TGREDCO Issues 2,000 MW FDRE-RTC Renewable Energy Tender In Telangana

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14th October 2026

The Uttar Pradesh Electricity Regulatory Commission (UPERC) has approved ten power purchase agreements (PPAs) and adopted tariffs for a cumulative solar power capacity of 19.7 MW under Component C-2 of the Pradhan Mantri Kisan Urja Suraksha evam Utthan Mahabhiyan (PM-KUSUM) Scheme. The approval was granted in Petition No. 2412 of 2026, jointly filed by the Uttar Pradesh Power Corporation Limited (UPPCL) and the U.P. New and Renewable Energy Development Agency (UPNEDA).

The approved projects aim to support feeder-level solarization by supplying reliable daytime electricity to agricultural consumers. Under Component C-2 of the PM-KUSUM scheme, grid-connected solar power plants are installed to supply electricity through segregated agricultural feeders, helping reduce dependence on conventional power sources for agricultural electricity demand.

The procurement process was conducted through a Tariff Based Competitive Bidding (TBCB) framework managed by UPNEDA. Following the bidding process, a Bid Evaluation Committee evaluated the submissions and identified the successful developers. Letters of Award were subsequently issued to the selected companies, and the resulting PPAs were placed before the Commission for approval.

The approved tariffs range from ₹2.91 to ₹2.99 per kWh, reflecting the rates determined through the competitive bidding process. The participating developers include Divy Power Private Limited, Thind Solar Private Limited, Shakti Renews Private Limited, Babna Solar Energy Private Limited, Choumuhan Solar Energy Private Limited, Khospura Solar Energy Private Limited, Nanauta Solar Energy Private Limited, Bhaskar Renewable Energy Private Limited, and M/s APS Developers.

The projects are spread across several districts of Uttar Pradesh, including Hapur, Amroha, Kanpur Nagar, Farrukhabad, Mathura, Saharanpur, and Chitrakoot. The approval enables the participating entities to proceed with the contractual arrangements required for implementing the projects in accordance with the applicable terms and conditions.

During the proceedings, UPERC also examined the status of earlier project allocations under the broader solarization programme. The Commission noted that some previously issued Letters of Award had been cancelled because the concerned developers failed to submit the required bank guarantees. These guarantees form part of the safeguards intended to ensure compliance with bidding requirements and project commitments.

In response, the Commission directed UPPCL to pursue the cases involving defaulting entities and take appropriate action to forfeit the applicable bank guarantees. The recovered amounts must be deposited with the Ministry of New and Renewable Energy (MNRE) in accordance with the relevant guidelines.

The latest order adds to the number of PPAs approved under the state’s ongoing agricultural feeder solarization initiative. UPERC emphasized that timely implementation of the sanctioned projects would support the objectives of the PM-KUSUM scheme, improve the availability of daytime electricity for farmers, and help optimize UPPCL’s power procurement expenses.

The initiative is expected to contribute to the expansion of distributed solar generation across Uttar Pradesh while supporting agricultural electricity supply and delivering potential benefits to electricity consumers throughout the state.

Vestas Secures 614 MW Wind Turbine Orders In Western Australia For Parron Maam Marang And Kondinin Wind Projects

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14th October 2026

Vestas has secured two firm wind turbine orders totalling 614 MW in Western Australia as part of its third-quarter 2026 order intake. The agreements cover the Parron Maam Marang and Kondinin wind farms and include the supply of 99 V162-6.2 MW EnVentus wind turbines, along with 30-year Active Output Management (AOM) 5000 service agreements.

The orders strengthen Vestas’ presence in Australia’s renewable energy market and support the country’s ongoing efforts to expand wind power generation, improve energy security and accelerate the transition towards a lower-carbon electricity system.

Under the first agreement, Vestas will supply 78 V162-6.2 MW wind turbines to Atmos Renewables for the 484 MW Parron Maam Marang Wind Farm in Western Australia. The project will be supported by a 30-year AOM 5000 service agreement, covering long-term turbine maintenance and operational performance optimisation. Turbine deliveries are scheduled to begin in 2027, with commissioning planned for 2028.

The second order has been placed by Foresight Group for the 130 MW Kondinin Wind Farm, also located in Western Australia. The project will feature 21 V162-6.2 MW wind turbines and will include a 30-year AOM 5000 service agreement. Delivery is expected to commence in 2027, while commissioning is scheduled for 2028.

Both projects will utilise Vestas’ EnVentus turbine platform, which incorporates advanced wind turbine technology designed to deliver efficient energy generation and reliable performance across varying wind conditions. The V162-6.2 MW turbines will be configured to suit local site requirements, supporting energy production and long-term operational efficiency.

Purvin Patel, Regional President Asia Pacific at Vestas, highlighted the importance of the projects in strengthening Australia’s renewable energy infrastructure. He stated that the developments would contribute to a more secure, affordable and sustainable electricity system while demonstrating the suitability of Vestas’ EnVentus technology for the Australian market.

The latest orders build on Vestas’ existing involvement in Western Australia’s wind energy sector, including the Warradarge, Warradarge 2, King Rocks and Waddi wind projects. Together, these developments reflect continued investment in large-scale wind power infrastructure and the expansion of renewable electricity generation capacity across the state.

The inclusion of 30-year service agreements for both projects underscores the growing importance of long-term asset management in utility-scale wind developments. Through its AOM 5000 service programme, Vestas will support turbine maintenance, operational reliability and performance optimisation throughout the contracted service period.

Western Australia is witnessing continued renewable energy development as electricity demand evolves and the state seeks to diversify its power generation mix. Large-scale wind projects are expected to play an important role in supporting grid reliability, reducing emissions and meeting future energy requirements.

With a combined capacity of 614 MW, the Parron Maam Marang and Kondinin wind farms are expected to make a significant contribution to Western Australia’s renewable energy portfolio once commissioned in 2028.

The orders further reinforce Vestas’ position in the Asia-Pacific wind energy market and highlight its continued role in supporting Australia’s energy transition through advanced turbine technology, large-scale project development and long-term operational services.

UERC Rejects Review Petition Seeking INR 5.50/Unit Solar Tariff for FY 2026-27 In Uttarakhand

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14th October 2026

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

The Uttarakhand Electricity Regulatory Commission (UERC) has dismissed a review petition filed by the RE Power Generators Society seeking an upward revision of the generic tariff and benchmark capital cost for solar power plants for the financial year 2026-27. The Commission concluded that the petition lacked merit, stating that the concerns raised by the petitioner had already been considered during the original tariff determination proceedings.

The RE Power Generators Society had requested the Commission to increase the solar photovoltaic (PV) tariff to ₹5.50 per unit. The society argued that a directive issued by the Ministry of New and Renewable Energy (MNRE) on May 25, 2026, had introduced significant cost implications for solar power developers by making compliance with the Approved List of Models and Manufacturers (ALMM) List-II mandatory from June 1, 2026.

According to the petitioner, the implementation of ALMM List-II increased the capital expenditure required for solar power projects, particularly due to the higher costs associated with compliant solar modules. The society maintained that these additional expenses affected the financial viability of solar power generation and justified revising the tariff determined by the Commission for FY 2026-27.

The petitioner also referred to a clarification letter issued by the Uttarakhand Renewable Energy Development Agency (UREDA), arguing that the communication, along with the MNRE directive, provided grounds for reviewing the earlier tariff order. It sought reconsideration of the applicable generic tariff to reflect the changing regulatory requirements and their impact on project costs.

Uttarakhand Power Corporation Limited (UPCL), which opposed the review petition, challenged both the maintainability of the application and the grounds presented by the petitioner. UPCL argued that the RE Power Generators Society did not have the necessary legal standing to seek the requested review.

UPCL further submitted that the issues concerning ALMM List-II compliance, domestic content requirements and the associated increase in solar module costs had already been raised and examined during the original tariff proceedings. According to the utility, the petitioner was attempting to reopen matters that had already been considered and decided by the Commission.

The utility also maintained that a review petition could not be used as a substitute for an appeal or as a means of obtaining a different decision on issues already adjudicated. It argued that the petitioner had not established sufficient grounds to justify reconsideration of the existing tariff order.

After examining the submissions, UERC found no justification for reviewing its earlier decision. The Commission observed that the potential financial implications of ALMM List-II requirements and domestic content compliance were known to stakeholders and had been considered before the original order was issued.

The Commission further emphasised that a review cannot be granted simply because a party disagrees with an earlier decision or seeks a fresh assessment of matters that have already been examined.

Consequently, UERC rejected the review petition filed by the RE Power Generators Society, leaving the existing generic solar PV tariff and benchmark capital cost determination for FY 2026-27 unchanged by this proceeding. The decision maintains the existing regulatory position on solar power tariffs in Uttarakhand, despite the petitioner’s concerns regarding rising project costs and mandatory domestic manufacturing requirements.

Fortis Green Renewables And Zeitinger Invest Back GRIPS Energy To Expand Solar And Battery Storage Projects Across Sub-Saharan Africa

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14th October 2026

Fortis Green Renewables Investment Management and Zeitinger Invest GmbH have announced a growth equity investment in GRIPS Energy Group to accelerate the development and expansion of commercial and industrial (C&I) solar and battery energy storage projects across Sub-Saharan Africa. The investment will support the acquisition of operational renewable energy assets in Senegal, Botswana, Zambia and Uganda, while providing additional capital for new distributed solar and solar-plus-storage developments.

GRIPS Energy Group, a developer, owner and operator of distributed renewable energy infrastructure, aims to establish itself as a leading provider of clean energy solutions for commercial and industrial customers across Africa. The company is targeting a portfolio exceeding 100 MW of solar and battery storage assets by 2030.

The planned expansion is expected to improve electricity reliability, reduce operating costs for businesses and support the region’s transition towards cleaner energy sources. According to the company, the portfolio is projected to help avoid approximately 100,000 tonnes of carbon dioxide emissions annually once developed.

The investment comes amid increasing demand for distributed renewable energy solutions across Sub-Saharan Africa, driven by rising electricity tariffs, unreliable grid infrastructure, growing industrial electricity consumption and corporate sustainability commitments.

Solar photovoltaic systems integrated with battery energy storage are becoming increasingly important for businesses seeking dependable and cost-effective electricity supplies. These solutions can help commercial and industrial consumers reduce dependence on conventional power sources, improve energy security and manage electricity costs more effectively.

GRIPS has developed its business around originating, structuring, financing and operating renewable energy infrastructure tailored to local market conditions. Its portfolio strategy focuses on delivering decentralised electricity solutions that address the specific requirements of commercial and industrial customers across multiple African markets.

The new capital from Fortis Green Renewables and Zeitinger Invest will enable GRIPS to expand its project pipeline, strengthen its presence in existing markets and pursue additional renewable energy investment opportunities across the region.

Benito Grimaudo, Managing Director of Fortis Green Renewables Investment Management, highlighted the growing investment potential of Africa’s commercial and industrial renewable energy sector. He stated that GRIPS has established a strong platform supported by local market expertise, a diversified development pipeline and a strategy focused on delivering affordable and sustainable energy solutions.

Grimaudo also expressed confidence in GRIPS’ ability to achieve its target of deploying more than 100 MW of solar and battery storage assets by 2030, supported by increasing demand for reliable electricity across African businesses.

Marcel Zeitinger, Managing Director of Zeitinger Invest GmbH, emphasised the importance of affordable and dependable electricity in supporting economic development across Sub-Saharan Africa. He noted that GRIPS’ renewable energy solutions could help businesses improve competitiveness while contributing to regional decarbonisation efforts.

Carsten Jung, Chief Investment Officer of GRIPS Energy Group, described the investment as an important milestone in the company’s expansion strategy. He stated that the partnership would provide both financial resources and strategic expertise to accelerate renewable energy deployment across multiple African countries.

Jung further highlighted the company’s ambition to develop one of the region’s leading distributed renewable energy platforms, with a focus on helping businesses reduce electricity expenses, improve operational resilience and lower their environmental footprint.

The acquisition of operational assets in Senegal, Botswana, Zambia and Uganda is expected to strengthen GRIPS’ existing portfolio and provide a foundation for further investments in distributed solar generation and battery storage infrastructure.

The investment also reflects growing investor interest in Africa’s decentralised renewable energy market, where commercial and industrial customers are increasingly adopting solar-plus-storage systems to address electricity supply challenges and improve long-term energy cost predictability.

As Sub-Saharan Africa continues to experience rising electricity demand and increasing pressure on conventional power infrastructure, distributed renewable energy solutions are expected to play a greater role in supporting industrial development and economic growth.

Through its planned portfolio expansion, GRIPS aims to contribute to the deployment of more reliable and sustainable electricity infrastructure while supporting regional clean energy objectives.

The partnership with Fortis Green Renewables and Zeitinger Invest positions GRIPS to accelerate its growth across Sub-Saharan Africa, with a long-term focus on scaling solar and battery storage investments, improving energy access for businesses and supporting the continent’s transition towards a lower-carbon energy system.

The companies have not disclosed the financial value of the equity investment or the individual capacities of the renewable energy assets being acquired.

Vestas Secures Two Wind Turbine Orders In Vietnam For 16 V163 Turbines With 20-Year Service Agreements

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14th October 2026

Vestas has secured two new wind turbine orders in Vietnam, involving the supply of 16 V163 turbines from its 4 MW platform, along with 20-year Active Output Management (AOM) 5000 service agreements. The contracts mark further progress in Vietnam’s wind energy development under the country’s Eighth National Power Development Plan (PDP8).

The projects will feature Vestas’ V163 wind turbine technology with a site-specific hub height configuration of 155 metres. The turbine configuration has been tailored to meet local project requirements and wind conditions, supporting efficient electricity generation and long-term operational performance.

The orders represent an important development in Vietnam’s renewable energy sector, with the projects among the first wind developments progressing under the country’s Eighth National Power Development Plan. The framework supports the expansion of renewable energy capacity, diversification of electricity generation and improvement of national energy security.

Under the agreements, Vestas will also provide 20-year AOM 5000 service packages covering long-term turbine maintenance and performance optimisation. The service arrangements are intended to support operational reliability, maximise turbine availability and improve energy production efficiency throughout the contracted period.

Commenting on the development, Purvin Patel, Regional President Asia Pacific at Vestas, highlighted the company’s commitment to supporting Vietnam’s evolving wind energy market. He stated that the projects demonstrate how proven turbine technology, customised configurations and local expertise can help advance wind power development under the country’s updated energy planning framework.

Patel also emphasised that Vestas’ 4 MW platform and 155-metre hub height configuration have been selected to address the specific requirements of the Vietnamese market, supporting the country’s energy security and clean energy transition objectives.

The latest contracts further strengthen Vestas’ position in Vietnam and reflect continued investment in wind power infrastructure as the country works to expand its renewable energy portfolio.

The projects are expected to contribute additional renewable electricity generation capacity once operational, supporting Vietnam’s efforts to reduce dependence on conventional power sources and develop a more sustainable electricity system.

Vestas has not disclosed the customers’ identities, project names, individual project capacities, delivery schedules or expected commissioning dates.

Saatvik Green Energy Wins Best Environmental Projects Award At 13th CII National Environmental Best Practices Awards 2026

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14th October 2026

Saatvik Green Energy Limited has received the Best Environmental Projects Award at the 13th CII National Award for Environmental Best Practices 2026, recognising its sustainability-focused innovations in solar module manufacturing. The award was presented during a national event organised by the Confederation of Indian Industry (CII) on October 8–9, 2026, in Chennai, Tamil Nadu.

The recognition highlights Saatvik Green Energy’s engineering-driven initiatives aimed at improving resource efficiency, reducing material consumption and enhancing the environmental performance of solar photovoltaic modules throughout their manufacturing and operational lifecycles.

The award-winning projects focus on three key areas: aluminium frame optimisation, encapsulant development and round-ribbon design improvement. These initiatives were undertaken under the framework of Product Responsibility and Life Cycle Assessment, with the objective of reducing material intensity while maintaining solar module durability, reliability and energy generation performance.

Through aluminium frame optimisation, the company has worked towards improving material efficiency in module structures. Its encapsulant development initiatives focus on enhancing module design and performance, while improvements in round-ribbon technology aim to optimise material utilisation and manufacturing efficiency.

The projects were developed and implemented by the New Product Development (NPD), Production and Quality teams at Saatvik’s Ambala manufacturing facility. The teams carried out engineering design improvements, production trials and quality assessments to validate the effectiveness of the proposed changes.

According to the company, these initiatives demonstrate its commitment to integrating sustainability into product design and manufacturing processes rather than treating environmental responsibility as a separate operational objective.

Commenting on the achievement, Prashant Mathur, Chief Executive Officer of Saatvik Green Energy Limited, highlighted the growing importance of responsible manufacturing in India’s renewable energy sector. He stated that leadership in clean energy should be measured not only by the scale of manufacturing capacity but also by the efficiency and sustainability of production processes.

Mathur emphasised that the company’s approach focuses on reducing the environmental footprint of solar modules through engineering innovation, resource optimisation and improvements in manufacturing practices without compromising product durability or field performance.

He also acknowledged the contribution of the Ambala plant teams in developing and validating the award-winning projects, noting that their efforts demonstrate how practical engineering improvements can support both manufacturing competitiveness and environmental sustainability.

The latest recognition adds to Saatvik Green Energy’s growing list of sustainability and operational excellence awards.

The company previously received the 4th Prithvi Award 2026 from the ESG Research Foundation for Outstanding Sustainability Performance and a Bronze Medal from EcoVadis for its environmental, social and governance (ESG) performance.

Saatvik has also been recognised with the Golden Peacock Occupational Health and Safety Award 2026, while its Ambala manufacturing facility has received the CII-IGBC Green Factory Building Silver Rating for its sustainable industrial infrastructure practices.

These recognitions reflect the company’s broader efforts to strengthen environmental responsibility, workplace safety, resource efficiency and sustainable manufacturing across its operations.

As India continues to expand domestic solar manufacturing capacity, reducing material consumption, improving product lifecycle performance and adopting environmentally responsible production technologies are becoming increasingly important for the renewable energy industry.

Saatvik Green Energy’s latest achievement highlights the role of engineering innovation in improving the sustainability of solar module manufacturing while supporting the development of a more resource-efficient domestic clean energy supply chain.

The CII award further reinforces the company’s focus on integrating product innovation, manufacturing efficiency and environmental responsibility into its long-term growth strategy, contributing to India’s broader renewable energy and sustainability objectives.

Vestas Secures 156 MW Wind Turbine Order From Electrocentrale Borzești For Poiana Wind Project In Romania

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14th October 2026

white wind turbine — Photo by Elena Zhuravleva on Pexels.com

Vestas has announced a new 156 MW wind turbine order in Romania as part of its third-quarter 2026 order intake, strengthening its presence in the European renewable energy market. The agreement has been awarded by Electrocentrale Borzești for the Poiana wind project and includes the supply of 24 V162-6.5 MW wind turbines, along with a long-term Active Output Management (AOM) 5000 service agreement.

The Poiana wind project will utilise Vestas’ V162-6.5 MW turbine technology, designed to support efficient electricity generation and reliable operational performance. With 24 turbines, each rated at 6.5 MW, the project will have a total installed capacity of 156 MW.

Under the agreement, Vestas will supply the wind turbines and provide long-term maintenance and operational support through its AOM 5000 service programme. The service arrangement is intended to enhance turbine availability, optimise energy production and support the project’s long-term operational efficiency.

The latest order marks another development in Romania’s expanding wind energy sector, as the country continues to invest in renewable electricity generation to strengthen energy security, diversify its power mix and reduce dependence on fossil fuels.

The Poiana wind project is expected to contribute additional renewable energy capacity to Romania’s electricity system once operational, supporting the country’s broader decarbonisation objectives and renewable energy targets.

The agreement also reflects continued demand for advanced wind turbine technologies and long-term service solutions across Europe, where investment in onshore wind infrastructure remains an important component of the energy transition.

For Electrocentrale Borzești, the project represents an investment in renewable power generation infrastructure, while Vestas’ involvement will provide turbine technology and ongoing operational support.

The 156 MW order further strengthens Vestas’ position in the European wind energy market and highlights its continued role in supporting utility-scale renewable energy developments.

Vestas has not disclosed the turbine delivery schedule, expected commissioning date or specific duration of the long-term service agreement.

Tata Power Targets Over 2.8 GW Data Centre Energy Opportunities In India Amid Rising AI And Digital Infrastructure Demand

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14th October 2026

Tata Power is expanding its presence in India’s rapidly growing data centre sector, with a diversified opportunity pipeline exceeding 2.8 GW across renewable energy, transmission and distribution infrastructure. The company aims to strengthen its position as an integrated energy solutions provider for hyperscale data centres, artificial intelligence (AI) infrastructure and cloud computing facilities.

The expansion comes amid increasing electricity demand from AI-driven applications, cloud computing platforms and digital services, which are accelerating investments in large-scale data centre infrastructure across India.

Tata Power is broadening its role beyond conventional electricity supply by offering integrated solutions covering powered land, transmission infrastructure, grid connectivity, renewable energy generation, battery energy storage, cooling systems and utility infrastructure. These services are intended to support the development and operation of hyperscale and next-generation data centre facilities.

The company’s data centre opportunity pipeline includes approximately 430 MW of upcoming electricity demand within its distribution network, 1,236 MW of transmission-linked opportunities and 1,150 MW of green energy capacity under active engagement.

Together, these opportunities represent approximately 2.8 GW of potential energy and infrastructure requirements, reflecting Tata Power’s growing involvement in India’s expanding digital infrastructure ecosystem.

The company is currently engaged in 29 active workstreams involving 18 leading domestic and international data centre operators. These engagements cover a range of energy infrastructure requirements for hyperscale facilities and AI-ready data centre developments.

Tata Power’s integrated operations across electricity generation, transmission and distribution provide a competitive advantage in addressing the complex energy requirements of large data centres. By combining renewable power generation with grid infrastructure, energy storage and utility services, the company aims to deliver reliable, scalable and sustainable electricity solutions.

As part of its infrastructure expansion strategy, Tata Power is strengthening its transmission network in the Mumbai Metropolitan Region (MMR), one of India’s major data centre markets.

The company is upgrading its existing 110 kV and 220 kV transmission networks to accommodate increasing electricity demand from hyperscale data centres. These upgrades include enhancements to transformation capacity, transmission infrastructure and network redundancy to support reliable and uninterrupted power supply.

In addition, Tata Power is developing new receiving stations and advancing a 400 kV transmission ring network designed to improve grid resilience, strengthen power supply security and support future data centre expansion.

These developments form part of Tata Power’s ₹15,000 crore Mumbai Grid Upgradation and Expansion Plan, which aims to modernise electricity infrastructure and prepare the region for increasing power requirements from digital industries and other large consumers.

The growing importance of energy infrastructure for data centres is also reflected in national electricity demand projections.

According to estimates from the Central Electricity Authority (CEA), cited by the Ministry of Power, AI-driven data centres could contribute approximately 26.3 GW of additional electricity demand in India by FY2031-32.

The International Energy Agency (IEA) has also highlighted the increasing contribution of emerging economies, including India, to global data centre expansion and associated electricity consumption.

With AI applications, cloud services and digital infrastructure continuing to expand, access to reliable electricity, renewable energy and advanced grid connectivity is becoming an increasingly important factor in data centre development.

Tata Power’s focus on renewable energy integration, transmission expansion and energy storage solutions is expected to support data centre operators seeking dependable electricity supplies while addressing their sustainability and decarbonisation requirements.

The company’s growing engagement with hyperscale data centre developers also reflects a broader shift in the energy sector, where utilities are increasingly providing integrated infrastructure solutions rather than electricity supply alone.

Through its diversified opportunity pipeline and ongoing investments in transmission and distribution networks, Tata Power is positioning itself to support India’s emergence as a major global hub for AI, cloud computing and digital infrastructure.

The expansion highlights the growing relationship between energy infrastructure development and the digital economy, with renewable energy, grid modernisation and storage technologies expected to play an important role in meeting India’s future data centre electricity requirements.

NVVN Invites Bids For 1,889 kW Rooftop Solar Project At PGI-Chandigarh

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14th October 2026

NTPC Vidyut Vyapar Nigam Limited (NVVN), a wholly owned subsidiary of NTPC Limited, has invited online bids for the development of a 1,889 kW grid-connected rooftop solar power project at the Postgraduate Institute of Medical Education and Research (PGI), Chandigarh. The tender has been issued through domestic competitive bidding under bidding document number NVVN/C&M/2026-27/RE-542. The project aims to establish rooftop solar generation infrastructure at the institute through the appointment of an eligible engineering, procurement and construction (EPC) contractor.

The selected contractor will be responsible for the complete execution of the rooftop solar project, covering design, engineering, supply, installation, testing and commissioning. The scope also includes the operation and maintenance (O&M) of the installed solar power system for a period of 10 years. This long-term maintenance requirement is intended to support the continued operation of the project after commissioning.

In addition to the core project execution activities, the appointed contractor will be required to obtain all necessary permits, licences and regulatory approvals. These responsibilities include securing net metering approvals required for the grid-connected rooftop solar installation. The contractor must ensure that the project is implemented in accordance with the applicable technical requirements and the conditions specified in the tender documents.

Participation in the bidding process is restricted to bidders enlisted as eligible contractors with NVVN. Eligible participants must also fall under the Class-I or Class-II local supplier categories, in accordance with the tender’s specified requirements. The eligibility conditions are intended to ensure that participating companies meet the prescribed requirements for local suppliers and are qualified to undertake the project.

A mandatory site survey has been prescribed for all bidders before submitting their offers. Participants must inspect the project site and submit a formal undertaking confirming the site visit on their company’s letterhead. Failure to provide this undertaking may result in outright rejection of the bid. Bidders are therefore required to complete the site inspection and comply with the documentation requirements before submitting their proposals.

The tender also requires each bidder to furnish an Earnest Money Deposit (EMD) of ₹10 lakh as bid security. The amount can be submitted through electronic fund transfer (EFT) or an electronic bank guarantee (e-BG) using the National e-Governance Services Limited (NeSL) platform. The EMD is a mandatory component of the bid submission process and must be provided in accordance with the tender conditions.

The bidding information does not specify a separate Performance Bank Guarantee (PBG) amount in the available document text. Bidders will need to refer to the complete bidding documents for the applicable performance security requirements and other contractual obligations.

The key tender milestones, including the issuance of the Invitation for Bids, the deadline for submitting bidder queries, the commencement and closing of bid submissions, and the opening of techno-commercial bids, are to be followed as published in the Notice Inviting Tender on NTPC’s electronic procurement portal. The calendar dates are not explicitly stated in the available document text. Bidders can check the official portal at https://eprocurentpc.nic.in/ for the applicable schedule and updates. No pre-bid conference is planned for this tender.

Through this procurement, NVVN is seeking an eligible contractor to deliver the rooftop solar installation and provide long-term maintenance at PGI-Chandigarh. The project combines infrastructure development with a decade-long O&M commitment, placing responsibility for installation, regulatory compliance and continued system performance on the selected EPC contractor.

UrbanChain Partners With Shoreham Port To Supply Renewable Electricity And Support 2035 Net-Zero Target In UK

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14th October 2026

UrbanChain has secured a renewable electricity supply agreement with Shoreham Port in the United Kingdom, supporting the port’s transition towards cleaner and more flexible energy operations. The agreement, which commenced in October 2026, will see UrbanChain supply electricity across Shoreham Port’s 115-acre estate, strengthening its efforts to achieve net-zero Scope 1 and 2 emissions by 2035.

Located on the south coast of England, Shoreham Port operates a major commercial maritime facility accommodating approximately 175 tenants. The port handles around 600 commercial ship calls and 1.5 million tonnes of cargo annually, making energy efficiency and decarbonisation important components of its long-term operational strategy.

Under the agreement, UrbanChain has been appointed as Shoreham Port’s renewable energy partner, providing electricity supply services while supporting the integration of renewable generation, energy storage and electrified infrastructure across the port’s operations.

The partnership forms part of Shoreham Port’s broader sustainability programme, which includes investments in onsite solar power generation, wind energy, battery storage systems and the electrification of port equipment. The port is also working towards replacing conventional fuel-powered machinery with electric alternatives, including cranes, mobile equipment and heavy goods vehicles (HGVs).

As Shoreham Port expands its renewable energy infrastructure, the agreement is expected to provide a more flexible and transparent approach to electricity management. This will support the coordination of onsite renewable generation, battery storage and growing electricity demand associated with the electrification of port operations.

The port currently consumes and generates approximately 1,000 MWh of electricity annually. With further electrification planned across its operations, effective energy management is expected to become increasingly important in maintaining operational efficiency and controlling energy costs.

Beyond renewable electricity supply, the agreement establishes opportunities for wider collaboration between UrbanChain and Shoreham Port. Potential future initiatives include optimising the performance and commercial value of onsite renewable energy assets, improving battery storage utilisation and participating in electricity flexibility markets.

These measures could enable Shoreham Port to manage electricity consumption more efficiently, maximise the use of locally generated renewable power and respond more effectively to changing energy demand.

Brian Rousell, Director of Engineering and Environment at Shoreham Port, highlighted the port’s commitment to achieving net-zero carbon emissions by 2035 through the electrification of its operations. He stated that the partnership with UrbanChain would support the development of environmentally and economically sustainable energy solutions for the port’s long-term future.

Sarah Espir, Partner Account Executive at UrbanChain, emphasised the growing importance of ports in the United Kingdom’s energy transition. She noted that Shoreham Port’s investments in renewable generation, battery storage and fleet electrification provide a foundation for developing a more connected and efficient energy ecosystem.

The collaboration also reflects the expanding role of commercial ports in supporting low-carbon industrial activity and renewable energy infrastructure. With significant land resources, industrial operations and transport networks, ports are increasingly positioned to integrate clean energy technologies and contribute to regional decarbonisation initiatives.

For Shoreham Port, the partnership is expected to support the development of an interconnected energy management system that combines renewable electricity supply, onsite generation, battery storage and electrified equipment.

The agreement further reinforces UrbanChain’s role in supporting commercial and industrial energy users through renewable electricity supply and flexible energy management solutions.

As Shoreham Port progresses towards its 2035 net-zero Scope 1 and 2 emissions target, the collaboration is expected to strengthen its ability to integrate renewable energy technologies, improve operational flexibility and support sustainable growth across its estate.

The partnership represents another development in the UK’s transition towards cleaner maritime infrastructure, highlighting the role of renewable energy, battery storage and electrification in reducing emissions from port operations.

Empowering the Next Generation of Female Engineers: Jinko Academy Shares Knowledge and Inspires Future Energy Leaders

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Sangita Shetty

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14th October 2026

Bringing together 120 future female engineers around a shared vision of knowledge-sharing, innovation, and a more sustainable energy future.

On 28–29 September, Jinko Academy welcomed 100 female engineering students from the inaugural class at Princess Nourah bint Abdulrahman University (PNU) in Saudi Arabia for two days of technical learning, industry insights, and knowledge-sharing. The initiative was organized in collaboration with the IEEE PES Saudi Arabia Chapter, Princess Nourah bint Abdulrahman University, IEEE Young Professionals Saudi Arabia, and the Association for Electrical and Energy Engineering.

A conference room filled with attendees seated in cream chairs, listening to a presenter in front of a large screen displaying information.

The programme provided students with opportunities to engage with industry knowledge, explore emerging technologies, and gain insights into developments shaping the renewable energy sector.

Beyond technical education, the initiative emphasized collaboration between academia and industry, mentorship, and knowledge exchange. Through interactive learning activities and industry engagement, participants gained exposure to the evolving requirements of the energy sector and potential career opportunities in renewable energy.

The programme also highlighted the importance of developing technical capabilities and encouraging greater participation of women in engineering and renewable energy-related professions.

Through Jinko Academy, JinkoSolar aims to support engineering education, promote industry knowledge-sharing, and strengthen partnerships with academic institutions. Such initiatives contribute to developing a skilled workforce capable of supporting the continued growth and transformation of the clean energy sector.

Four professionals standing in front of a reception area with marble walls, a large screen, and a Saudi Arabian flag.

HERC Rejects Green Energy Open Access Settlement Plea Over Scheduling Non-Compliance In Haryana

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14th October 2026

The Haryana Electricity Regulatory Commission (HERC) has dismissed a joint petition filed by Candor Gurgaon One Realty Projects Pvt. Ltd. and Transition Cleantech Services Pvt. Ltd. over a dispute concerning the commercial settlement of green energy open access transactions. The Commission upheld the position taken by Dakshin Haryana Bijli Vitran Nigam Limited (DHBVNL), ruling that compliance with mandatory electricity scheduling requirements is essential for establishing commercial entitlement to open access power.

The dispute relates to solar power supplied from Rajasthan to a consumer in Haryana between September 28, 2024, and November 23, 2024. DHBVNL had refused to provide commercial settlement for the electricity supplied during this period because the consumer had not submitted the required day-ahead schedules through its designated portal. The schedules were required to maintain a constant power level for a minimum of twelve consecutive or specified 15-minute time blocks, as prescribed under the applicable regulatory framework.

The petitioners challenged the utility’s decision, arguing that the solar electricity had physically flowed into the grid and was duly accounted for in the regional energy accounts. They also stated that the applicable deviation settlement mechanism (DSM) charges had been paid in full. According to the petitioners, the scheduling issue was an inadvertent oversight and should not invalidate the commercial benefits associated with the electricity supplied.

The companies further contended that refusing settlement despite the actual injection of power and payment of applicable charges would result in unjust enrichment for the distribution utility. They sought relief from HERC, maintaining that the electricity supply had taken place and that the transactions should be recognised for commercial settlement purposes.

After examining the submissions, the Commission held that the petition was maintainable before it but lacked merit. HERC emphasised that compliance with Regulation 4 of the Haryana Electricity Regulatory Commission (Green Energy Open Access) Regulations, 2023, and Regulations 42 and 45 of the 2012 Open Access Regulations constitutes a mandatory prerequisite for commercial settlement.

The Commission clarified that the required day-ahead schedule must first satisfy the prescribed twelve-time-block condition to establish eligibility for settlement. The scheduling requirement is not merely a procedural formality but a necessary condition under the regulatory framework governing open access transactions.

HERC also rejected the argument that payment of deviation settlement charges could retrospectively correct the scheduling deficiency. It observed that DSM payments address deviations under the applicable settlement mechanism but do not automatically substitute for compliance with mandatory scheduling requirements. Therefore, payment of these charges cannot independently establish commercial entitlement where the prescribed conditions have not been fulfilled.

The Commission further dismissed the petitioners’ reliance on bona fide error and the doctrine of unjust enrichment. It held that the physical injection of electricity into the grid, even when reflected in energy accounts, does not by itself guarantee commercial settlement without compliance with statutory requirements.

Consequently, HERC disposed of the petition in favour of DHBVNL, reinforcing the importance of adhering to scheduling procedures for green energy open access transactions in Haryana.

Vestas Secures 74 MW Wind Turbine Orders From WEB Windenergie AG For Two Projects In Austria

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14th October 2026

Vestas has announced new wind turbine orders totalling 74 MW from WEB Windenergie AG in Austria as part of its third-quarter 2026 order intake. The agreements cover the Maustrenk RI and Spannberg IV Extension wind projects and include long-term Active Output Management (AOM) 5000 service agreements to support operational performance and reliability.

The first order covers the 50 MW Maustrenk RI wind project, for which Vestas will supply eight V162-6.2 MW wind turbines. The project will be supported by a 25-year AOM 5000 service agreement, providing long-term maintenance and performance optimisation to enhance turbine availability and operational efficiency.

The second order involves the 24 MW Spannberg IV Extension wind project, also being developed by WEB Windenergie AG. The project will feature four V162 wind turbines, comprising two V162-5.6 MW units and two V162-6.2 MW units. The agreement also includes a 25-year AOM 5000 service contract to support long-term turbine performance and maintenance requirements.

According to the announced schedule, turbine deliveries for the Spannberg IV Extension project are planned to begin in the first quarter of 2028, with commissioning scheduled to commence in the fourth quarter of the same year. The supplied information does not specify a separate delivery or commissioning timeline for the Maustrenk RI project.

The latest orders strengthen Vestas’ collaboration with WEB Windenergie AG and reflect continued investment in Austria’s onshore wind energy sector. Both projects will utilise Vestas’ V162 turbine technology, designed to support efficient renewable electricity generation across varying wind conditions.

The inclusion of 25-year service agreements for both developments highlights the importance of long-term asset management in wind power projects. Through its AOM 5000 service programme, Vestas will provide maintenance and operational support aimed at maximising turbine availability, improving energy production and maintaining reliable performance throughout the contracted period.

Austria continues to expand its renewable energy infrastructure as part of its efforts to strengthen energy security, reduce carbon emissions and increase the contribution of clean electricity to its national energy mix. Wind energy remains an important component of this transition, alongside hydropower and solar energy.

The Maustrenk RI and Spannberg IV Extension projects are expected to contribute additional renewable electricity generation capacity once operational, supporting Austria’s broader energy transition and decarbonisation objectives.

With a combined announced capacity of 74 MW, the two orders further strengthen Vestas’ presence in the Austrian wind energy market and reinforce its partnership with WEB Windenergie AG in developing renewable energy infrastructure across the country.

Arevon Energy Secures 20-Year Renewable Energy Credit Agreements For 275 MWdc Panther Solar Project In USA

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14th October 2026

Arevon Energy, Inc. has signed three 20-year Indexed Renewable Energy Credit (REC) agreements with Ameren Illinois Company, Commonwealth Edison Company (ComEd) and MidAmerican Energy Company for its 200 MWac/275 MWdc Panther Energy Project in Perry County, Illinois, United States. The agreements represent a significant milestone in advancing the solar development and supporting Illinois’ renewable energy targets.

The Panther Energy Project is scheduled to begin construction in 2027, with completion anticipated in 2028. Once operational, the solar facility is expected to generate enough electricity to supply more than 37,000 homes across Illinois, contributing to the state’s clean energy transition and renewable electricity generation capacity.

The project is also expected to deliver economic benefits to Perry County and surrounding communities. Construction activities are projected to create approximately 200 jobs, while the facility is estimated to generate around $20 million in property tax revenue over its operational lifetime. These contributions are expected to support local schools, infrastructure development and other essential public services.

To strengthen community engagement, Arevon has established a local office in Pinckneyville, providing residents, landowners and other stakeholders with direct access to the Panther Energy project team during development and the upcoming construction phase.

The long-term agreements follow the project’s selection under the Illinois Power Agency’s (IPA) Summer 2026 Indexed REC procurement programme, which received approval from the Illinois Commerce Commission (ICC).

Under the procurement framework, the Panther Energy Project was selected to deliver 421,131 Renewable Energy Credits during its first year of operation. These credits will be distributed among Ameren Illinois, ComEd and MidAmerican through separate long-term agreements with each utility.

The Indexed REC mechanism is designed to provide greater long-term revenue certainty for renewable energy developers, supporting project financing and investment in new clean energy infrastructure. The renewable energy credits acquired by the utilities will contribute towards meeting their obligations under the Illinois Renewable Portfolio Standard.

The Summer 2026 procurement was conducted under Illinois’ Climate and Equitable Jobs Act (CEJA), enacted in 2021, which established the Indexed REC pricing framework for utility-scale renewable energy projects.

As part of the procurement process, the Illinois Commerce Commission approved contracts covering approximately 1.55 GW of new renewable energy capacity. This includes four utility-scale solar projects with a combined capacity of 740 MWac, reflecting continued investment in the state’s renewable electricity infrastructure.

Commenting on the development, Tommy Greer, Chief Commercial Officer at Arevon Energy, highlighted the importance of the agreements in advancing the Panther Energy Project towards construction. He acknowledged the cooperation of Perry County residents, landowners and local authorities throughout the development process and emphasised the project’s expected contribution to local employment, economic growth and reliable renewable electricity generation.

The Panther Energy Project forms part of Arevon’s broader strategy to expand its renewable energy portfolio across the Midwestern United States. The company continues to advance solar energy developments through project construction, operations and new investment opportunities.

Recent milestones in the region include the commencement of operations at Arevon’s 430 MWdc Kelso Solar Project in Missouri and the Ratts 1 and Heirloom Solar Projects in Indiana, which have a combined capacity of 264 MWdc. The Ratts 1 and Heirloom projects were recognised with the 2025 Proximo North America Solar Deal of the Year award.

In Illinois, Arevon is also nearing completion of its 124 MWdc Big Muddy Solar Project in Jackson County. Additionally, the company previously developed and managed construction of the 251 MWdc Gibson Solar Project and the 228 MWdc Posey Solar Project in Indiana on behalf of local utilities.

The latest agreements further strengthen Arevon’s position in the US renewable energy sector while supporting Illinois’ efforts to expand utility-scale solar generation and meet long-term clean energy commitments.

With construction expected to commence in 2027 and commercial operations anticipated following completion in 2028, the Panther Energy Project is positioned to contribute to renewable electricity supply, job creation and long-term economic development in Perry County.

Hoymiles to Showcase Solar and Energy Storage Solutions at REI Expo 2026 in Greater Noida

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Sangita Shetty

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14th October 2026

Hoymiles is set to participate in Renewable Energy India Expo (REI) 2026, scheduled from October 22–24 at India Expo Mart, Greater Noida, where the company will showcase its portfolio of solar and energy storage solutions.

The company will welcome visitors at Hall 12, Booth B531, highlighting its focus on delivering flexible, integrated, and future-ready energy solutions for diverse applications.

As India’s renewable energy sector continues to expand, demand for efficient solar technologies and integrated energy storage systems is growing across residential, commercial, and industrial segments. Hoymiles’ participation at REI 2026 provides an opportunity to engage with industry stakeholders and demonstrate how its solutions can support evolving energy requirements.

During the three-day exhibition, the company will present its solar and energy storage offerings, with an emphasis on system flexibility, energy efficiency, and integration capabilities. The event will also provide a platform for interactions with solar developers, EPC companies, distributors, installers, and other renewable energy professionals.

REI Expo 2026 will bring together renewable energy manufacturers, technology providers, and industry stakeholders to explore emerging technologies, market opportunities, and developments shaping India’s clean energy transition.

Visitors interested in learning more about Hoymiles’ solar and energy storage solutions can connect with the company’s representatives at Hall 12, Booth B531, from October 22–24, 2026.

Vestas Secures 346 MW Wind Turbine Order In Australia With 30-Year Service Agreement

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14th October 2026

Vestas has announced a new 346 MW wind turbine order in Australia as part of its third-quarter 2026 order intake, further strengthening its presence in the Asia-Pacific renewable energy market. The agreement includes the supply of 48 V172-7.2 MW wind turbines, supported by a 30-year Active Output Management (AOM) 5000 service agreement.

The order has been placed by an undisclosed customer for an unnamed wind energy project in Australia. The development will utilise Vestas’ V172-7.2 MW turbine technology, designed to support large-scale renewable electricity generation and deliver efficient operational performance.

Under the agreement, Vestas will supply 48 wind turbines, each with a rated capacity of 7.2 MW, providing a combined installed capacity of approximately 346 MW. The project will also benefit from a 30-year AOM 5000 service agreement, covering long-term turbine maintenance, operational support and performance optimisation.

The inclusion of a long-term service agreement reflects the increasing emphasis on ensuring turbine reliability, maximising energy production and maintaining operational efficiency throughout the lifecycle of utility-scale wind energy projects.

The latest order further strengthens Vestas’ position in Australia’s growing wind energy market, where investment in renewable power infrastructure continues to support the country’s efforts to diversify its electricity generation mix and reduce carbon emissions.

Australia has been accelerating renewable energy deployment as part of its broader energy transition strategy, with large-scale wind and solar projects playing an increasingly important role in meeting electricity demand and supporting the shift towards lower-carbon power generation.

The 346 MW wind project is expected to contribute additional renewable electricity generation capacity once operational, supporting Australia’s clean energy objectives and strengthening the country’s renewable energy infrastructure.

The agreement also highlights continued demand for high-capacity wind turbine technologies and comprehensive long-term service solutions across the Asia-Pacific region.

Vestas has not disclosed the customer’s identity, project name, location within Australia, turbine delivery schedule or expected commissioning timeline.

Vestas Secures 55 MW Wind Turbine Order In Japan With 20-Year Service Agreement

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14th October 2026

Vestas has announced a new 55 MW wind turbine order in Japan as part of its third-quarter 2026 order intake, strengthening its presence in the Asia-Pacific renewable energy market. The agreement includes the supply of 13 V136-4.2 MW wind turbines, supported by a 20-year Active Output Management (AOM) 5000 service agreement.

The order has been placed by an undisclosed customer for an unnamed wind energy project in Japan. The development will utilise Vestas’ V136-4.2 MW turbine technology, designed to support efficient wind power generation and long-term operational performance.

Under the agreement, Vestas will provide 13 wind turbines with a combined capacity of approximately 55 MW. The project will also benefit from a 20-year AOM 5000 service agreement, covering long-term turbine maintenance and performance optimisation to support operational reliability and energy generation efficiency.

The inclusion of a long-term service agreement reflects the growing emphasis on maintaining turbine availability, reducing operational risks and improving the lifecycle performance of wind energy assets.

The latest order further strengthens Vestas’ position in Japan’s wind energy market, where renewable energy development continues to support the country’s efforts to diversify its electricity generation mix and reduce dependence on fossil fuels.

Japan has been expanding its renewable energy sector as part of its broader decarbonisation strategy, with wind power expected to contribute to the development of a more sustainable and resilient electricity system.

The 55 MW project is expected to contribute additional renewable electricity generation capacity once operational, supporting Japan’s clean energy transition and long-term carbon reduction objectives.

The order also highlights continued demand for advanced wind turbine technologies and long-term service solutions across the Asia-Pacific region.

Vestas has not disclosed the project’s customer, location, delivery schedule or expected commissioning timeline.

GIFT Power Seeks GERC Approval For 10 MW RTC Renewable Energy Procurement With 100% Green Shoe Option In Gujarat

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14th October 2026

GIFT Power Company Limited has approached the Gujarat Electricity Regulatory Commission (GERC) seeking approval to issue a Request for Selection (RfS) document for procuring 10 megawatts (MW) of round-the-clock (RTC) renewable energy. The proposed procurement includes a potential 100% Green Shoe Option, which could allow the company to increase the contracted capacity depending on its requirements and the terms of the selection process. The initiative aims to meet the growing electricity demand in the Gujarat International Finance Tec-City (GIFT City) area while ensuring a reliable and sustainable power supply.

GIFT Power Company Limited operates as a dedicated electricity distribution licensee in the greenfield development area of GIFT City. The company has highlighted the rapid expansion of residential, commercial and infrastructure projects as a key factor behind the expected increase in electricity consumption. Several high-rise residential and commercial buildings are anticipated to be completed in the coming years, creating additional demand for dependable electricity services.

To address this expected growth, the company plans to establish long-term power procurement arrangements that can provide a consistent supply of electricity. The proposed procurement is also intended to help the distribution licensee meet its universal service obligations and comply with applicable Renewable Purchase Obligations (RPO) and Energy Storage Obligations (ESO).

In its petition before GERC, GIFT Power Company has requested certain deviations from the standard guidelines issued by the Ministry of Power for the procurement process. These proposed modifications are intended to address project-specific requirements and improve the commercial viability of the renewable energy procurement.

One of the key requests involves changing the power delivery point from the Central Transmission Utility (CTU) interconnection to the periphery of the State Transmission Utility (STU). According to the proposal, this adjustment would help the company manage landed power costs more effectively. The delivery point is an important consideration in determining the overall cost of electricity supplied to consumers.

The company has also sought relaxation of the standard restriction that limits a single bidder to receiving 50% of the total contracted capacity. It has requested that this cap be removed to provide greater flexibility in selecting bidders and potentially secure competitive tariffs. Additionally, the petition proposes provisions to address delays arising from the non-readiness of transmission infrastructure, which could otherwise affect the scheduled commencement of power supply.

The proposed power procurement arrangement includes long-term power purchase agreements (PPAs) with a tenure of 25 years. The agreements are intended to provide price stability and reduce the distribution licensee’s exposure to fluctuations in electricity prices in the open market.

The proposed RTC renewable energy supply is expected to combine renewable generation with energy storage systems to ensure firm and dispatchable power availability. Such arrangements can help address the intermittent nature of solar and wind generation while supporting reliable electricity delivery.

Following preliminary directions from GERC, public notices concerning the petition have been published in major newspapers to invite comments and suggestions from stakeholders. The regulatory process will allow interested parties to present their views before the commission considers the company’s requests and the proposed procurement framework.

Vestas Secures 65 MW Wind Turbine Orders Across Denmark And Italy In Q3 2026

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14th October 2026