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Fox ESS P100: BEST Choice For Your Home

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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

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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

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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!

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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

Morocco Launches 350 MW NOOR PV Multisites Solar Programme With November 30, 2026, Prequalification Deadline

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Representational image. Credit: Canva

Morocco has launched a recruitment process inviting qualified contractors to participate in its NOOR PV Multisites programme, a large-scale solar power initiative aimed at expanding renewable electricity generation across the country. The programme will involve the development of multiple utility-scale solar photovoltaic projects with a combined capacity of at least 350 megawatts (MW).

The initiative will cover five regions: Casablanca-Settat, Béni Mellal-Khénifra, Marrakech-Safi, Souss-Massa, and Guelmim-Oued Noun. Under the programme, between four and six ground-mounted solar power plants are planned, with individual project capacities ranging from 40 MW to 170 MW. The projects are expected to contribute to Morocco’s renewable energy expansion while creating opportunities for contractors involved in solar project development, construction, and operations.

The government has adopted a two-stage competitive procurement process to select companies for the programme. During the first stage, interested contractors and consortiums must submit applications for prequalification. Applicants will be assessed on their financial strength, technical expertise, and ability to undertake projects of this scale.

Companies that successfully qualify will proceed to the second stage, where they will be invited to submit detailed technical and commercial proposals. The procurement process will cover engineering, procurement and construction (EPC), as well as long-term operation and maintenance services. This structure is intended to ensure that selected contractors have the necessary resources and experience to deliver and maintain the solar facilities.

The deadline for submitting prequalification applications is November 30, 2026. Following the evaluation of applications, authorities expect to issue requests for proposals towards the end of 2026 or in early 2027. Final bids are anticipated by March 2027, while construction is tentatively scheduled to begin in the second quarter of 2027.

The planned construction period is approximately 18 months. Based on this schedule, the solar facilities could begin commercial operations in late 2028 or early 2029, subject to project execution and commissioning timelines.

A special purpose company established by a subsidiary of the Moroccan Agency for Sustainable Energy (Masen) will serve as the main contracting entity for the programme. The entity will enter into long-term power purchase agreements with the National Office of Electricity and Drinking Water. These agreements are expected to span 25 to 30 years, providing a long-term framework for electricity procurement from the solar projects.

The NOOR PV Multisites programme forms part of Morocco’s broader strategy to increase renewable energy deployment and reduce reliance on conventional electricity generation sources. The country aims to raise the share of renewable energy in its overall electricity generation capacity to 52% by 2030.

Through the programme, Morocco plans to expand its solar infrastructure across several regions while attracting experienced contractors for project delivery and long-term operations.

HELLENiQ ENERGY Commissions 100 MW/200 MWh Battery Storage Park In Greece With €50 Million Investment

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HELLENiQ ENERGY has brought its first Battery Energy Storage System (BESS) into operation at its Thessaloniki Industrial Facilities in Greece, marking a significant step in the company’s strategy to expand its renewable energy and electricity storage business. Developed by HELLENiQ Renewables, the facility has an installed power capacity of 100 MW and a storage capacity of 200 MWh. The investment is valued at approximately €50 million.

The project is among the largest electricity storage facilities developed in Greece and Southeast Europe. It is designed to improve the utilisation of renewable electricity, reduce energy curtailment and provide flexibility and balancing services to Greece’s National Electricity Transmission System.

The battery park enables surplus renewable electricity to be stored when generation exceeds demand and released when consumption increases. This will help improve power system efficiency, strengthen grid reliability and create additional capacity for integrating new renewable energy projects into the national electricity network.

Sotiris Kapellos, CEO of HELLENiQ Renewables, said the company had developed a portfolio of renewable energy and battery storage projects exceeding 6 GW through investments across Greece and Southeast Europe. More than 700 MW of this portfolio is already operational, according to the company. He highlighted electricity storage as a critical component of future energy systems, supporting renewable energy integration, reducing curtailment and improving energy affordability over time.

The Thessaloniki facility is expected to complete at least one full charging and discharging cycle daily, storing more than 200 MWh of electricity. The company said this volume is equivalent to fully charging approximately 3,000 electric vehicles each day, illustrating the potential contribution of large-scale batteries to the more efficient use of clean electricity.

Developed across approximately 100,000 square metres, the project comprises three battery storage systems using lithium iron phosphate (LFP) technology with liquid cooling. The facility also includes the necessary grid connection infrastructure, including a new 33/150 kV step-up substation and an underground high-voltage transmission line extending approximately five kilometres to the Thessaloniki Extra-High Voltage Centre.

Construction created around 100 direct jobs and supported regional economic activity through cooperation with local businesses and suppliers. The project was selected through the first competitive tender process conducted by Greece’s Regulatory Authority for Waste, Energy and Water (RAAEY) for energy storage systems. It was implemented under the country’s National Recovery and Resilience Plan, Greece 2.0, with funding from the European Union’s NextGenerationEU programme.

HELLENiQ ENERGY is also preparing its second storage project in Florina, Greece, which is expected to be completed soon. The facility will have a power capacity of 50 MW and storage capacity of 200 MWh.

George Alexopoulos, Deputy CEO of HELLENiQ ENERGY, said the project supports the group’s strategy to establish a strong integrated electricity and renewables business.

The company’s renewable energy and storage development portfolio exceeds 6 GW, including more than 1 GW of storage projects across Greece, Romania, Cyprus and Bulgaria. HELLENiQ ENERGY aims to achieve 1.5 GW of operational renewable energy capacity by 2028 and more than 2 GW by 2030, with investments spanning solar, wind and battery storage.

Vikram Solar Secures 187 MW Module Supply Order for Karnataka and Tamil Nadu Projects

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Representational image. Credit: Canva

Vikram Solar has secured a 187 MW module supply order from a prominent renewable energy developer for utility-scale solar projects across three sites in Karnataka and Tamil Nadu. The order strengthens the company’s position in India’s solar manufacturing sector and reflects continued demand for high-efficiency photovoltaic modules from large renewable energy developers.

Under the agreement, Vikram Solar will supply its N-Type TOPCon G12R solar modules, featuring individual power ratings ranging from 615 Wp to 625 Wp. The modules incorporate glass-to-glass construction and bifacial technology, designed to support improved energy generation, durability and long-term performance in utility-scale solar installations.

The latest contract builds on an existing partnership between Vikram Solar and the renewable energy developer. The continued engagement highlights the developer’s confidence in the company’s manufacturing capabilities, product quality and ability to execute large-scale module supply commitments.

The order also adds to Vikram Solar’s growing order book as the company continues to expand its presence in India’s renewable energy market. With utility-scale solar projects driving demand for advanced photovoltaic technologies, manufacturers are increasingly focusing on high-efficiency modules that can deliver improved performance and reliability over their operational lifetimes.

Commenting on the development, Sameer Nagpal, Chief Executive Officer of Vikram Solar, said the solar industry is increasingly adopting technologies that offer long-term value, reliability and superior performance. He reiterated the company’s commitment to maintaining high manufacturing standards and strengthening its technological capabilities to meet the changing requirements of the renewable energy sector.

India is continuing to expand its renewable energy infrastructure to support its target of achieving 500 GW of non-fossil energy capacity. Solar power remains a key contributor to this transition, with large-scale projects and growing demand for domestically manufactured modules supporting the development of the sector.

Vikram Solar’s latest 187 MW order comes amid ongoing investments in high-efficiency solar cell and module manufacturing. Through its product development initiatives and partnerships with major renewable energy developers, the company aims to support the deployment of utility-scale solar projects and contribute to India’s broader clean energy ambitions.

Recurrent Energy Begins Operations at 200 MWp Villameca Solar Project in Spain

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Recurrent Energy, a subsidiary of Canadian Solar Inc., has commenced commercial operations at its 200 MWp Villameca solar photovoltaic project in Spain’s Castilla y León region. The project is expected to strengthen the company’s renewable energy portfolio in Spain and contribute to the country’s clean energy transition.

The Villameca solar project is expected to generate approximately 359,172 MWh of clean electricity annually, enough to meet the electricity needs of more than 100,000 homes. It is also projected to avoid around 57,000 tonnes of carbon dioxide emissions each year. This reduction is equivalent to removing more than 12,000 internal combustion engine vehicles from the roads.

With the completion of Villameca, Recurrent Energy continues to expand its solar energy operations in Spain. The company has also recently inaugurated the 426 MWp Rey Solar project in Andalucía. In addition, its 315 MWp Tordesillas project in Castilla y León is expected to be connected to the grid later this year. Together, these three projects are expected to bring the company’s total operational solar capacity in Spain to approximately 1 GW by the end of 2026.

Dylan Marx, CEO of Recurrent Energy, said that the start of commercial operations at Villameca represents an important milestone for the company and strengthens its position in the European market. He also highlighted the company’s commitment to delivering long-term value to local communities and maintaining high standards for social responsibility and biodiversity protection.

During its permitting and construction phases, Villameca received the Union Española Fotovoltaica (UNEF) Seal of Excellence. The recognition reflects the project’s development in accordance with sustainability standards.

Through its Community CaRE programme, Recurrent Energy has supported local development through community facilities, educational improvements and social initiatives. The project also incorporates biodiversity measures, including habitat restoration, native vegetation planting and wildlife protection. These initiatives include nesting structures, bat boxes and insect hotels designed to support local ecosystems.

The company also plans to integrate battery energy storage systems into the Villameca project. The proposed hybridisation is expected to improve grid stability and support further decarbonisation by combining solar generation with energy storage.

Recurrent Energy has also announced the grid connection of Montalto La Viola, one of Italy’s first solar-plus-storage hybrid projects. These developments highlight the company’s continued focus on expanding integrated renewable energy solutions across Europe.

Akamai Signs 13 MWp Rooftop Solar Power Agreement With EDP APAC In Singapore

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EDP APAC, the Asia-Pacific division of global renewable energy company EDP, has secured a virtual power purchase agreement (VPPA) with Akamai Technologies in Singapore. The agreement marks Akamai’s first renewable energy commitment in the Asia-Pacific region and represents a significant step in the company’s efforts to reduce the environmental impact of its expanding digital infrastructure.

Under the agreement, Akamai will purchase renewable electricity generated by a portfolio of rooftop solar installations across 27 operational sites in Singapore. The installations have a combined capacity of 13 megawatt-peak (MWp) and are expected to generate up to 17,000 megawatt-hours (MWh) of renewable electricity annually.

The project is also expected to avoid approximately 5,850 metric tonnes of carbon dioxide equivalent emissions each year. By sourcing locally generated solar power, the partnership aims to support Singapore’s clean energy transition while helping Akamai meet its corporate sustainability objectives.

The agreement comes amid rising electricity demand driven by the rapid expansion of artificial intelligence, cloud computing and digital services. As businesses increase their reliance on digital infrastructure, the energy required to operate data networks and related systems continues to grow. This has increased the importance of securing reliable renewable electricity to support digital expansion while limiting greenhouse gas emissions.

The rooftop solar portfolio offers a practical approach to renewable energy development in Singapore, where limited land availability presents challenges for large-scale solar projects. By using rooftops across multiple operational sites, the initiative demonstrates how urban infrastructure can contribute to clean electricity generation without requiring extensive additional land.

The project also supports Singapore’s national sustainability ambitions under the Singapore Green Plan 2030, which includes measures to expand solar energy deployment and accelerate the country’s transition towards a more sustainable economy.

For Akamai, the agreement represents an important milestone in extending its renewable energy strategy into Asia-Pacific. The company has already established renewable energy initiatives across the United States and Europe and is now expanding its efforts into another key regional market.

Akamai has set a broader corporate target of achieving 100% renewable energy usage and net-zero greenhouse gas emissions by 2030. The Singapore agreement is expected to contribute to these goals by increasing the company’s access to renewable electricity in the region.

Through its partnership with EDP APAC, Akamai is seeking to align its growing digital operations with its environmental commitments while supporting the wider adoption of solar energy in Singapore.

Afrochine Smelting Secures US$155.5 Million for 115 MW Solar Power Plant in Zimbabwe

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Zimbabwe-based ferrochrome manufacturer Afrochine Smelting has secured US$155.5 million in financing to develop a 115-megawatt clean energy plant in Selous, Zimbabwe. The project, initially planned with a capacity of 100 MW, was expanded to 115 MW before reaching financial close. The facility is expected to provide a reliable electricity supply for the company’s industrial operations and strengthen energy security.

The project is being developed in partnership with African Transmission Corporation through its subsidiary, Centrachine. The financing arrangement includes an US$87.5 million long-term loan managed by the Trade and Development Bank, a US$65 million bridge facility provided by Sinohydro Leasing International, and a US$3 million facility backed by Old Mutual through FBC Bank.

The project has also received Prescribed Asset Status from Zimbabwean regulators. This designation allows local pension funds and financial institutions to participate in financing the development, supporting the mobilisation of domestic capital for energy infrastructure.

Zhejiang Dinson Holding Group, the parent company of Afrochine Smelting, has provided a parent company guarantee to support the project. The guarantee assures lenders and the developer that electricity payments will be made on time, helping complete the financing agreement.

The proposed power plant will be located next to Afrochine’s main smelting facilities. Electricity will be delivered directly to the industrial site through a five-kilometre transmission line, reducing dependence on the public electricity grid. Power will be purchased under a 25-year power purchase agreement denominated in US dollars, providing long-term certainty for the project and its electricity supply arrangements.

Yellow River Corporation, a subsidiary of PowerChina, has been appointed to undertake construction work. Centragrid Services will be responsible for the plant’s operations and maintenance after completion. Government officials have encouraged the project participants to accelerate construction, with the commissioning target brought forward to mid-2027.

The development forms part of Zimbabwe’s broader efforts to expand private power generation and improve electricity reliability for energy-intensive industries. The country’s dependence on hydropower makes electricity supplies vulnerable to drought and reduced water availability, which can affect generation levels.

By investing in dedicated power infrastructure, Afrochine aims to secure a more dependable electricity supply for its ferrochrome production activities. The project also highlights the growing role of private investment, long-term financing and industrial power purchase agreements in addressing electricity shortages and supporting economic activity in Zimbabwe.

EIB Global Commits €9 Billion Across 119 Projects, Boosting Africa’s Clean Energy And Infrastructure

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The European Investment Bank’s (EIB) international development arm, EIB Global, committed €9 billion to support 119 projects worldwide, with a significant share of its financing directed towards Africa. The investments focused on clean energy, healthcare, water security, climate resilience, and economic development, aiming to address critical infrastructure gaps and strengthen long-term economic growth across the continent.

In sub-Saharan Africa, the bank signed €2 billion in financing, of which 46% was allocated to climate action and environmental sustainability. The funding supported projects designed to expand access to reliable electricity, improve energy infrastructure, and accelerate the transition towards cleaner power sources.

Key energy initiatives included the expansion of a wind farm in Cabo Verde, the deployment of minigrids in Madagascar, and the development of the Mauritania Regional Transmission Corridor. These projects aim to improve electricity supply, strengthen regional power connectivity, and increase the availability of renewable energy.

In Cameroon, rural electrification initiatives supported by the bank benefited more than 1.6 million people. The projects form part of broader international efforts to expand electricity access across Africa, where millions of people continue to face limited or unreliable power supplies. EIB Global also joined the M300 initiative, which seeks to expand clean electricity access and contribute to the goal of bringing power to 300 million people across Africa by 2030.

Healthcare infrastructure and pandemic preparedness represented another major area of investment. The bank supported BioNTech’s investment in establishing an mRNA vaccine manufacturing facility in Rwanda. The initiative complements existing projects in Ghana and Senegal and aims to strengthen Africa’s capacity to manufacture vaccines locally, reduce dependence on external suppliers, and improve preparedness for future health emergencies.

Through the Human Development Accelerator and partnerships with MedAccess, EIB Global supported the availability of approximately 180 million vaccine doses annually, alongside essential medical supplies for African countries. The bank also provided a €50 million financing package to support Angola’s first national human papillomavirus (HPV) vaccination campaign. The programme aims to immunize more than two million girls against HPV, a major cause of cervical cancer.

Water infrastructure and climate resilience also received attention through investments in The Gambia, Malawi, and Guinea. These projects focused on improving drinking water production, modernizing wastewater systems, and strengthening infrastructure against climate-related challenges.

In Guinea, the AEP Grand Conakry project helped address local water shortages and improve access to drinking water. The initiative also reduced the daily burden of water collection, which often falls disproportionately on women and girls, supporting improvements in public health and household welfare.

North Africa benefited from investments in renewable energy and storage infrastructure. In Egypt, the Obelisk solar photovoltaic and battery storage project was designed to supply electricity to more than 1.3 million households. The project combines solar generation with battery storage to support electricity availability and strengthen the region’s clean energy infrastructure.

Beyond major infrastructure projects, EIB Global provided dedicated credit lines through financial intermediaries and local banks to support smallholder farmers, women-led businesses, and enterprises operating in the blue economy. These financing mechanisms helped sustain hundreds of thousands of jobs while improving access to capital for underserved businesses.

Through its investments across Africa, EIB Global continued to support energy access, healthcare, water security, and inclusive economic development. Its financing strategy combines large-scale infrastructure with targeted financial support to address development challenges and strengthen the continent’s long-term resilience.

RERC Rejects PM-KUSUM Petition To Reduce Solar CUF From 20% To 17% For Solar Projects

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The Rajasthan Electricity Regulatory Commission (RERC) has dismissed a review petition filed by M/s Kishan Urja Hitkari Samiti, an association representing renewable power generators under Component-A of the Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan (PM-KUSUM) scheme. The petition sought a revision of the levelised tariff determined under the Commission’s February 2020 order by reducing the Capacity Utilisation Factor (CUF) from 20% to 17%, in line with a subsequent regulatory order issued in October 2024 for a different phase of the scheme.

The petitioner argued that achieving a 20% CUF was difficult for solar power projects connected to rural 11 kV feeders. According to the association, grid instability, load shedding and local operating conditions affected the ability of these projects to achieve the prescribed generation levels. It maintained that generators operating under Phase-I and Phase-II of the PM-KUSUM scheme should be subject to the same CUF requirements rather than different standards.

The association also argued that solar power generation depends on the installed direct current (DC) capacity of the modules rather than the contracted alternating current (AC) capacity. It sought a review of the earlier tariff order, stating that the existing CUF requirement did not adequately reflect the operational challenges faced by generators in rural areas.

Rajasthan Urja Vikas & IT Services Ltd (RUVITL), the respondent in the matter, opposed the petition. It submitted that the review application was barred by limitation and that power purchase agreements (PPAs) already concluded for a period of 25 years could not be reopened because of regulatory changes introduced for subsequent phases of the scheme.

RUVITL also highlighted the difference in the ceiling tariffs applicable to the two phases. According to the respondent, Phase-I projects benefited from a higher ceiling tariff of ₹3.14 per unit, compared with ₹3.04 per unit for Phase-II. It argued that the petitioner could not selectively adopt a favourable parameter from a later regulatory order while retaining the benefits available under the earlier framework.

After examining the submissions and operational records, RERC concluded that the subsequent order relating to a different phase of the scheme did not constitute the discovery of new evidence required to review the earlier decision under Section 94(1)(f) of the Electricity Act, 2003. The Commission held that the regulatory change cited by the petitioner was insufficient to reopen the concluded tariff determination.

The Commission also considered generation data from rural substations, which showed that several Phase-I solar power plants had achieved annual CUFs exceeding 19% to 20%. These records did not support the argument that achieving the prescribed CUF was generally impractical for projects operating under the earlier phase.

RERC further clarified that commercial accounting and performance benchmarks must be assessed against the contracted AC capacity at the point of interconnection. It therefore rejected the petitioner’s argument that installed DC module capacity should determine normative tariff calculations.

Consequently, the Commission dismissed the review petition, finding that no sufficient grounds had been established to reconsider the February 2020 tariff order. The decision leaves the existing tariff framework and contractual arrangements for the concerned Phase-I projects unchanged.

Telangana Commission Clarifies Grid Support Charge Calculation for Captive Power Plants

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The Telangana Electricity Regulatory Commission (TERC) has clarified the method for calculating Grid Support Charges (GSC) applicable to co-located Captive Power Plants (CPPs), ruling that the charges must be based on electrical capacity rather than the total energy consumed. The Commission issued the order on October 14, 2026, in response to an interlocutory application filed by Northern Power Distribution Company of Telangana Limited (TGNPDCL).

The application sought clarification on the interpretation of a provision in the Retail Supply Tariff Order (RSTO) issued on October 28, 2024. The provision stated that Grid Support Charges should be limited to the power consumed by the co-located load. Differences arose over whether the charge should be calculated using actual electricity consumption or the operational capacity of the captive power plant.

After examining the submissions, the Commission clarified that GSC is a charge associated with electrical capacity and not the total volume of energy consumed. The underlying cost rate is determined by dividing grid maintenance expenses by the total connected capacity. Accordingly, the Commission held that the charge must be applied on a capacity basis.

The Commission directed that the chargeable capacity should be calculated by deducting the capacity supplied to third parties through Open Access arrangements and the capacity committed under Power Purchase Agreements (PPAs) with distribution licensees from the total installed capacity of the co-located captive power plant.

However, the Commission clarified that deductions for third-party Open Access supply would not apply to electricity imported by the plant owner solely for personal consumption. This distinction establishes how capacity must be assessed when determining the applicable charges for captive power facilities.

The order also specified that Grid Support Charges would apply only during periods when the captive power plant remains interconnected with the electricity grid. Plants that are completely shut down and isolated from the grid would be exempt from the charges during those periods.

The Commission also rejected objections raised by industrial respondents concerning the doctrine of functus officio and limitations on reviewing regulatory orders. It concluded that TGNPDCL had sought clarification of the existing tariff provisions rather than a substantive review of the earlier order. Therefore, the request was not subject to the strict time limits applicable to review petitions.

The clarification will apply to both TGNPDCL and Southern Power Distribution Company of Telangana Limited (TGSPDCL), as both utilities operate under the common tariff order.

The Commission further specified that the clarification would cover the billing period from November 1, 2024, to March 31, 2026. Any resulting billing adjustments must be implemented without interest or penalties and distributed across upcoming billing cycles to ease the financial impact on affected consumers.

HPERC Approves Fifth Amendment To Consumer Grievance Redressal Regulations 2026 In Himachal Pradesh

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The Himachal Pradesh Electricity Regulatory Commission (HPERC) has approved the Himachal Pradesh Electricity Regulatory Commission (Consumer Grievances Redressal Forum and Ombudsman) (Fifth Amendment) Regulations, 2026, to streamline consumer grievance redressal mechanisms across the state. The amendment was finalized under the leadership of Commission Chairman Shashi Kant Joshi following a review of the functioning of consumer grievance redressal forums at different administrative levels.

The regulatory changes were initiated after HPERC examined quarterly and annual reports submitted by Additional Consumer Grievances Redressal Forums (CGRFs) operating at the circle level. The review found that these forums were receiving very few consumer complaints. In several cases, the forums had not registered even a single grievance since their establishment, raising concerns about their effectiveness and the need to rationalize the existing structure.

Following this assessment, the Commission notified the draft fifth amendment and invited objections and suggestions from stakeholders. The consultation process involved the Parwanoo Industries Association, Himachal Pradesh State Electricity Board Limited (HPSEBL), the CGRF Shimla, and consumer representatives, among others.

HPERC subsequently conducted a public hearing to consider stakeholder feedback on the proposed changes. Participants raised concerns regarding the proposed restructuring of grievance redressal forums, monetary limits for different forums, cooling-off periods, and the independence and eligibility of forum members.

The Parwanoo Industries Association opposed the abolition of circle-level forums without adequate safeguards to maintain decentralized access to grievance redressal services. It also suggested increasing the monetary jurisdiction of zonal forums and introducing mandatory mobile sittings to ensure consumers in different areas could access the grievance redressal system more conveniently.

Other stakeholders highlighted issues concerning the experience requirements for independent members and the eligibility of retired officers from electricity utilities. These suggestions reflected broader concerns about ensuring accessible, impartial, and effective mechanisms for resolving electricity consumer disputes.

During the consultation, stakeholders also submitted recommendations on several other aspects of the existing regulations. These included admission hearings, interim protection against electricity disconnections, filing fees, and timelines for filing appeals.

However, the Commission clarified that these wider proposals were beyond the scope of the current amendment. The fifth amendment specifically focuses on Regulations 5 and 7 of the existing Consumer Grievances Redressal Forum and Ombudsman Regulations. HPERC advised stakeholders to submit suggestions concerning other provisions separately for consideration in future regulatory reviews.

After examining the objections, suggestions, and submissions received during the consultation process, the Commission finalized and approved the Fifth Amendment Regulations, 2026. HPERC has directed that the approved regulations be officially published in the Rajpatra, Himachal Pradesh, completing the amendment process.

The changes aim to improve the operational efficiency of consumer grievance redressal forums by addressing structural redundancies and rationalizing the existing arrangement. The amendment also follows the Commission’s assessment that certain circle-level forums were underutilized, supporting the need to review how consumer complaints are handled across Himachal Pradesh.

India Advances Clean Energy Transition, Targets Global Leadership in Solar, Wind and Energy Storage – Report

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India is strengthening its position as a global leader in clean energy and climate action, supported by strong economic growth, rising electricity demand and efforts to reduce dependence on imported fossil fuels. According to the BloombergNEF India Transition Factbook 2026, the country has achieved several important milestones in its energy transition, including meeting its target of having more than 50% of installed electricity capacity from non-fossil fuel sources in 2025, five years ahead of the original timeline set under its Nationally Determined Contribution (NDC).

India’s renewable energy sector has expanded rapidly, with the country becoming the world’s second-largest market for annual solar capacity additions and overtaking major economies to become the second-largest market for wind power in 2025. These developments reflect the growing role of solar and wind energy in meeting the country’s electricity requirements while supporting its long-term climate commitments.

Utility-scale solar and onshore wind projects in India benefit from some of the lowest levelized costs of electricity globally. Favourable natural conditions, particularly abundant sunshine in states such as Rajasthan and Gujarat, have supported the expansion of solar power. Competitive reverse auctions, government initiatives and investments in transmission infrastructure have also helped reduce project costs and improve the integration of renewable energy into the electricity grid.

Energy storage is emerging as another important component of India’s clean energy transition. According to the report, combining solar and wind power with battery storage has recently become more economical than developing new coal-fired power plants. This development could support the country’s efforts to manage the intermittent nature of renewable energy and maintain a reliable electricity supply. India is also positioned to become the world’s third-largest energy storage market by 2030, creating opportunities for battery manufacturing, storage deployment and grid modernization.

Corporate renewable energy procurement is gaining momentum as Indian companies seek to reduce emissions and meet their decarbonization targets. Indian businesses are leading the Asia-Pacific region in signing offsite power purchase agreements, enabling them to source electricity from renewable energy projects located away from their operational facilities. These agreements are helping developers secure long-term demand while allowing companies to improve the environmental performance of their operations.

India is also making progress in green hydrogen and green ammonia. Competitive production costs and supportive government policies have helped Indian companies secure major binding international offtake agreements for clean hydrogen. These developments strengthen the country’s position in the emerging global hydrogen market and could support decarbonization in sectors where direct electrification is difficult.

The transport sector is witnessing a gradual shift towards electric mobility, particularly in two-wheelers and three-wheelers. Lower total ownership costs and pressures arising from fossil fuel prices are supporting EV adoption. However, achieving the country’s ambitious 2030 electric vehicle targets will require further expansion of charging infrastructure, improved access to financing and continued policy support.

Despite these developments, significant challenges remain. Coal continues to provide the majority of India’s electricity generation, while heavy industries face difficulties in reducing emissions because several low-carbon technologies are still commercially immature or expensive to deploy at scale.

The report indicates that India’s energy transition is increasingly linked to economic competitiveness and national energy security. Continued investment in renewable power, battery storage, grid flexibility and emerging clean technologies will be important for sustaining progress. Strong coordination between central and state governments, alongside private-sector participation, will help India address remaining challenges and advance towards its long-term climate and energy objectives.

A graph showing global ranking of solar capacity commissioned per year from 2018 to 2026, highlighting that India is the second-largest solar market. It includes a bar chart depicting the top five markets for solar capacity in 2025, listing China, India, the US, Germany, Brazil, and Spain with corresponding gigawatt values.

US DOE Backs $581 Million TVA Grid Upgrade to Add 2.5 GW Capacity Across Eight States

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The U.S. Department of Energy (DOE) has announced plans to invest approximately $581 million in 84 transmission and distribution projects across eight states in partnership with the Tennessee Valley Authority (TVA). The projects are expected to add approximately 2.5 gigawatts (GW) of grid capacity, improve electricity reliability, reduce outages and strengthen the resilience of the power system.

The funding award includes $250 million in federal support and approximately $331 million in cost-share funding from project applicants. The investments are expected to improve electricity access and reliability for around 2.58 million families and businesses while supporting approximately 800 jobs.

The initiative is being implemented under the Resilience Amplified: Multi-Market Grid Interconnection Initiative, part of the DOE’s Grid Resilience and Innovation Partnerships (GRIP) programme. The programme aims to strengthen electricity infrastructure, improve grid performance and ensure consumers have access to affordable, reliable and secure electricity.

According to the DOE, the projects will help reduce transmission congestion, improve operational efficiency and increase the capacity of existing electricity infrastructure. The investments are also intended to help utilities deliver electricity more effectively to areas experiencing growing demand, while reducing the risk of costly power disruptions.

U.S. Deputy Secretary of Energy James P. Danly said the investments would help address the need for stronger transmission infrastructure to support economic growth and rising electricity consumption. He highlighted the importance of expanding and improving transmission networks to make better use of existing infrastructure and deliver affordable and reliable power to consumers.

Office of Electricity Assistant Secretary Katie Jereza said the initiative would bring TVA and local utilities together to reduce outages and improve electricity delivery. She added that strengthening the grid would help households experience fewer disruptions and provide businesses with a more dependable electricity supply.

The latest award builds on the DOE’s earlier selection of TVA for the Speed to Power through Accelerated Reconductoring and other Key Advanced Transmission Technology Upgrades (SPARK) programme. The programme focuses on upgrading existing transmission infrastructure using advanced technologies to increase capacity and reduce congestion.

Together, the GRIP and SPARK projects represent nearly $741 million in planned grid investment for TVA. This includes approximately $329.8 million in federal funding, with the combined projects expected to add more than 4,300 megawatts (MW) of additional grid capacity.

Under SPARK, TVA plans to upgrade approximately 125 miles of existing transmission lines across Tennessee, Alabama and North Carolina. The $159.7 million project will use advanced conductors and grid-management technologies to increase transmission capacity by approximately 1,900 MW and reduce congestion across the network.

The projects form part of broader efforts to modernise electricity infrastructure and improve the ability of transmission networks to accommodate increasing power demand. Upgrading existing lines and improving grid management can help utilities transfer electricity more efficiently without relying entirely on the construction of new transmission corridors.

However, the final federal funding arrangements, project scope, implementation schedules and other award conditions remain subject to the execution of DOE agreements and applicable environmental, permitting, regulatory and Tribal reviews.

MNRE Invites EoI To Select Expert Institution For National Hydrogen Safety Framework

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The Ministry of New and Renewable Energy (MNRE), under the National Green Hydrogen Mission (NGHM), has issued an Expression of Interest (EoI) to select a nationally recognized expert institution to provide technical and advisory support to the National Hydrogen Safety Panel (NHSP). The initiative aims to establish a comprehensive and harmonized hydrogen safety framework in India, covering the entire value chain, from production and storage to transportation and end-use applications.

The selected institution will function as a dedicated nodal technical agency, helping strengthen safety standards and regulatory preparedness as India expands its green hydrogen ecosystem. The framework will cover applications across industries, including steel, mobility, power generation and refining. The initiative is intended to improve investor confidence, enhance public acceptance and support the safe deployment of hydrogen technologies.

According to the EoI, the selected institution will initially be engaged for two years. The tenure may be extended by another year, depending on performance and approval from the NGHM Advisory Group. During this period, the institution will provide technical guidance and assist the NHSP in developing and implementing hydrogen safety-related activities.

A key responsibility will be to harmonize India-specific hydrogen safety codes and standards with internationally recognized frameworks developed by organizations such as the International Organization for Standardization (ISO), the International Electrotechnical Commission (IEC) and the National Fire Protection Association (NFPA). The institution will also support applied research and development for safety equipment and assess gaps in testing and certification infrastructure.

Other responsibilities include establishing a national hydrogen safety knowledge repository, developing training and capacity-building programmes, facilitating international collaborations, and assisting with safety audits and risk assessment frameworks. These activities are expected to strengthen technical capabilities and promote consistent safety practices across the hydrogen sector.

Eligible applicants include registered legal entities that have been operational for at least three years and possess demonstrable expertise in hydrogen or industrial safety. Eligible organizations may include autonomous bodies, government institutions, academic and research organizations, Section 8 companies and consortia meeting the prescribed requirements.

The selection process will follow two stages. Initially, MNRE will evaluate expressions of interest to shortlist institutions based on their demonstrated expertise and capabilities. Shortlisted applicants will subsequently be invited to submit detailed technical and financial proposals for further evaluation.

The EoI was issued on October 13, 2026. Applicants can submit queries within seven days of publication, while the deadline for submitting the EoI is 21 days from the issue date, by 17:00 hours IST.

Sterlite Electric Appoints Jean Maxime Saugrain as CTO to Advance Power Transmission Technologies and Grid Innovation

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Sterlite Electric, a manufacturer of capital goods and provider of system integration solutions, has announced the appointment of Jean Maxime Saugrain as its Chief Technology Officer (CTO). The appointment is aimed at strengthening the company’s technology strategy, product development and engineering capabilities as it expands its portfolio of solutions for evolving power transmission and distribution networks.

Saugrain brings nearly four decades of experience across power cables, overhead transmission lines, superconducting systems and optical fiber manufacturing, including more than 20 years in technical management and leadership roles. In his new position, he will oversee Sterlite Electric’s technology initiatives, drive product innovation and support the development of advanced solutions to address changing requirements in the power sector.

Before joining Sterlite Electric, Saugrain held senior technical leadership positions at Nexans, where he contributed to the development and industrialisation of advanced power transmission technologies. Earlier in his career, he spent approximately 15 years at Alcatel, working across optical fiber research and development, industrialisation and manufacturing operations.

Throughout his career, Saugrain has been involved in the development and qualification of 320 kV and 525 kV high-voltage direct current (HVDC) cable systems, alongside advanced superconducting technologies designed for power grid applications.

Commenting on the appointment, Frederic Trefois, CEO of Sterlite Electric, said Saugrain’s extensive technical expertise and experience in developing and industrialising advanced power technologies would strengthen the company’s engineering and innovation capabilities. He highlighted Saugrain’s knowledge of high-voltage systems, materials science and optical technologies as valuable to the company’s efforts to develop solutions for modern power networks.

Saugrain said that rapidly evolving electricity networks are creating new requirements for performance, reliability and technological advancement. He expressed his commitment to strengthening Sterlite Electric’s technology capabilities, accelerating product development and translating engineering innovation into practical solutions that meet customer requirements.

His professional experience also includes participation in major superconducting cable technology programmes, including the AmpaCity project in Essen, Germany, and a superconducting cable project for Commonwealth Edison in Chicago, United States. Additionally, he has led collaborative research and development programmes supported by the European Union and the US Department of Energy.

Saugrain holds an engineering degree from École Supérieure de Physique et de Chimie Industrielles in Paris and a postgraduate degree in Materials Sciences from Université Pierre et Marie Curie, Paris.

The appointment comes as power transmission and distribution networks undergo technological transformation driven by increasing electricity demand, renewable energy integration and the need for more efficient and reliable grid infrastructure. With Saugrain leading its technology function, Sterlite Electric aims to enhance its engineering capabilities and accelerate the development of advanced power transmission and distribution solutions.

CERC Adopts INR 3.64/kWh Tariff for 600 MW SJVN Wind Power Projects

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The Central Electricity Regulatory Commission (CERC) has adopted the tariffs discovered through a competitive bidding process for developing 600 MW of inter-state transmission system (ISTS)-connected wind power projects across India. The decision was issued in Petition No. 234/AT/2026, filed by SJVN Limited under Section 63 of the Electricity Act, 2003. The adoption of the tariffs will enable the successful developers to proceed towards implementing the projects, subject to the completion of the required contractual arrangements.

SJVN, acting as the intermediary procurer and renewable energy implementing agency, initiated the bidding process by issuing a Request for Selection (RfS) on September 16, 2025. The tender received considerable interest from developers, attracting 15 technical bids representing a cumulative capacity of 3,110 MW. The bidding process culminated in an electronic reverse auction conducted on February 27, 2026, through which four developers secured contracts for the entire 600 MW capacity.

Under the auction results, Urdhvaga was awarded 120 MW, Adyant secured 110 MW, KPI Green Energy received 300 MW, and Lambent was allocated 70 MW. Urdhvaga, Adyant, and KPI Green Energy discovered tariffs of ₹3.64 per kWh, while Lambent secured its capacity at ₹3.65 per kWh. SJVN issued Letters of Award to the successful bidders on March 19, 2026.

In its order, CERC observed that the discovered tariffs compared favourably with those in other wind power tenders conducted around the same period. The Commission also noted the downward pricing trend compared with earlier bidding tranches undertaken by SJVN, highlighting the competitive nature of the procurement process.

The Uttar Pradesh Power Corporation Limited (UPPCL) has expressed in-principle consent to procure the entire 600 MW capacity. The proposed procurement is intended to help the state meet its renewable purchase obligations and increase the contribution of wind energy to its electricity supply portfolio.

During the proceedings, the Commission also examined a procedural delay in filing the petition. SJVN had submitted the petition six days beyond the applicable timeline, prompting CERC to advise the company to ensure strict compliance with prescribed deadlines in future proceedings.

Another key issue concerned SJVN’s request for a trading margin of ₹0.07 per kWh. CERC clarified that trading margins for long-term transactions may be mutually agreed upon under the applicable Trading Licence Regulations. However, the margin will be limited to ₹0.02 per kWh if SJVN fails to provide the required escrow arrangements or revolving letters of credit to the generators.

After examining the bidding process and the tariff discovery, CERC disposed of the petition by adopting the individual tariffs for the four projects. The order remains subject to the formal finalisation and submission of the corresponding back-to-back Power Purchase Agreements (PPAs) and Power Sale Agreements (PSAs). The decision establishes the regulatory basis for the proposed procurement and supports the next stage of contractual implementation for the 600 MW wind power capacity.

Solar & Storage Summit 2026: Punjab

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November 26 @ 10:00 am – 5:00 pm IST

Solar & Storage Expo Punjab 2026 is the largest solar and storage gathering in the state, and will feature 300+ conference attendees. The event brings together professionals and officials from state government, nodal agencies, renewable consultancy firms, financial institutions, and stakeholders from Solar-Hybrid, Floating Solar, Open Access, and the Commercial & Industrial (C&I) sectors.

Trina Storage Secures 196 MWh Battery Energy Storage System Supply Contract for AEJ Nozu Project in Japan

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Trina Storage, the energy storage division of Trinasolar, has secured a contract to supply a 50 MW/196 MWh battery energy storage system (BESS) for the AEJ Nozu project in Oita Prefecture, Japan, strengthening its presence in the country’s expanding utility-scale energy storage market.

The project, located in Nishihata, Nozu Town, Usuki City, was awarded under Japan’s FY2023 Long-Term Decarbonization Auction and is scheduled for completion in the third quarter of 2028. Under the agreement, Trina Storage will deploy its Elementa 2 Pro 5 MWh battery energy storage solution to support the project’s energy storage requirements.

The AEJ Nozu project represents another addition to Trina Storage’s growing portfolio in Japan, where demand for grid-scale battery storage is increasing alongside renewable energy deployment. The company has been expanding its local operational capabilities to support project development, system configuration, technical consultation, delivery coordination and after-sales services.

Through its Japan-based team, Trina Storage works with customers and project partners to address local technical specifications and project requirements throughout the development and operational lifecycle. These capabilities are supported by the company’s global expertise in battery cell technology, system integration and utility-scale energy storage solutions.

Commenting on the development, Dr. Leo Zhao, Head of Energy Storage (APAC) at Trina Storage, said the company was pleased to contribute to Japan’s expanding renewable energy portfolio through the AEJ Nozu project. He highlighted the opportunities emerging from Japan’s evolving energy requirements and emphasized the importance of combining advanced storage technology with strong local support capabilities.

In addition to the Nozu project, Trina Storage is supplying a 160 MWh utility-scale battery energy storage project in Japan’s Kyushu region, further expanding its presence in the market.

The company also signed a memorandum of understanding (MoU) with AMP-lify in September for approximately 1 GWh of grid-connected battery energy storage projects across Japan. The proposed projects will feature Trina Storage’s latest Elementa 3 series energy storage technology.

These developments reflect Trina Storage’s continued expansion in Japan’s energy storage sector as the country increases investment in grid flexibility, renewable energy integration and long-duration energy storage infrastructure.

With the addition of the AEJ Nozu project and its expanding pipeline of storage developments, Trina Storage is positioning itself to support Japan’s transition toward a more flexible and decarbonized electricity system.

SuryaLogix Celebrated as Solar Company of the Year: Monitoring Solutions

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The company received the Technology & Innovation Excellence award at the Philippines Clean Energy Leadership Awards 2026.  

SuryaLogix has been named Solar Company of the Year: Monitoring Solutions at the Philippines Clean Energy Leadership Awards 2026, held during Philippines Clean Energy Week 2026 at Sheraton Manila Bay.

Presented under The Leadership Awards 2026 – Technology & Innovation Excellence, the award recognises SuryaLogix for delivering intelligent monitoring, control and sensor-based solutions that strengthen the management and performance of solar and hybrid energy assets.

The recognition highlights the company’s contribution to improving real-time plant visibility, operational reliability and data-driven performance optimisation. By enabling asset owners and operators to access timely and actionable information, advanced monitoring technologies can support faster issue identification, more informed operational decisions and stronger long-term asset performance.

As solar portfolios become larger, more distributed and increasingly integrated with energy storage and other technologies, effective monitoring is becoming an essential part of asset management. The ability to capture, analyse and respond to operating data helps project stakeholders protect generation, reduce avoidable losses and maintain greater visibility across individual plants and wider portfolios.

SuryaLogix’s monitoring, control and sensor-based approach supports this transition by connecting operational data with practical plant-management requirements. Its solutions help stakeholders move beyond basic performance reporting towards more responsive, reliable and intelligence-led asset operations.

The award also reflects the growing role of digitalisation within the clean-energy sector. While generating assets remain the physical foundation of renewable-energy projects, digital monitoring and control systems are increasingly important to ensuring that those assets operate safely, consistently and efficiently throughout their lifecycle.

The Philippines Clean Energy Leadership Awards 2026 formed part of Philippines Clean Energy Week 2026, which gathered policymakers, renewable-energy developers, investors, financiers, EPC companies, technology providers, corporate energy users and sustainability leaders.

The event featured keynote addresses, three strategic panel discussions, two exclusive leadership roundtables, an industry exhibition and high-level networking. Discussions covered utility-scale renewable energy, battery storage, grid transformation, distributed solar, industrial decarbonisation, project delivery, asset performance and green finance.

Receiving the Solar Company of the Year: Monitoring Solutions award marks an important achievement for SuryaLogix and recognises its contribution to making solar and hybrid energy assets more visible, reliable and performance-driven.

CERC Adopts INR 3.67–3.69kWh Tariffs for 1,200 MW ISTS-Connected Wind Projects Under SECI Tranche-XIX

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The Central Electricity Regulatory Commission (CERC) has adopted tariffs for 1,200 MW of inter-state transmission system (ISTS)-connected wind power projects awarded under Tranche-XIX by the Solar Energy Corporation of India Limited (SECI). The tariffs, discovered through a competitive bidding process, range from ₹3.67 per kWh to ₹3.69 per kWh across seven successful developers.

The Commission issued the order on a petition filed by SECI under Section 63 of the Electricity Act, 2003, seeking approval for the adoption of tariffs discovered through a competitive bidding framework established by the Ministry of Power. CERC reviewed the bidding process and concluded that it complied with the competitive bidding guidelines notified by the Central Government.

SECI initiated the selection process through a Request for Selection (RfS) document issued on October 15, 2025. The proposed capacity was subsequently revised to 1,200 MW. Out of 16 bidders that qualified through the techno-commercial evaluation, 15 participated in the electronic reverse auction conducted on February 4, 2026.

Following the auction, seven developers were selected to establish wind power projects with individual capacities ranging from 50 MW to 600 MW. SECI issued Letters of Award (LoAs) to the successful bidders on February 10, 2026.

K.P. Energy Limited secured 100 MW at a tariff of ₹3.67 per kWh. Ganeko Three Energy Private Limited was awarded 180 MW, while Waaree Forever Energies Private Limited received 300 MW and Opera Energy Private Limited secured 50 MW, all at ₹3.68 per kWh.

At a tariff of ₹3.69 per kWh, Purvah Green Power Private Limited was awarded 250 MW, Vena Energy Aura Private Limited secured 124 MW, and Refex Holding Private Limited received 196 MW. Together, the allocations account for the entire 1,200 MW capacity awarded under the tranche.

To facilitate the sale and supply of electricity from these projects, SECI entered into back-to-back Power Purchase Agreements (PPAs) with the selected wind power developers and Power Sale Agreements (PSAs) with distribution companies. The company signed PSAs for 600 MW each with GRIDCO Limited and Uttar Pradesh Power Corporation Limited (UPPCL), covering the full awarded capacity.

Alongside tariff adoption, CERC examined SECI’s request concerning a trading margin of ₹0.07 per kWh. The Commission clarified that, under the applicable Trading Licence Regulations, parties involved in long-term electricity transactions may mutually agree on the trading margin, subject to the prescribed payment security arrangements.

These arrangements include an escrow mechanism or an irrevocable, unconditional and revolving letter of credit to secure payments. If SECI fails to provide the required payment security to the generators, the trading margin will be restricted to a maximum of ₹0.02 per kWh, in accordance with the regulations.

With the adoption of the discovered tariffs and directions concerning the trading margin and payment security requirements, CERC disposed of Petition No. 179/AT/2026. The order establishes the applicable tariffs for the seven selected developers and clarifies the regulatory conditions governing SECI’s long-term power trading arrangements under the 1,200 MW wind power procurement tranche.

NLC India Wins 50 MW/200 MWh BESS Project In West Bengal

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A state-owned renewable energy subsidiary – NLC India has emerged as the successful bidder for a 50 MW/200 MWh standalone Battery Energy Storage System (BESS) project at Arambag in Hooghly district, West Bengal. The project was awarded through a competitive bidding process initiated by the Department of Power through the state electricity distribution company.

Following the successful completion of the bidding process, the renewable energy subsidiary has received the Letter of Award (LoA), allowing it to proceed with the development of the battery storage project. The proposed installation will have a power capacity of 50 MW and an energy storage capacity of 200 MWh, enabling it to store electricity and discharge it when required by the power system.

The project represents another step towards strengthening energy storage infrastructure in West Bengal. Standalone battery storage systems are increasingly being considered an important part of modern electricity networks, particularly as renewable energy capacity expands and power demand patterns become more dynamic.

The proposed BESS installation at Arambag is expected to support improved energy management and contribute to grid stability. Battery storage systems can help balance fluctuations in electricity supply and demand by storing surplus power during periods of lower demand and releasing it during peak consumption hours. They can also provide flexibility to distribution utilities in managing their electricity requirements.

The project has been awarded under a tariff-based competitive bidding framework, which enables developers to compete for energy infrastructure projects based on specified technical and commercial requirements. Such mechanisms are being used to encourage investment in battery storage and other power sector infrastructure while supporting transparent project allocation.

For the state-owned enterprise, securing the Letter of Award marks a further expansion of its activities in the renewable energy and clean technology sectors. The project also reflects the growing role of public sector undertakings in developing energy storage assets to complement conventional generation and renewable power sources.

As India continues to expand its renewable energy capacity, battery storage infrastructure is expected to play an increasingly important role in maintaining reliable electricity supply. Projects such as the 50 MW/200 MWh installation at Arambag can contribute to improving the flexibility of the power system and supporting the integration of renewable energy into the electricity grid.