initially cover seven industrial sectors and 490 obligated entities. Drawing insights from established carbon markets in the European Union, South Korea, China, and California, the report highlights how India’s unique market design could shape trading behavior and carbon pricing during the scheme’s early years.

According to Saurabh Trivedi, Lead Specialist for Sustainable Finance and Carbon Markets – South Asia at IEEFA and one of the report’s authors, India’s carbon market has been designed to balance industrial growth with climate objectives while leveraging existing regulatory frameworks. However, he noted that the success of the scheme will depend on how its design features interact with India’s economic conditions and policy environment.

One of the report’s key findings relates to benchmark calibration, which will play a critical role in determining the availability of carbon credits. Since the CCTS is based on emissions intensity rather than absolute emissions, allowable emissions increase alongside production output. This means both the supply and demand for carbon credits could rise simultaneously, depending on which industries experience growth.

As a result, benchmark design becomes the primary mechanism for maintaining market scarcity and ensuring meaningful carbon price signals. The report emphasizes the importance of transparent benchmark-setting methodologies, robust industry data, and independent verification processes to support effective market functioning.

The report also discusses the implications of excluding India’s power sector from the scheme during its initial phase. In many established carbon markets, power producers are among the largest and most active participants, with shifts between coal and gas generation often driving carbon price movements.

Without the power sector’s participation, trading activity will be concentrated among industrial companies, potentially reducing market liquidity and limiting the influence of carbon pricing on energy investment decisions.Subham Shrivastava, Climate Finance Analyst at IEEFA and co-author of the report, explained that the phased inclusion of the power sector reflects the need to carefully align carbon pricing with India’s electricity regulatory framework.

He pointed to South Korea’s experience, where reforms gradually incorporated carbon costs into electricity dispatch decisions, as an example of how such integration can be implemented in stages. The report suggests that establishing a clear roadmap for power sector inclusion would strengthen the long-term effectiveness of India’s carbon market.

Another important finding concerns the interaction between the CCTS and existing government programmes, including the Perform, Achieve and Trade Scheme, Renewable Consumption Obligations, the Production-Linked Incentive Scheme, and the National Green Hydrogen Mission. These initiatives already influence emissions reductions across several sectors covered by the carbon market.

The report warns that if baseline emissions are not periodically revised to account for the cumulative impact of these policies, the market could experience an oversupply of credits, weakening carbon prices and reducing incentives for further emissions reductions. Similar challenges affected the early development of the European Union’s carbon market.The report also highlights potential challenges during the market’s formative years.

In sectors such as steel, cement, and aluminium, emissions reduction measures often require substantial capital investments and are tied to long-term industrial investment cycles that can span 15 to 30 years. As a result, companies may have limited ability to quickly adjust their emissions in response to carbon price signals, making both supply and demand relatively inflexible in the short term.

Market liquidity could also remain constrained initially because financial intermediaries, which account for a significant share of trading activity in mature carbon markets such as the EU Emissions Trading System, are not expected to participate in the early stages of India’s scheme. To address this challenge, the report recommends introducing supply adjustment mechanisms, providing advance guidance on future benchmark tightening, and establishing clear banking rules that allow companies to carry forward credits.

These measures could help improve market stability and build confidence among participants as trading activity develops.Saloni Sachdeva Michael, Lead Energy Specialist for India Clean Energy Transition at IEEFA and co-author of the report, noted that industrial companies are making investment decisions today that will influence their emissions profiles well into the next decade.

She emphasized that establishing credibility through predictable regulations, transparent policy implementation, and coordinated climate initiatives will be critical to ensuring the Carbon Credit Trading Scheme becomes an effective tool in supporting India’s long-term decarbonisation goals.

SKYWORTH Solar Expands Thailand Presence With New Bangkok Office And 100 MW Solar Project

By
Mohan Gupta
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alternative energy building clouds energy
Representational image. Credit: Canva

SKYWORTH Solar has announced a major expansion in Thailand as part of its broader global growth strategy. The company recently opened a new office at Empire Tower in Bangkok and signed a memorandum of understanding (MoU) with local partner CapSolar to develop a 100 MW commercial and industrial solar project. The move comes at a time when many businesses in Thailand are increasingly turning to rooftop solar systems to reduce the impact of rising electricity costs.

The expansion reflects SKYWORTH Solar’s growing focus on Southeast Asia and its commitment to supporting the region’s clean energy transition. The company revealed its international growth plans during the 2026 SNEC Exhibition and Global Customer Summit held in Shanghai. During the event, SKYWORTH Solar positioned itself as a global smart energy ecosystem leader and outlined plans to expand its solar, energy storage, and smart energy solutions across several key regions, including Europe, Southeast Asia, the Middle East, and Africa.

Thailand has emerged as one of the company’s most important strategic markets in Southeast Asia. To strengthen its local presence, SKYWORTH Solar’s new Bangkok office will offer a range of services, including project consulting, implementation support, supply chain coordination, and after-sales service. The company believes that having a strong local presence will help it respond more effectively to customer needs and accelerate the adoption of renewable energy technologies.

Wanfei Qu, CEO of SKYWORTH Solar and Chief Investment Officer of SKYWORTH Group, stated that the company’s strategy combines global expertise with local partnerships. This approach is expected to play an important role in helping Thailand achieve its clean energy and sustainability goals.

To support its expansion plans, SKYWORTH Solar is also investing in financial and operational infrastructure. The company has established a strategic banking partnership with ICBC Thai and secured access to a US$500 million investment fund. These financial resources will help support solar project development in Thailand as well as in other international markets.

One example of the company’s growing presence in Thailand is its 3 MW rooftop solar project at the UMC Steel Plant in Chonburi Province. The installation is expected to generate approximately 4.4 million kWh of clean electricity during its first year of operation. The project demonstrates how solar energy can help industrial facilities lower energy expenses while reducing carbon emissions and supporting long-term sustainability objectives.

Through these initiatives, SKYWORTH Solar aims to strengthen its position in Thailand’s renewable energy market while contributing to the country’s transition toward cleaner and more sustainable energy sources.

Elkem And Statkraft Enter Long-Term Power Agreement To Ensure Continued Operations At Bjølvefossen Plant

By
S.S. Dev
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Representational image. Credit: Canva

The new long-term power agreement will help ensure continued industrial operations, support local employment, and strengthen sustainable production at Elkem’s Bjølvefossen plant in Norway. The facility employs around 150 people and is one of the world’s largest producers of foundry alloys, with an annual production capacity of 60,000 metric tons.

The plant’s products are supplied mainly to customers across Europe and Asia and play an important role in industries such as automotive, construction, renewable energy, and defense. The facility is also recognized for its low-carbon production process, with its products being manufactured with a carbon footprint that is roughly one-third of the global industry average.

Commenting on the agreement, Inge Grubben-Strømnes, Senior Vice President of Foundry Alloys at Elkem, said that access to long-term and competitively priced power is essential for maintaining industrial production and safeguarding jobs in Norway. He noted that the agreement with Statkraft enhances the competitiveness of the Bjølvefossen plant and highlights the strong connection between energy availability and industrial growth.

The agreement will also enable Elkem to continue supplying strategic materials to European industries while contributing to the European Union’s industrial security during a period of geopolitical uncertainty.Statkraft also emphasized the importance of long-term power agreements for supporting industry and local economies.

Hallvard Granheim, Executive Vice President of Markets at Statkraft, said such contracts provide stability for industrial companies, helping to protect jobs and create long-term value at a time when businesses are facing increased market volatility and uncertainty.

Elkem already maintains a strong portfolio of long-term power contracts in Norway, securing a significant portion of its annual electricity consumption of 3.5 TWh at competitive rates. The new agreement further improves predictability for the company’s operations and strengthens its ability to plan future investments with greater confidence.

APERC Clarifies Net Metering Continuity For Existing Solar Rooftop Projects Above 500 kWp In Andhra Pradesh

By
Mohan Gupta
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Representational image. Credit: Canva

The Andhra Pradesh Electricity Regulatory Commission (APERC) has issued an important clarification regarding net metering and billing arrangements for older solar rooftop projects in the state. The clarification aims to resolve uncertainty surrounding solar rooftop photovoltaic (SRTPV) systems with capacities between 500 kWp and 1000 kWp that were established before the implementation of the latest solar regulations.

The issue was brought before the Commission by the Eastern Power Distribution Company of Andhra Pradesh Limited (APEPDCL), which sought guidance on the applicability of APERC Regulation No. 4 of 2023 to existing solar rooftop installations. The 2023 regulation introduced a new eligibility limit for net metering, restricting it to solar rooftop systems with a maximum capacity of 500 kWp. This created confusion regarding the status of larger projects that had already been commissioned under previous regulations.

After examining the relevant provisions of both the old and new regulations, APERC clarified that the new capacity restriction is not applicable to projects that were already operational before the regulation came into force. The Commission pointed to Clause 22 of APERC Regulation No. 4 of 2023, which contains a grandfathering provision designed to protect existing projects from the impact of subsequent regulatory changes.

According to the Commission, solar rooftop systems that were commissioned before the new regulation, as well as projects that were under construction with approved feasibility reports, will continue to be governed by the rules and conditions that were applicable at the time of their approval. These projects will remain under the framework of their original agreements until the expiry of their contractual terms.

As a result, solar rooftop installations with capacities ranging from 500 kWp to 1000 kWp will continue to avail themselves of the net metering or gross metering arrangements specified in their existing agreements. Their billing mechanisms will remain unchanged, providing certainty to project developers and consumers who invested under the earlier policy framework.

The Commission further clarified that the 500 kWp cap introduced through the 2023 regulation will apply only to new projects seeking approval after the regulation came into effect. Existing projects covered under the grandfathering provision will not be required to modify their metering arrangements or contractual terms.

The clarification is expected to provide significant regulatory and financial relief to developers and consumers operating larger solar rooftop systems. APERC has communicated its decision to APEPDCL and has also forwarded the clarification to Andhra Pradesh’s other distribution companies, APCPDCL and APSPDCL, to ensure consistent implementation across the state.

KERC Unveils Draft DSPV Regulations 2026 To Expand Distributed Solar And Strengthen Grid Stability In Karnataka

By
Mohan Gupta
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Representational image. Credit: Canva

The Karnataka Electricity Regulatory Commission (KERC) has released the draft Grid Interactive Distributed Solar Photovoltaic (DSPV) Plants Regulations, 2026, proposing a new framework for solar power systems connected to the state electricity grid. The draft regulations will replace the existing Solar Rooftop Photovoltaic Regulations, 2016, and aim to support the growing role of distributed solar energy in Karnataka.

One of the major changes in the proposed regulations is the shift from the term “rooftop solar” to “distributed solar photovoltaic plants.” This change recognizes the wider range of solar installations being adopted today. Apart from rooftop systems, the new definition includes solar panels installed on building facades, elevated ground-mounted structures, and both mono-facial and bi-facial solar modules.

Karnataka has emerged as one of India’s leading renewable energy states. According to the draft regulations, renewable energy contributes 21,961.67 MW, accounting for about 57% of the state’s total installed power capacity. Distributed solar installations currently contribute around 899.53 MW. While this growth supports clean energy goals, it also creates challenges such as voltage fluctuations, grid congestion, and power intermittency. The proposed regulations seek to address these issues while encouraging further solar adoption.

The draft introduces six metering arrangements for different categories of consumers. Net metering will be available only for domestic consumers, residential apartment buildings, government institutions, and charitable organizations. Eligible systems can range from 1 kW to 500 kW, subject to the sanctioned load limit.

Net billing and gross metering will be open to all consumer categories. Under gross metering, consumers can export all the electricity generated by their solar systems to the distribution licensee. The regulations also introduce Group Net Metering (GNM) and Virtual Net Metering (VNM). Group Net Metering allows a prosumer to adjust excess solar generation against multiple electricity connections registered under the same name and category. Virtual Net Metering enables groups of domestic consumers to jointly develop a solar plant and share the generated energy. Both models require a minimum system size of 5 kW.

Another option, Behind the Meter (BTM), is meant exclusively for self-consumption and does not allow any electricity injection into the grid.

To strengthen grid reliability, the draft mandates that consumers installing DSPV systems above 10 kW must use hybrid inverters or battery energy storage systems capable of storing at least 20% of the plant’s generation capacity. In addition, systems below 150 kW cannot exceed 80% of the capacity of the local distribution transformer.

The proposed regulations also simplify the approval process through an online application system. For low-tension domestic projects up to 150 kW, no Power Purchase Agreement (PPA) will be required. Distribution licensees must inspect and commission completed projects within five days of receiving the work completion report. Failure to meet this timeline will attract a penalty of ₹1,000 per day payable to the applicant.

KERC has invited comments, objections, and suggestions from stakeholders and the public. Interested parties can submit their responses to the Commission within 15 days from the date of publication of the draft regulations in the official gazette.

PSERC 2026 Amendment Updates Punjab Electricity Supply Code With New Load, EV And Infrastructure Rules

By
Mohan Gupta
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Two electric cars charging at a rural electric vehicle charging station with power lines and poles in background
Two electric cars charging at a station beside a busy rural road under power transmission towers

The Punjab State Electricity Regulatory Commission (PSERC) has issued the PSERC (Electricity Supply Code, Standards of Performance and Related Matters) (3rd Amendment) Regulations, 2026, introducing several important changes to the state’s electricity supply framework. The amendments have been notified under the provisions of the Electricity Act, 2003, and will come into effect from the date of their publication in the official gazette.

One of the most significant changes relates to the method of estimating connected electricity loads for new residential, commercial, and industrial developments. The revised regulations provide a structured approach for calculating electricity demand based on the size and type of development. For residential plots, the estimated load ranges from 5 kW for plots up to 100 square yards to 50 kW for plots larger than 2,000 square yards. Similar norms have been introduced for residential flats, where the load requirement is linked to the covered area of the unit.

Commercial establishments such as shops, malls, hotels, and office complexes will now be assessed using specified load norms based on their floor area. Industrial parks, IT parks, and other large industrial developments will also follow defined load allocation criteria, ensuring a more transparent and standardized process for planning electricity infrastructure.

The amendment also introduces new requirements regarding land allocation for electricity infrastructure. Developers of residential colonies, housing projects, and commercial complexes will be required to provide land for grid substations depending on the estimated power demand of their projects. For developments with an estimated load between 10 MVA and 50 MVA, developers must provide 1,500 square yards of land to the distribution licensee at collector rates. For projects with a load exceeding 50 MVA, the land requirement has been increased to 3,000 square yards.

To ensure compliance with electricity infrastructure obligations, developers will also be required to submit a performance bank guarantee equal to 10% of the estimated cost of the local distribution system.

Recognizing the growing adoption of electric vehicles, the revised regulations make it mandatory for distribution licensees and franchisees to provide separate electricity connections for EV charging stations under the applicable tariff category. This move is expected to support the expansion of EV charging infrastructure across Punjab.

The regulations further allow commercial and industrial complexes to shift from individual electricity meters to a single-point supply system. If more than 50% of unit owners agree through an irrevocable ballot, the association managing the complex can take responsibility for power distribution, billing, and maintenance on a no-profit, no-loss basis. Such associations will receive a 3% rebate on energy charges.

For domestic consumers located outside village boundaries, known as the Phirni area, new service connection rules have also been introduced. Consumers requiring service lines beyond 500 meters will have to bear additional charges for the extra length. In addition, the Punjab Government has revised appellate authority responsibilities under Section 127 of the Electricity Act, streamlining dispute resolution and appeals based on different contract demand categories.

Engineering Projects (India) Limited Invites EOI For 250 MW Solar EPC Project With Land And O&M In Rajasthan

By
Mohan Gupta
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Representational image. Credit: Canva

Engineering Projects (India) Limited (EPIL), a Mini Ratna public sector enterprise under the Ministry of Heavy Industries, has invited Expressions of Interest (EOI) from experienced contractors and associates for a pre-tender partnership related to a large-scale solar power project in Rajasthan. The EOI, issued under reference EPI/CO/BDD/EOI/057 dated June 5, 2026, aims to identify a suitable associate for participation in an upcoming Engineering, Procurement, and Construction (EPC) package with land.

The proposed project involves the development of an AC grid-connected solar photovoltaic power plant with a capacity of up to 250 MW. The project is planned near the 220 kV Bikaner-IV substation at Ambaran in Rajasthan and includes the associated transmission line infrastructure along with comprehensive operation and maintenance services for a period of three years. The original tender has been floated by SJVN Green Energy Limited (SGEL) under PSPCL ET-3.

According to the EOI document, the selected associate will be responsible for a wide range of activities, including the identification and acquisition of suitable land parcels. The bidder must either facilitate complete ownership transfer of the land or arrange a lease agreement for 28 years in favor of SGEL. The scope further includes design, engineering, manufacturing, procurement, supply, installation, testing, erection, and commissioning of the solar power project. Power evacuation facilities up to the interconnection point and comprehensive operation and maintenance of the solar plant, switchyard, and transmission infrastructure for three years are also part of the contract.

To qualify, applicants must meet specific technical and financial requirements. On the technical side, bidders should have successfully executed grid-connected solar projects totaling at least 30 MWp during the last ten years, including one solar plant of at least 10 MWp that has been operational for a minimum of three months. Alternatively, developers or EPC contractors who have completed an industrial or infrastructure project with a value of at least Rs. 1.59 crore per MW, along with a substation of 33 kV or higher, are also eligible.

Financial eligibility criteria require an average annual turnover of at least Rs. 400 crore during the last three completed financial years, namely FY 2022-23, FY 2023-24, and FY 2024-25. Applicants should not have incurred losses in more than two of the last five financial years. In addition, they must possess a minimum net worth of Rs. 80 crore as of March 31, 2025, or provide a bank solvency certificate worth at least Rs. 320 crore.

The EOI process commenced on June 5, 2026. The clarification period remains open from June 6 to June 9, 2026, up to 5:00 PM. Interested bidders must submit their online EOI applications and sealed price bids by June 15, 2026, at 2:00 PM. The proposals are scheduled to be opened on June 16, 2026, at 2:00 PM.

Applicants are required to pay a non-refundable EOI document fee of Rs. 29,500, including GST, along with a refundable EMD of Rs. 20 lakh. The selected associate will also need to arrange a tender EMD of Rs. 26.50 crore in favor of SGEL and provide the required performance bank guarantees as per the final tender conditions, taking full responsibility for project execution.

Tendernotice_1 – 2026-06-06T103125.080Download

APTEL Quashes MERC’s BESS Tariff Order, Cancels MSEDCL’s 2000 MW/4000 MWh Battery Storage Tender

By
Mohan Gupta
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0

The Appellate Tribunal for Electricity (APTEL) has overturned an order issued by the Maharashtra Electricity Regulatory Commission (MERC) regarding the procurement of power from a 2000 MW/4000 MWh Battery Energy Storage System (BESS) project. Along with setting aside the tariff approval, APTEL also cancelled the entire competitive bidding process and directed the Maharashtra State Electricity Distribution Company Limited (MSEDCL) to return all bank guarantees and security deposits submitted by participating bidders within four weeks.

The dispute relates to a tender issued by MSEDCL in July 2025 under the Government of India’s Viability Gap Funding (VGF) scheme. The scheme provides financial support of up to ₹18 lakh per MWh from the Power System Development Fund to encourage large-scale battery energy storage projects.

The tender was originally designed around a two-cycle-per-day battery operation. However, before bids were submitted, MSEDCL issued an addendum changing the project design to a single-cycle-per-day operation. Based on this revised specification, several developers, including Diwakar Renewable & Infra, OPG Power Generation, Onward Solar Power, Mahati Industries, and Bhilwara Energy, prepared and submitted their technical and financial bids.

Under the revised design, the battery system was expected to complete approximately 5,475 operational cycles over the 15-year contract period. The issue emerged later in December 2025, after the bids had already been opened and the lowest tariff of ₹1,65,998 per MW per month had been identified.

At that stage, the Ministry of Power granted conditional approval to MSEDCL’s proposal for a single-cycle project. However, the approval came with an important condition. MSEDCL was required to retain the contractual right to use the battery system for at least 6,300 cycles during the contract period without any additional payment.

The developers strongly opposed this requirement before MERC. They argued that increasing the cycle requirement from the originally understood level to 6,300 cycles would result in significant additional costs. According to the developers, they would need to invest more capital to manage battery degradation and maintain performance. They also expressed concerns that failure to meet the higher cycle requirement could affect their eligibility for VGF support or even force them to repay the funding received.

Despite these objections, MERC approved the tariff, accepting MSEDCL’s argument that the 6,300-cycle provision was only a contractual right and not a mandatory operational obligation.

APTEL, however, disagreed with this interpretation. The tribunal observed that the Ministry of Power’s approval was conditional and would require MSEDCL to include the 6,300-cycle clause in the final agreements. Once included, MSEDCL would have the legal authority to exercise that right, creating a significant burden on developers that was not reflected in the original bidding conditions.

The tribunal concluded that introducing such a major technical change after financial bids had been finalized violated the fairness and integrity of the competitive bidding process. Comparing the situation to changing the rules after a game has already started, APTEL held that the post-bid modification undermined the sanctity of the tender process. As a result, it set aside MERC’s tariff order, cancelled the contract awards, and protected developers from potential financial losses arising from the revised conditions.

Weekly Tech Updates: KIT Maps Europe’s Hybrid Storage Future; Hoymiles Sets New Solar Efficiency Benchmark and More…

By
Sangita Shetty
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0

KIT-Led StoRIES Project Maps the Future of Hybrid Energy Storage

The StoRIES project, led by Germany’s Karlsruhe Institute of Technology (KIT), is advancing the development of hybrid energy storage systems to support Europe’s clean energy transition. By combining multiple storage technologies and testing them through real-world applications, the initiative aims to improve grid flexibility, renewable integration, and system resilience. The project also promotes collaboration among researchers, industry stakeholders, and policymakers to accelerate the deployment of innovative storage solutions across Europe.

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Hoymiles Microinverters Earn BEE Certification in India

Hoymiles has achieved Bureau of Energy Efficiency (BEE) certification for its microinverter portfolio in India, reinforcing its position in the country’s rapidly growing solar market. The certification validates the products’ high efficiency and performance standards, helping installers and consumers maximize energy yields. As rooftop solar adoption accelerates, certified high-performance microinverters are expected to play an increasingly important role in enhancing system reliability and improving project economics.

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Vehicle-Integrated Solar Could Reduce Europe’s Grid Demand

A new study suggests that vehicle-integrated solar (ViS) technology could significantly reduce Europe’s annual electricity demand by generating solar power directly from vehicle surfaces. Researchers estimate that widespread deployment could offset up to 15.6 TWh of grid electricity consumption each year. As electric mobility continues to expand, integrating solar generation into vehicles could strengthen energy independence, reduce emissions, and support broader decarbonization efforts across the continent.

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Sineng Electric Unveils All-Scenario Energy Storage Solutions at SNEC 2026

Sineng Electric showcased a comprehensive portfolio of energy storage solutions at SNEC 2026, targeting utility-scale, commercial, industrial, and hybrid applications. The company introduced advanced power conversion systems, grid-forming technologies, and intelligent energy management capabilities designed to enhance renewable integration and grid stability. The latest solutions reflect growing demand for flexible and scalable storage technologies capable of supporting diverse energy transition requirements.

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Growatt Highlights Hybrid Solar as the Future of Energy Systems

Growatt is reinforcing the industry’s shift toward hybrid solar solutions that combine solar generation, battery storage, and intelligent energy management. As energy consumers increasingly seek greater resilience, flexibility, and cost savings, hybrid systems are becoming a preferred solution across residential, commercial, and industrial sectors. The company’s latest focus reflects a broader market trend toward integrated energy ecosystems that maximize renewable energy utilization.

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UTL Solar Targets Large C&I Projects with New 350kW Inverter

UTL Solar has launched a 350kW on-grid inverter aimed at India’s growing commercial and industrial solar segment. Designed for large-scale applications, the inverter supports 1500V architecture, multiple MPPT channels, and compatibility with modern high-power modules. With efficiency exceeding 99%, the product is expected to help developers optimize energy generation, improve system performance, and enhance the long-term economics of large solar installations.

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Explained: Human Errors In Solar Plant O&M: Lessons From Real-World Case Studies And Risk Reduction Strategies

By
Mohan Gupta
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0
Three technicians in orange safety vests and helmets inspecting and cleaning solar panels outdoors
Technicians perform inspection and cleaning on solar panels at a solar farm

Human errors remain one of the most underestimated challenges in the operation and maintenance (O&M) of solar power plants. While technological advancements have improved the efficiency and reliability of photovoltaic (PV) systems, studies show that a significant percentage of plant downtime, energy losses, and safety incidents can be traced back to human mistakes. As solar installations continue to expand globally, reducing operational risks caused by human error has become essential for maximizing plant performance and return on investment.

Several industry case studies highlight the impact of such errors. In a utility-scale solar plant in India, technicians failed to properly tighten DC cable terminations during routine maintenance. Over time, the loose connections created hotspots, resulting in connector failures and energy losses exceeding 3% of annual generation. Thermal imaging inspections later revealed abnormal temperature rises at multiple connection points, demonstrating how a simple maintenance oversight can lead to substantial financial losses.

Another case involved an operational solar farm in the Middle East where incorrect inverter parameter settings were uploaded during a software update. The altered settings caused frequent inverter tripping during peak irradiance conditions, reducing plant availability for several weeks. Engineers eventually identified the issue through SCADA data analysis and restored the original configuration. The incident highlighted the importance of change-management procedures and verification protocols before implementing software modifications.

Human error is also a major contributor to safety incidents. A European solar facility reported an electrical arc flash event after maintenance personnel failed to follow lockout-tagout (LOTO) procedures before servicing energized equipment. Although no fatalities occurred, the incident caused equipment damage and operational disruption. Such events emphasize the need for strict compliance with safety standards and continuous workforce training.

Research indicates that most human errors in solar O&M fall into several categories: inadequate training, procedural violations, communication failures, poor documentation, and fatigue-related mistakes. In large utility-scale projects, technicians often manage thousands of modules, string combiner boxes, inverters, transformers, and monitoring systems. Without standardized operating procedures, even experienced personnel can overlook critical maintenance tasks.

Technical tools are increasingly being used to reduce these risks. Supervisory Control and Data Acquisition (SCADA) systems provide real-time monitoring and automated alarms that help operators identify abnormalities before they escalate. Drone-based thermography enables rapid detection of hotspots, module defects, and connection issues without requiring extensive manual inspections. Artificial Intelligence (AI) and predictive analytics are also being integrated into solar asset management platforms to identify patterns that may indicate human-induced operational problems.

Risk reduction strategies should focus on both technology and workforce development. Regular technical training programs, certification requirements, and competency assessments can improve operator performance. Digital maintenance checklists and mobile inspection applications help ensure procedural consistency. Establishing a robust Quality Assurance and Quality Control (QA/QC) framework can further minimize maintenance-related errors. Additionally, adopting international standards such as IEC guidelines and implementing root-cause analysis after every major incident can strengthen organizational learning.

As solar power becomes a cornerstone of the global energy transition, operational excellence is critical for long-term project success. While advanced technologies continue to improve plant reliability, human performance remains a decisive factor. By combining skilled personnel, standardized procedures, data-driven monitoring, and continuous improvement practices, solar plant operators can significantly reduce human errors, enhance safety, and maximize energy generation throughout the asset lifecycle.

Vehicle-Integrated Solar Technology Could Cut Europe’s Grid Demand by 15.6 TWh Annually

By
Sangita Shetty
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1
Electric delivery vans with solar panels parked at a logistics hub with solar panels on the warehouse roof
An eco-friendly logistics hub with electric vans and solar panels in operation

Vehicle-Integrated Photovoltaics (VIPV) could play a significant role in reducing electricity demand from the grid while accelerating the decarbonization of the transport sector, according to findings from the European research project SolarMoves.

Led by TNO in collaboration with Fraunhofer ISE, Sono Motors, IM Efficiency, and Lightyear, the project evaluated the performance of solar modules integrated directly into vehicles. By incorporating photovoltaic panels into vehicle roofs, hoods, and side surfaces, VIPV technology enables vehicles to generate electricity where it is consumed, reducing reliance on external charging infrastructure and grid-supplied power.

According to the study, passenger vehicles in Central Europe could generate up to 55% of their annual energy requirements through integrated solar panels, while vehicles operating in Southern Europe could meet as much as 80% of their energy needs. Researchers analyzed data from 23 vehicle categories, ranging from compact passenger cars to heavy-duty trucks, using information collected from more than 1.3 million kilometers of real-world driving alongside satellite and meteorological datasets.

Beyond individual vehicle benefits, the research highlights a broader system-level impact. The SolarMoves team estimates that if all new vehicles sold in Europe between 2024 and 2030 incorporated VIPV technology, electricity demand from the European grid could be reduced by approximately 15.6 terawatt-hours annually by 2030. This reduction is comparable to the yearly electricity generation of around 2,200 onshore wind turbines rated at 3 MW each.

The logistics sector emerged as a particularly promising application area. Solar-equipped delivery vans, trucks, and trailers can use onboard solar generation to power refrigeration, heating, hydraulic systems, and auxiliary equipment, while extending vehicle range and lowering operating costs.

Based on its findings, the consortium has recommended integrating VIPV into vehicle efficiency standards and European renewable energy policies to support wider adoption across the mobility sector.

South Africa Launches PtX Development Standard To Accelerate Green Hydrogen Investment

By
Mohan Gupta
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0
Representational image. Credit: Canva

South Africa has launched a new national framework known as the PtX Project Development Standard (PtX PDS) to accelerate the development of green hydrogen and Power-to-X projects across the country. The initiative is aimed at helping clean energy projects demonstrate their readiness for commercial investment and creating a stronger pipeline of bankable renewable energy ventures.

The framework has been introduced jointly by the Department of Electricity and Energy and the Department of Trade, Industry, and Competition. Its implementation is being managed by a dedicated program management office operating within the Industrial Development Corporation. Through this initiative, the government seeks to improve project transparency, attract investment, and strengthen the country’s position in the emerging global green hydrogen market.

South Africa is widely regarded as a promising location for green hydrogen production due to its abundant renewable energy resources, established industrial base, and strategic logistics infrastructure. The new standard provides project developers with a structured and transparent process to assess and demonstrate the technical, financial, and commercial maturity of their projects. By doing so, developers can present their projects more effectively to investors, lenders, and development finance institutions.

A key feature of the PtX PDS is its simple assessment process. Developers can complete a questionnaire in less than an hour, allowing them to quickly evaluate their projects and submit information through a centralized platform. The framework is designed to reduce complexity while providing investors with reliable information about project readiness and investment potential.

The initiative also serves as a common reference point for government agencies, project developers, and private financiers. By creating a standardized evaluation system, it helps close information gaps and improve communication among stakeholders. The platform maintains data confidentiality among trusted partners, helping build confidence and trust throughout the sector.

In addition to supporting investment decisions, the framework provides the government with valuable insights into the development of the green hydrogen industry. Authorities can use the collected information to identify major infrastructure challenges, including water supply limitations, electricity grid access, permitting bottlenecks, and port capacity requirements. This information can support better planning and policy development.

The project has received support from international organizations. GIZ South Africa contributed to improving transparency within the sector, while the United Nations Industrial Development Organization (UNIDO) helped develop scoring methodologies and connected local stakeholders with international experts.

The PtX Project Development Standard is expected to play an important role in South Africa’s broader economic and energy transition goals. It supports efforts to reduce industrial emissions, create employment opportunities, develop specialized skills, and advance the country’s Just Energy Transition Investment Plan. The framework may also serve as a model for other African countries seeking to develop clean energy industries and attract foreign investment.

Mauritius Launches 220 MW Solar And Storage Tender To Accelerate Renewable Energy Transition

By
Mohan Gupta
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0
Representational image. Credit: Canva

Mauritius has taken a significant step toward strengthening its renewable energy sector by launching a 220-megawatt (MW) renewable energy tender aimed at reducing the country’s dependence on imported fossil fuels. The initiative forms part of the island nation’s broader strategy to increase the share of clean energy in its electricity mix and improve long-term energy security.

The new tender covers 13 locations across Mauritius and combines solar power generation with battery energy storage systems. This integrated approach is expected to provide a more reliable and stable electricity supply by storing excess solar energy for use when sunlight is unavailable. The project has been divided into ten smaller solar installations with a capacity of 10 MW each and three larger projects with a capacity of 40 MW each.

The tender is an important component of Mauritius’ larger renewable energy development pipeline, which totals 405 MW. Through these projects, the government aims to achieve its target of generating 60 percent of the country’s electricity from renewable energy sources by 2030. The transition is expected to reduce carbon emissions while helping the nation become less vulnerable to fluctuations in international oil prices.

A key highlight of the tender is the introduction of a new digital procurement platform called the e-Marketplace. The platform was developed through collaboration between the World Bank and the International Solar Alliance. It has been designed to simplify the bidding process, improve transparency, and create a more efficient framework for renewable energy project procurement.

According to stakeholders, the digital platform will help increase investor confidence by offering greater visibility and accountability throughout the tendering process. This is particularly important for small island developing states, which often face challenges in attracting large-scale renewable energy investments due to financial and structural constraints.

The e-Marketplace is being described as the first integrated digital procurement platform specifically created to address these challenges and support renewable energy development in island economies. By streamlining project procurement and improving access to investment opportunities, the platform is expected to encourage greater participation from private sector developers and financiers.

Government officials believe that the initiative will accelerate the deployment of solar infrastructure across Mauritius while supporting sustainable economic growth. The combination of large-scale renewable energy development, battery storage integration, and digital procurement innovation positions Mauritius as a leading example for other island nations seeking to advance their clean energy ambitions and strengthen energy resilience.

European Bank For Reconstruction And Development Provides €18 Million Financing Package To Expand Business And Housing Finance In Montenegro

By
S.S. Dev
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0

The European Bank for Reconstruction and Development (EBRD) has announced an €18 million financing package for NLB Banka AD Podgorica (NLB), aimed at expanding access to finance for businesses and households across Montenegro. The funding is designed to support entrepreneurship, improve financial inclusion, encourage sustainable investments, and strengthen the country’s economic resilience.

The financing package consists of four senior unsecured loans tailored to different segments of the economy. It includes a €7 million loan dedicated to small and medium-sized enterprises (SMEs), a €2 million Women in Business loan, a €2 million Youth in Business loan, and a €7 million mortgage loan. Together, these facilities are intended to help businesses grow and improve competitiveness while also providing greater access to funding for women entrepreneurs, young business owners, and households seeking long-term housing finance.

A portion of the financing will be supported by the European Union through the European Fund for Sustainable Development Plus (EFSD+). This support will be provided in the form of risk-sharing instruments, enabling NLB to extend financing to market segments that have traditionally faced greater challenges in accessing credit, particularly women-led and youth-led businesses.

In addition to financial support, the programme will include advisory services and capacity-building initiatives to help the bank further develop inclusive financial products and strengthen its ability to serve a broader range of customers.The financing package also aligns with Montenegro’s sustainability goals and is expected to contribute to the country’s green transition.

Part of the funding will be directed toward energy-efficient investments and green mortgage products, supporting projects that reduce energy consumption, lower greenhouse gas emissions, and improve the environmental performance of residential and commercial properties. These investments are expected to promote sustainable economic growth while helping households and businesses reduce long-term energy costs.

Remon Zakaria, EBRD Head of Montenegro, highlighted the importance of the partnership between the EBRD, NLB Banka AD Podgorica, the European Union, and bilateral donors in delivering practical support to the country. He noted that the financing package will help widen access to finance for entrepreneurs, women, and young people, while also enabling households to invest in better and more affordable housing.

According to Zakaria, the combination of EBRD financing, NLB’s extensive local presence, and EU-backed risk-sharing mechanisms will contribute to building a more inclusive, environmentally sustainable, and resilient Montenegrin economy.Martin Leberle, President of the Management Board of NLB, emphasized that the bank’s long-standing partnership with the EBRD is based on a shared commitment to supporting Montenegro’s development.

He described the €18 million package as a significant step that will allow the bank to expand financing opportunities for SMEs while introducing new possibilities for women and young entrepreneurs. Leberle noted that the Youth in Business credit line is the first programme of its kind in Montenegro’s banking sector and will provide dedicated support to younger business owners seeking to establish and grow their enterprises.

He also stated that the financing will contribute to the country’s green transition and support improvements in housing conditions, both of which are important for Montenegro’s long-term economic development. According to Leberle, cooperation with the EBRD and the European Union not only expands access to financing but also helps strengthen the bank’s expertise and ability to deliver sustainable financial solutions to its clients.

Bernard Brunet, Head of Cooperation at the European Union Delegation to Montenegro, stressed the importance of developing a dynamic and competitive private sector as Montenegro progresses toward European Union membership and future integration into the EU Single Market. He noted that access to a market of more than 450 million consumers presents significant opportunities for Montenegrin businesses, but that companies must have sufficient financial resources to innovate, adapt, and expand.

Brunet highlighted the role of EU guarantees in supporting local banks and enabling them to provide stronger backing to domestic businesses, particularly those operating in innovative sectors or industries that may be considered higher risk. He noted that improving access to finance for micro, small, and medium-sized enterprises is essential for strengthening competitiveness and supporting economic growth.

NLB Banka Podgorica is one of Montenegro’s leading commercial banks, with a strong presence across retail, SME, and corporate banking. The bank has maintained a long-standing partnership with the EBRD, as part of the broader collaboration between the EBRD and NLB Group throughout the Western Balkans.

This cooperation has focused on improving access to finance, promoting financial inclusion, and encouraging the adoption of international best practices within the banking sector.The latest financing package also reflects the EBRD’s broader commitment to Montenegro’s economic development.

Since beginning operations in the country, the Bank has invested nearly €1.1 billion across 110 projects, supporting infrastructure development, private-sector growth, sustainability initiatives, and regional economic integration. Through investments such as this one, the EBRD continues to play a key role in helping Montenegro build a more competitive, inclusive, and sustainable economy.

Keppel Ltd. Launches Singapore’s First Hydrogen-Compatible Power Plant With 600 MW Capacity

By
S.S. Dev
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0
Representational image. Credit: Canva

Keppel Ltd. has announced the commencement of commercial operations at the Keppel Sakra Cogen (KSC) Plant, marking the launch of Singapore’s first hydrogen-compatible combined cycle power plant. The 600 MW combined cycle gas turbine (CCGT) facility significantly expands Keppel’s power generation portfolio, increasing its total power capacity by approximately 45%.

The addition comes at a time when Singapore is experiencing growing electricity demand driven by digitalisation, artificial intelligence (AI), advanced manufacturing, and other energy-intensive industries, while also placing greater emphasis on energy security and system resilience.The KSC plant has been designed with future energy transition goals in mind.

At the start of operations, it is capable of co-combusting up to 30% hydrogen with natural gas, providing flexibility as Singapore and the region gradually adopt lower-carbon fuels. Although the plant currently operates on natural gas, it has been built with the capability to be modified in the future to run entirely on low-carbon hydrogen as hydrogen production and supply infrastructure become more widely available.

The facility incorporates advanced combined cycle gas turbine technology, making it one of the most efficient power plants in Singapore. Compared with many existing generation assets in the country, the plant is able to produce electricity more efficiently while providing reliable baseload power to support the national grid. It also retains the flexibility to switch to fuel oil if necessary, ensuring continued operational reliability under different energy supply conditions.With the addition of the KSC plant, Keppel’s total power generation capacity, together with the Keppel Merlimau Cogen Plant, now stands at approximately 1,900 MW.

This capacity is further supported by up to 200 MW of imported low-carbon electricity through the Laos-Thailand-Malaysia-Singapore Power Integration Project. These resources strengthen Keppel’s ability to meet Singapore’s growing energy requirements, particularly from sectors such as semiconductors, data centres, digital infrastructure, and AI-related developments.Commenting on the milestone, Cindy Lim, CEO of Keppel’s Infrastructure Division, said the launch of commercial operations at the KSC plant represents an important step forward for both Keppel and Singapore’s energy transition efforts.

She noted that the addition of highly efficient and hydrogen-compatible generation capacity enhances the country’s energy security and strengthens the resilience of its power system at a time of rising electricity demand. She also highlighted that KSC, as Singapore’s first hydrogen-compatible CCGT plant and one of its most efficient power generation facilities, improves Keppel’s ability to offer competitive and reliable long-term energy solutions to commercial and industrial customers.

Lim added that the plant has already secured contracts covering its generation capacity for both 2026 and 2027. As a result, KSC is expected to contribute positively to Keppel’s recurring income streams while positioning the company to benefit from future opportunities linked to the transition toward a lower-carbon energy system.Puah Kok Keong, Chief Executive of Singapore’s Energy Market Authority (EMA), emphasised the important role of combined cycle power plants in ensuring a stable electricity supply as Singapore progresses toward cleaner energy sources.

He stated that expanding power generation capacity remains necessary to meet the country’s growing energy needs and noted that the hydrogen-compatible design and higher efficiency of the KSC plant will support Singapore’s lower-carbon ambitions while maintaining the reliability and resilience of its electricity network.The ownership structure of the project also reflects Keppel’s integrated asset management approach.

The KSC plant is 70% owned by the Keppel Asia Infrastructure Fund, the company’s flagship infrastructure fund, while Keppel retains a 30% stake. The project demonstrates Keppel’s ability to originate, develop, operate, and scale strategic infrastructure assets through its asset-light business model.Beyond increasing power generation capacity, the facility is expected to deliver meaningful environmental benefits.

Thanks to its advanced design and operational efficiency, the KSC plant can reduce carbon emissions by up to 220,000 tonnes of CO₂ annually when compared with Singapore’s average operating efficiency for equivalent power generation. This reduction is roughly equivalent to removing approximately 47,000 cars from the roads each year, further supporting Singapore’s long-term sustainability and decarbonisation objectives.

South Korea Plans Major Renewable Energy Market Reform With New Auction-Based System

By
Mohan Gupta
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0
Representational image. Credit: Canva

The Korea Energy Agency (KEA) has unveiled a major proposal to transform South Korea’s renewable energy sector as part of the country’s efforts to achieve 100 GW of renewable energy capacity by 2030. The agency plans to gradually replace the existing Renewable Portfolio Standard (RPS) system with a government-led contract market that will operate through competitive and technology-specific auctions.

According to the KEA, the current RPS framework has faced several challenges in recent years. Under the existing mechanism, large electricity producers are required to meet renewable energy obligations. However, many companies have chosen to purchase Renewable Energy Certificates (RECs) instead of directly investing in new renewable energy projects. This trend has resulted in increased dependence on smaller-scale developments, slower renewable energy expansion, and rising compliance costs for market participants.

To address these issues, the agency is proposing an auction-based model. Under the new system, renewable energy developers will compete in government-organized auctions. Successful bidders will be awarded long-term power contracts with the state-owned Korea Electric Power Corporation (KEPCO). These long-term agreements are expected to provide stable revenue streams, making it easier for developers to secure financing and invest in larger renewable energy projects.

The proposed reforms also introduce changes for small-scale and community-based renewable energy projects. The threshold for small-scale project participation will be increased from 100 kilowatts to less than 1 megawatt. Community-owned renewable energy projects will receive dedicated purchasing channels to encourage local participation and investment. Meanwhile, projects larger than 1 megawatt will be encouraged to collaborate through virtual power plant systems to improve efficiency and grid integration.

In addition, the KEA plans to impose stricter requirements on both public and private power generation companies. Under the proposed framework, generators will need to meet renewable energy obligations through direct ownership or financial investment in renewable energy projects rather than relying solely on certificate purchases.

A significant aspect of the reform is the gradual elimination of the tradable REC market. After 2026, no new Renewable Energy Certificates will be issued. From 2027 onward, all new renewable energy projects will be required to participate in the auction-based system. Existing certificates will be renamed Generation Information Certificates and will be used only for tracking and verifying renewable energy generation, including for companies pursuing RE100 commitments.

The KEA aims to complete the necessary legal amendments during 2026 and launch the new auction market in 2027. The agency believes the reforms will help reduce renewable energy costs, encourage greater community participation, and support the growth of South Korea’s domestic solar and wind manufacturing industries.

Malaysia Launches Largest-Ever 2 GW Solar Tender With Mandatory Battery Storage Requirement

By
Mohan Gupta
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0
Representational image. Credit: Canva

Malaysia is set to launch its largest-ever solar energy tender as part of its ongoing efforts to accelerate the transition toward cleaner energy. The new bidding round, known as Large Scale Solar 6 (LSS6), will offer 2,000 MW (2 GW) of solar power capacity, making it the biggest solar tender in the country’s history.

A key feature of the LSS6 program is the mandatory inclusion of Battery Energy Storage Systems (BESS) in all new solar projects. The government has made it clear that developers participating in the tender must integrate battery storage facilities alongside their solar installations. This requirement represents a major shift in Malaysia’s renewable energy strategy and highlights the growing importance of energy storage in modern power systems.

Deputy Prime Minister Datuk Seri Fadillah Yusof stated that the inclusion of battery storage is essential for improving the reliability and stability of the national electricity grid. Since solar power generation depends on sunlight, electricity production can fluctuate throughout the day and during different weather conditions. Battery systems can store excess energy generated during peak sunlight hours and release it when solar generation declines, ensuring a more consistent supply of electricity.

The move is also expected to help Malaysia accommodate a larger share of renewable energy in its power mix while maintaining grid security. Energy storage technology is increasingly being recognized as a critical component in supporting renewable energy expansion worldwide.

The LSS6 initiative aligns with Malaysia’s broader National Energy Transition Roadmap (NETR), which outlines the country’s long-term plans for a cleaner and more sustainable energy sector. One of the key programs under this roadmap is the My Battery Energy Storage System (MyBeST) initiative, overseen by the Energy Commission.

Launched in late 2024, the MyBeST program aims to develop 400 MW of battery capacity and 1,600 MWh of energy storage across four major projects in Peninsular Malaysia. These projects are expected to strengthen grid resilience and support the integration of renewable energy sources.

The government’s focus on combining solar generation with battery storage comes amid concerns over energy security and grid reliability. Authorities have previously discussed accelerating future solar tender rounds to address these challenges. However, the immediate priority remains the successful implementation of the LSS6 program.

Malaysia views the integration of solar energy and battery storage as a crucial step toward building a stronger green economy. According to government estimates, the country’s energy transition initiatives could attract investments of up to 1.3 trillion Malaysian ringgit by 2050, creating significant economic and environmental benefits.

UERC Extends Solar PV Tariffs for FY 2026-27, Introduces BESS Cost Norms in Uttarakhand

By
Kavitha
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0
Representational image. Credit: Canva

The Uttarakhand Electricity Regulatory Commission (UERC) has extended generic tariffs and benchmark capital cost norms for solar photovoltaic (PV) projects to be commissioned during FY 2026-27, providing continued regulatory certainty for renewable energy developers in the state.

Under the revised framework, UERC has retained tariff structures for various solar technologies, including ground-mounted, canal-bank, canal-top, and solar thermal projects, while updating benchmark capital costs to reflect prevailing market conditions. The move is aimed at supporting ongoing solar capacity additions and facilitating project planning and financing across Uttarakhand’s renewable energy sector.

In a significant development, the Commission has also introduced benchmark cost norms and storage charges for Battery Energy Storage Systems (BESS), marking a step toward integrating energy storage into the state’s renewable energy ecosystem. The framework establishes cost parameters for battery storage projects and provides a mechanism for determining storage-related charges.

The inclusion of BESS-specific regulations reflects the growing importance of energy storage in supporting grid stability, managing peak demand, and enabling higher penetration of renewable energy sources. As solar and other renewable technologies continue to expand, battery storage is increasingly viewed as a critical component for ensuring reliable and dispatchable clean power.

The revised tariff and cost norms are expected to provide greater clarity for developers, investors, and utilities while supporting Uttarakhand’s broader clean energy objectives. The regulatory framework also aligns with emerging national trends that encourage the deployment of solar-plus-storage projects to enhance grid flexibility and energy security.

With the latest order, Uttarakhand is not only extending support for solar power development but also laying the foundation for future renewable energy projects that incorporate battery storage, strengthening the state’s long-term energy transition strategy.

Recurrent Energy Inaugurates 420 MW Rey Solar Project In Spain To Power More Than 275,000 Homes

By
S.S. Dev
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0
Representational image. Credit: Canva

Recurrent Energy, a subsidiary of Canadian Solar and a global developer, owner, and operator of solar and energy storage projects, has officially inaugurated the Rey Solar project, a large-scale photovoltaic power plant located in Carmona, in Spain’s Seville province. The facility reached commercial operation in December 2025 and represents one of the region’s significant renewable energy developments.

The inauguration ceremony was attended by several government and industry representatives, including Jorge Paradela, Acting Regional Minister of Industry, Energy and Mines of the Junta de Andalucía; Juan Ávila, Mayor of Carmona; and Ismael Guerrero, CEO of Recurrent Energy. The event also brought together institutional stakeholders, project partners, and members of the local community to mark the project’s official launch.

Rey Solar has an installed capacity of more than 420 MWp, making it a major contributor to Spain’s renewable energy generation capacity. The facility is expected to produce approximately 916,000 MWh of clean electricity annually, enough to meet the energy needs of more than 275,000 households. By replacing electricity that would otherwise be generated from conventional sources, the project is expected to prevent around 184,000 tonnes of carbon dioxide emissions each year.

This environmental benefit is comparable to removing approximately 25,000 combustion-engine vehicles from the roads annually.Beyond its contribution to clean energy generation, the project has been designed to deliver long-term economic and social value to the local community. Through its Community Care program, Recurrent Energy has established a partnership with Carmona Town Council aimed at supporting community development initiatives and improving local infrastructure, services, and public spaces.

As part of this collaboration, the company has invested in educational improvements across the municipality. A total of 14 educational institutions have benefited from equipment donations and facility enhancements designed to improve learning environments. These institutions include nine schools, two centers serving people with disabilities, and three adult education institutes.

The initiative reflects the company’s broader commitment to ensuring that the benefits of renewable energy projects extend beyond electricity generation and contribute directly to local social development.The Rey Solar project has also created significant employment opportunities during both its construction and operational phases. The development generated a range of direct and indirect jobs, supporting economic activity in the region and providing valuable opportunities for local workers.

Recurrent Energy placed particular emphasis on local hiring throughout the project, working closely with training centers and educational institutions to help develop workforce skills. By promoting practical learning opportunities and on-the-job training, the company has contributed to strengthening local expertise in the renewable energy sector while supporting long-term employability in the region.

The project demonstrates how large-scale renewable energy developments can create multiple forms of value, combining clean electricity generation with environmental benefits, community investment, workforce development, and local economic growth. Through initiatives such as Rey Solar, Recurrent Energy continues to support Spain’s energy transition while fostering sustainable development in the communities where it operates.

With its substantial generation capacity, significant carbon reduction potential, and strong focus on community engagement, the Rey Solar project represents an important addition to Spain’s renewable energy infrastructure and highlights the growing role of utility-scale solar power in supporting the country’s climate and energy goals.

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