SECI Marks 15 Years, Enables 41 GW Renewable Capacity And INR 3.6 Lakh Crore Investment

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22nd September 2026

The Defence Estates Office (DEO), Bhopal Circle, under the Defence Estates Organization, has invited bids for the development of three solar power projects with a combined capacity of 96 MW in Jhansi and Babina Cantonments in Uttar Pradesh. The projects will be developed on vacant defence land under the Design, Build, Finance, Operate, Maintain, and Transfer (DBFOMT) model.

The largest project is a 38 MW solar power plant at GLR Sy No. 270 in Jhansi Cantonment. The project will be developed across approximately 174.12 acres. A separate 30 MW solar project is planned at GLR Sy No. 271 in Jhansi Cantonment on around 135.84 acres. The third project is a 28 MW solar power plant at GLR Sy No. 103 in Babina Cantonment, covering approximately 128.99 acres.

The tenders are restricted to Central Public Sector Undertakings (CPSUs) and Central Government Statutory Bodies. Eligible entities can participate individually or through a consortium, subject to the conditions specified in the respective tender documents. For the 38 MW and 28 MW projects, consortium participation is permitted with a maximum of two members, while private sector participation is not allowed.

Under the DBFOMT structure, the selected concessionaire will be responsible for designing, financing, constructing, operating and maintaining the solar plants. The projects are required to achieve Commercial Operation Date (COD) within 24 months from the Appointed Date. Following COD, the facilities will be operated and maintained for a concession period of 25 years.

The financial model for the projects is based on revenue sharing with the Defence Estates Office. Bidders will quote the Annual Gross Revenue share offered to the Authority, and financial proposals will be evaluated based on the highest revenue share. Revenue collections will be managed through an escrow account under the terms of the concession agreement.

For the 38 MW project, the bid document fee is ₹10,000, while the required Earnest Money Deposit (EMD) is ₹1.615 crore. The selected bidder will also have to submit a Performance Bank Guarantee (PBG) of ₹16.15 crore. The lead consortium member must retain at least 51% equity contribution and voting rights throughout the concession period.

The 30 MW Jhansi project carries a non-refundable bid document fee of ₹10,000, an EMD of ₹1.275 crore and a PBG requirement of ₹12.75 crore. The 28 MW Babina project requires an EMD of ₹1.19 crore and a PBG of ₹11.90 crore.

The RFPs were issued on September 21, 2026. Site visits for the projects are scheduled for September 29, followed by pre-bid meetings on October 1. Bids for the projects are due by October 21, 2026, at 5:00 PM IST. Qualification proposals for the 38 MW and 28 MW projects will open on October 22, while the financial proposals for the 38 MW project are scheduled to open on November 3, 2026.

The tender process is structured as a single-stage, two-sub-stage e-procurement process. Technical qualification will include assessment of bidders’ experience in developing and operating solar projects during the previous seven years. The three projects are aimed at utilizing vacant defence land for renewable energy generation while bringing central public sector entities into the development and long-term operation of solar infrastructure.

Nordex Group Introduces N193/7.X Wind Turbine Variant With Up to 7.3 MW Capacity

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22nd September 2026

The Nordex Group has expanded its Delta4000 wind turbine portfolio with the introduction of the N193/7.X, a new turbine variant designed for medium- and low-wind sites.

The new turbine combines a 7.3 MW installed capacity with a 193-meter rotor diameter and 95-meter single-piece blades. According to Nordex, the N193/7.X can deliver up to 14% higher energy yield than the N175/6.X at typical low- to medium-wind sites.

The turbine will be offered in multiple nominal capacity configurations, allowing its operating parameters to be adapted to different market and site requirements.

For the German market, the N193/7.X will initially be available with a maximum capacity of 6.6 MW. The configuration is intended to address medium- and low-wind sites while considering project economics, permitting requirements and grid connection conditions.

The N193/7.X builds on the existing Delta4000 platform. Key components, including the nacelle, turbine control system and electrical architecture, have been retained and further optimized. Nordex said this approach is intended to leverage established production, logistics and installation processes while reducing the time required for product introduction.

The turbine also offers multiple operating modes that can be configured according to project requirements, including energy yield, capacity factor, noise limitations and service life.

Nordex said the N193/7.X will be available with multiple tower technologies and configuration options to support deployment across different markets and site conditions.

Serial production of the N193/7.X is scheduled to begin in 2029.

José Luis Blanco, CEO of the Nordex Group, said the N193/7.X builds on the Delta4000 platform while introducing enhancements aimed at providing a flexible solution for different market and site requirements.

Trinasolar Supplies 35,350 High-Power Modules for 25 MWp Bugallon Solar Project in Philippines

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22nd September 2026

Trinasolar has supplied 35,350 Vertex N 705W and 710W modules for PetroGreen Energy Corporation’s 25 MWp Bugallon Solar Power Plant in Pangasinan, Philippines.

The project was developed and is operated by Bugallon Green Energy Corporation, a project company under Rizal Green Energy Corporation, a joint venture between PetroGreen and Japan’s Taisei Corporation.

The Bugallon Solar Power Plant recently received its Certificate of Compliance from the Philippines’ Energy Regulatory Commission and commenced commercial operations in the Wholesale Electricity Spot Market (WESM) on September 5, 2026.

Developed under the Green Energy Auction Program Round 2, the project is expected to generate approximately 51 GWh of electricity annually and offset around 36,000 metric tons of carbon dioxide emissions each year.

For the project, Trinasolar supplied its n-type i-TOPCon Vertex N 705W and 710W bifacial dual-glass modules. The modules feature a power temperature coefficient of −0.29% per degree Celsius and are designed to withstand high-temperature and high-humidity conditions, supporting their deployment in the Philippines’ tropical climate.

The Bugallon project continues the partnership between Trinasolar and PetroGreen, which began in 2015. Their previous utility-scale solar projects include the 20 MWp Tarlac-2 project, 27 MWp Dagohoy project in Bohol, and 40 MWp Limbauan project in Isabela.

Maria Victoria M. Olivar, Senior Vice President for Business Development and Commercial Operations at PetroGreen Energy Corporation, said the partnership has supported the company’s growing utility-scale solar portfolio through module technology, supply and project continuity.

Elva Wang, Group Director for Southeast Asia at Trinasolar, said the Bugallon project represents another step toward the Philippines’ target of achieving a 35% renewable energy share in its power-generation mix by 2030.

Pace Digitek’s Subsidiary Secures INR 488.46 Crore BESS Order From NTPC GE Power Services

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22nd September 2026

Pace Digitek Limited’s material subsidiary, Lineage Power Private Limited (LPPL), has secured an order worth ₹488.46 crore, including GST, from NTPC GE Power Services Private Limited (NGSL) for a Battery Energy Storage System (BESS) project at Barh Super Thermal Power Project (STPP), covering NTPC Stages I and II.

Under the order, LPPL will be responsible for the supply, testing, supervision of erection, and commissioning of BESS containers along with Battery Management Systems (BMS) and Energy Management Systems (EMS).

The scope also includes five years of Annual Maintenance Services (AMC) and an additional seven-year extended warranty for the battery containers. The project is scheduled for completion by December 31, 2026.

The order expands Pace Digitek’s participation in the BESS value chain, with LPPL being developed as a product-led BESS business covering manufacturing, product supply, system integration, commissioning, and lifecycle support.

Pace Digitek operationalised 2.5 GWh of BESS manufacturing capacity in 2025 and subsequently expanded its capacity to 5 GWh. The company plans to further scale its manufacturing capacity to 10 GWh by the third quarter of FY2027. It has delivered BESS containers representing more than 1.5 GWh of capacity to date.

The company is also focusing on localisation, system integration, and lifecycle service capabilities as it expands its presence across the energy-storage value chain. Alongside utility-scale BESS projects, Pace Digitek is evaluating opportunities in commercial and industrial (C&I) applications, particularly among power-intensive customers.

Commenting on the development, Venugopalrao Maddisetty, Chairman and Managing Director, Pace Digitek Limited, said that the order strengthens LPPL’s position as a product-led BESS business by combining product supply, commissioning, and long-term lifecycle support.

He added that the company is focused on expanding manufacturing capacity and strengthening localisation, integration, and service capabilities to serve utility-scale energy-storage requirements as well as emerging C&I applications.

MERC Proposes New Rooftop Renewable Rules With Mandatory ESS And 70% Grid Capacity Cap In Maharashtra

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22nd September 2026

The Maharashtra Electricity Regulatory Commission (MERC) has released its Draft Grid Interactive Rooftop Renewable Energy Generating Systems Regulations, 2026, proposing an updated framework for rooftop solar and other grid-connected renewable energy systems across Maharashtra. The draft regulations have been prepared under Sections 86(1)(e) and 181 of the Electricity Act, 2003.

The proposed framework covers Net Metering, Net Billing, Group Net Metering, Gross Metering and Virtual Net Metering arrangements. It also includes grid-connected systems operating behind the meter without exporting electricity to the grid. Eligible consumers can install systems up to their contracted demand or sanctioned load, while behind-the-meter systems can be installed without a contract demand limit if they do not inject power into the grid.

Consumers would also be permitted to change their metering arrangement twice during the validity of their connection agreement through the distribution licensee’s online portal.

A major feature of the draft is the proposed mandatory Energy Storage System (ESS) requirement. New grid-interactive rooftop and behind-the-meter systems above 100 kW would have to incorporate storage. The requirement would be equivalent to 50% of installed capacity with a two-hour duration or 25% of installed capacity with a four-hour duration. A minimum storage requirement of 1 kWh per kW of installed capacity would apply until 2030, increasing to 2 kWh per kW thereafter.

The draft also proposes limits on rooftop renewable capacity connected to individual distribution transformers or feeders. The cumulative connected capacity would generally be restricted to 70% of the rated capacity of the concerned transformer or feeder. Distribution licensees could permit higher capacity after carrying out detailed load studies.

Technical safeguards would include automatic anti-islanding and synchronization systems to prevent electricity injection during grid outages. Inverters would also be required to provide harmonic filtering and daily generation data sharing in accordance with applicable national standards. Unannounced behind-the-meter installations above 1 kW would attract additional fixed charges at twice the applicable default rate.

The proposed banking framework would vary according to the prosumer’s contracted renewable capacity. Systems up to 3 kW would receive annual banking without time-slot restrictions or banking charges, while systems between 3 kW and 10 kW would follow monthly settlement. Larger systems would use monthly settlement across multiple time slots and would be subject to fixed and variable banking and standby charges.

For systems above 5 MW, banking would be limited to 10% of consumption per slot, with the framework moving toward 15-minute scheduling and withdrawal of banking services after three years.

Connection applications and fee payments would be processed electronically. Connection agreements would remain valid for 20 years, while existing systems would continue under their existing regulations until expiry, capacity enhancement or voluntary migration.

MERC Proposes Seven Regulatory Changes To Support 100 GW RE And 20 GW/100 GWh Storage In Maharashtra

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22nd September 2026

Maharashtra renewable energy and battery storage grid

The Maharashtra Electricity Regulatory Commission (MERC) has initiated a major overhaul of the state’s electricity regulations following the notification of Maharashtra’s Renewable Energy and Energy Storage Policy for 2025–26 to 2035–36. The proposed changes seek to align the regulatory framework with the state’s growing renewable energy capacity, rising peak demand, and increasing integration of variable solar and wind generation.

The state policy targets a 50% share of renewable energy in total electricity demand by FY 2029–30 and 65% by FY 2035–36. It also requires distribution licensees to procure energy storage capacity equivalent to at least 10% of their demand by FY 2035–36, with 85% of annual stored energy required to come from renewable sources. These targets could translate into around 100 GW of renewable energy capacity and 20 GW/100 GWh of energy storage capacity by FY 2035–36.

To implement the policy through enforceable regulations, MERC constituted a multi-stakeholder Working Group in April 2026. The Commission subsequently released seven draft regulations and amendments covering transmission connectivity, open access, rooftop renewable energy, battery storage, forecasting, renewable purchase obligations, and the state grid code.

The proposed Intra-State Transmission Connectivity and General Network Access Regulations, 2026, seek to align Maharashtra’s transmission framework with national GNA provisions. The draft replaces point-to-point access with capacity-based entitlements and introduces Solar-Hour, Non-Solar-Hour, and Full-Day access options. It also allows connectivity to be transferred or split.

The Distribution Open Access Regulations, 2026, propose a unified framework for conventional Open Access and Green Energy Open Access. Standalone energy storage systems that draw electricity only for intermediate storage would be exempt from transmission, wheeling, and cross-subsidy charges when the stored energy is consumed within Maharashtra.

For rooftop renewable energy systems, MERC has proposed mandatory battery storage for new installations above 100 kW. Such systems would need storage equivalent to 50% of renewable capacity for two hours or 25% for four hours. The draft also introduces Virtual Net Metering for residential consumers and public bodies.

Separate BESS regulations would establish operational, connectivity, and accounting rules for storage facilities functioning as both electricity consumers during charging and generators during discharge. The State Grid Code would also extend technical, scheduling, operational, and ancillary service requirements to BESS facilities.

MERC has also proposed changes to forecasting, scheduling, and deviation settlement. The framework would gradually shift between FY 2026–27 and FY 2030–31 toward calculating deviation errors based on scheduled generation rather than available capacity.

Another major change concerns renewable energy banking. The existing in-kind banking mechanism is proposed to be replaced with monetary charges comprising a fixed Banking and Standby Charge in Rs/kW/month and a variable Banking Charge in Rs/kWh on set-off energy. Banking provisions would vary according to contracted renewable capacity, with larger projects receiving more banking slots.

Projects of 10–100 kW would have four monthly banking slots, while 0.1–1 MW projects would receive eight slots. Projects between 1–5 MW would have 12 slots, and projects above 5 MW would have 24 slots. Systems up to 10 kW would not attract banking and standby charges under the proposed framework.

MERC stated that existing long-term contracts would continue to receive protection through grandfathering provisions. The proposed regulatory overhaul is intended to strengthen grid security, support renewable and storage investments, and improve cost allocation among electricity consumers.

Adani Group Plans 2,700 MW Pumped Storage Expansion as Part of INR 63,000 Crore Assam Power Investment

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22nd September 2026

Adani Group is set to expand its energy storage footprint in Assam with plans to develop 2,700 MW of pumped storage capacity, forming a key part of the Group’s ₹63,000 crore investment in the state’s power sector.

Through Adani Green Energy Limited (AGEL), the Group plans to invest approximately ₹15,000 crore in two Pumped Storage Plants (PSPs) with a combined capacity of 2,700 MW. The projects will add large-scale storage infrastructure to Assam’s evolving power system and complement other investments across generation and grid infrastructure.

Pumped storage facilities can store electricity by using power to move water to an elevated reservoir and subsequently release it through turbines when electricity is required. Such systems can provide large-scale, long-duration energy storage and help electricity networks manage variations between power supply and demand.

The storage investment forms part of a broader power-sector programme that also includes Adani Power Limited’s ₹48,000 crore, 3,200 MW Ultra-Supercritical Thermal Power Plant at Chapar in Dhubri district. Assam Chief Minister Himanta Biswa Sarma recently laid the foundation stone for the project, which is planned for phased commissioning from December 2030.

Alongside generation and storage capacity, Adani Energy Solutions Limited (AESL) is implementing smart metering projects in Assam to support the modernisation of the state’s electricity distribution infrastructure.

Together, the pumped storage, power generation and grid-modernisation projects represent approximately ₹63,000 crore of planned power-sector investment in Assam.

The 2,700 MW pumped storage portfolio is particularly significant for the state’s future energy infrastructure, providing storage capacity that can support grid flexibility as electricity demand and variable renewable generation increase.

Across sectors, Adani Group’s investments in Assam are expected to exceed ₹80,000 crore, encompassing power, energy storage, electricity distribution infrastructure and aviation, among other activities.

NextEra Energy and Dominion Energy Unveil Virginia Package to Accelerate Clean Energy and Storage

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22nd September 2026

NextEra Energy and Dominion Energy have announced an expanded benefits package tied to their proposed combination, outlining additional commitments aimed at lowering residential energy costs, accelerating clean energy development and creating jobs across Virginia. The companies said the package was developed in response to feedback from policymakers and other stakeholders.

Under the proposal, residential customers would receive $10 per month in bill credits for four years, doubling the previously proposed two-year period. The companies plan to work with the Virginia State Corporation Commission (SCC) to redirect credits that otherwise would have gone to large-scale data centers toward additional residential customer relief while increasing the overall shareholder-funded customer credit amount.

The companies also plan to increase funding for EnergyShare, Dominion Energy’s shareholder-funded energy bill assistance program, by $100 million through 2038. They reaffirmed that customers would not bear costs associated with the proposed transaction.

Clean Energy and Storage Development

The proposed package includes plans to accelerate the development of new generation and energy infrastructure across Virginia, including solar, battery storage, dispatchable resources and nuclear energy. NextEra Energy and Dominion Energy said they would use their combined supply chains, construction capabilities and experience to advance renewable energy and storage projects in accordance with the Virginia Clean Economy Act.

The companies also reiterated support for measures intended to ensure that residential and small-business customers are protected from costs associated with serving large-scale data centers.

1,000 New Jobs and Richmond Expansion

As part of the package, NextEra Energy would maintain its current Virginia employee headcount levels for five years and add 600 new NextEra Energy jobs in the state. Suppliers working with the company are expected to create another 400 jobs. A new NextEra Energy office tower would also be constructed beside Dominion Energy’s existing headquarters in Richmond as part of the combined company’s co-headquarters.

The Richmond operations are expected to support activities including renewable energy development, battery storage operations, supply-chain management, nuclear and small modular reactor innovation, enterprise technology and cybersecurity.

$100 Million Workforce Investment and Supplier Program

The companies have proposed a $100 million workforce development investment in Virginia, including career development, hands-on training and apprenticeship initiatives. An independent organization would also be established to manage a workforce development fund involving representatives from Virginia’s educational and technical institutions.

In addition, the companies plan to establish a Virginia Supplier Program involving spending commitments of up to $1 billion annually for five years to support cost-competitive contractors, suppliers and service providers operating in the state.

Dominion Energy Virginia to Remain Locally Led

Under the proposed combination, Dominion Energy Virginia would retain its name and remain locally led, separately regulated and accountable to the SCC. The companies also plan to maintain dual headquarters in Richmond, Virginia, and Juno Beach, Florida, while preserving Dominion Energy Virginia’s local leadership and Virginia-based board structure.

The proposed transaction remains subject to regulatory approvals, antitrust review and other customary closing conditions. The companies have submitted additional information about the expanded benefits package to the SCC, with the commitments contingent on approval and completion of the transaction.

NextEra Energy and Dominion Energy currently expect the proposed combination to close in the second half of 2027.

Illinois Regulators Approve 21-Mile Transmission Project to Strengthen Power Reliability and Support Economic Growth

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22nd September 2026

Residents and businesses in LaSalle and Bureau Counties are set to benefit from improved electricity reliability and additional power capacity following regulatory approval of the Illinois Valley Reliability Project, being developed by Ameren Transmission Company of Illinois (ATXI).

The project will involve construction of an approximately 21-mile, 138-kilovolt (kV) transmission line, upgrades to the existing Princeton substation near Princeton, Illinois, and development of a new switching station near Peru. The switching station will provide greater flexibility in routing electricity through the transmission network, helping maintain reliable service during outages, storms and planned maintenance.

According to ATXI, the additional transmission path is expected to strengthen the regional grid while increasing the amount of electricity available to meet future demand. The added capacity could also support new commercial and industrial development in Princeton, Peru and surrounding communities.

The planned transmission line will generally run east to west. Beginning northeast of Princeton, it will largely parallel Interstate 80 before diverging from the highway, continuing north of Ladd and approaching Peru from the north.

Local officials welcomed the approval, highlighting the project’s potential reliability and economic benefits. Princeton officials said the infrastructure could enhance electricity reliability while supporting economic opportunities in the city and surrounding region. Peru officials similarly noted that the additional transmission capacity could help strengthen the area’s electricity infrastructure and enable future development.

The Illinois Municipal Electric Agency (IMEA) also welcomed the Illinois Commerce Commission’s approval, saying the project would improve electric reliability for its member communities of Peru and Princeton while creating additional opportunities for economic growth.

Before submitting its proposed routes to the Illinois Commerce Commission, the project team conducted three rounds of in-person and virtual public open houses in August, September and November 2025. ATXI said community feedback gathered during the consultation process was reviewed and considered in developing the primary and alternate transmission routes filed with regulators.

ATXI plans to engage local contractors and union workers during construction, aiming to retain employment and other economic benefits within nearby communities.

The Illinois Valley Reliability Project forms part of broader efforts to reinforce regional transmission infrastructure and prepare the electricity system for growing demand and future energy needs.

HERC Rejects 1,412 kW Net-Metering Relaxation, Orders Gross Metering For SVSU Solar Project In Haryana

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22nd September 2026

The Haryana Electricity Regulatory Commission (HERC) has declined to relax the statutory net-metering limit for Shri Vishwakarma Skill University (SVSU), Palwal, but has directed the distribution licensee to facilitate grid connectivity for the university’s 1,412 kW solar project under a gross-metering arrangement.

The decision was issued on September 21, 2026, following a petition filed by SVSU through its Project Management Consultant, Ircon Infrastructure & Services Limited. The university had sought an exemption from the existing 500 kW net-metering ceiling to allow its 1,412 kW rooftop solar installation at the Dhudhola campus to operate under net metering.

The solar project was developed at an investment of ₹9.88 crore. SVSU stated that the project was conceptualized during 2018–19 and that its 5,000 kW high-tension load had been sanctioned in May 2020. According to the university, solar installations of higher capacities were permissible under the administrative framework applicable at the time.

However, when SVSU attempted to register the completed solar installation on the net-metering portal in 2024, the application was restricted to 500 kW. The university argued that refusing net-metering for the entire project would leave significant public investment and renewable energy infrastructure underutilized.

Dakshin Haryana Bijli Vitran Nigam (DHBVN) opposed the requested relaxation. The distribution licensee maintained that the 500 kW ceiling was linked to the Electricity (Rights of Consumers) Rules, 2020, and applicable HERC regulations. DHBVN also argued that the Commission’s power to relax regulations could not be used to effectively modify subordinate legislation.

HERC rejected SVSU’s request, noting that the university had not obtained technical feasibility approval or a formal Letter of Approval under the earlier 2019 regulations before making the investment. The Commission also observed that the 5,000 kW load sanction provided authorization for electricity consumption but did not establish a vested right to net metering.

At the same time, HERC considered the need to prevent the university’s public investment in the solar project from becoming stranded. The Commission determined that gross metering could provide a legally permissible alternative for utilizing the entire solar capacity.

Under the gross-metering arrangement, SVSU will be able to inject electricity generated by the 1,412 kW solar project into the grid and receive compensation based on applicable HERC-determined tariffs, while its electricity consumption will be billed separately under prevailing retail tariffs.

HERC has directed SVSU to apply under the gross-metering framework. DHBVN has been instructed to execute the required interconnection agreements, install automated meter reading equipment and complete grid synchronization within 45 days of receiving the application.

Waaree Energies Secures 2 GW Solar Module Supply Order From Leading Domestic Solar Developer

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22nd September 2026

Waaree Energies Limited has received an order for the supply of 2 GW of solar modules from a leading solar developer in India.

The company received the order on September 21, 2026, according to a regulatory filing with the stock exchanges. The customer has been described as a “renowned customer” and a leading solar developer, while its name has not been disclosed.

Under the order, Waaree Energies will supply 2 GW of solar modules during FY2026-27 and FY2027-28. The contract is classified as a one-time order.

The filing identifies the awarding entity as a domestic entity. However, Waaree Energies has not disclosed the financial value of the order.

The company also confirmed that the order does not involve any interest from its promoter or promoter group in the awarding entity. The contract does not fall under related-party transactions.

RWE Approves 400 MW/1,100 MWh Battery Storage Project at Moerdijk in Netherlands

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22nd September 2026

RWE has taken a final investment decision to develop a 400 MW/1,100 MWh large-scale battery energy storage system at its Moerdijk power station site in the Netherlands, strengthening grid flexibility and supporting the integration of renewable energy into the Dutch electricity system.

The project will comprise 208 containers equipped with lithium-ion batteries and will be capable of delivering its full output for almost three hours. Construction is expected to begin shortly, with commissioning scheduled for the second quarter of 2028.

According to RWE, the battery will be one of the largest and most powerful storage systems in the Netherlands. The company said the facility will be capable of covering the evening peak electricity demand of approximately 500,000 households for nearly three hours while also absorbing surplus electricity from the grid within seconds.

Nikolaus Valerius, CEO of RWE Generation SE, said the project represents an important milestone for electricity supply reliability and grid congestion relief in Noord-Brabant. He highlighted the growing role of battery storage in creating a resilient electricity system capable of accommodating increasing volumes of renewable generation.

The battery will utilise existing infrastructure at the Moerdijk site and connect to the national electricity grid through the existing substation at RWE’s power plant.

Under capacity steering agreements with Dutch transmission system operator TenneT, the facility will be dispatched to help relieve grid congestion in the Noord-Brabant region. Its location near the Moerdijk-Noord high-voltage substation is expected to help alleviate regional grid bottlenecks and improve the utilisation of existing network capacity.

TenneT, together with regional grid operator Enexis, will assess how the additional flexibility could create grid capacity for electricity consumers currently on waiting lists. The development is also expected to be considered as part of the region’s congestion management review.

In addition to congestion management, the battery will be designed to provide advanced grid services, including instantaneous reserve, or inertia.

The Moerdijk site already hosts a 7.5 MW/11 MWh synthetic inertia battery connected to the continental European electricity grid. RWE also operates a 35 MW/41 MWh battery storage facility at its Eemshaven power plant in the Netherlands.

The new Moerdijk battery will also complement RWE and TotalEnergies’ 795 MW OranjeWind offshore wind project off the Dutch coast. The offshore project is designed to combine renewable generation with flexible energy technologies that can better align electricity production with demand.

The Moerdijk battery will be able to store electricity during periods of high wind generation and return it to the grid when required. Alongside technologies including electrolysers, e-boilers and smart charging, the storage facility is expected to support the integration of OranjeWind generation into the Dutch electricity system.

RWE is expanding its battery storage portfolio across Europe, the United States and Australia. The company currently operates battery storage systems with a combined capacity of approximately 1.7 GW globally, while another 3 GW is under construction.

The company plans to continue expanding its global battery storage capacity as part of its broader renewable energy and energy transition strategy.

HERC Orders Deemed Connectivity For 6 MW Captive Solar Project After HVPNL Delay In Haryana

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22nd September 2026

The Haryana Electricity Regulatory Commission (HERC) has ruled on a petition filed by M/s BSL Casting against Haryana Vidyut Prasaran Nigam Ltd. (HVPNL) over delays in granting grid connectivity and Long-Term Open Access (LTOA) for a 6 MW captive solar power project in Hisar district, Haryana.

BSL Casting had established the 100% captive solar project to supply electricity to its industrial premises in Faridabad. The company submitted its online application for grid connectivity on March 6, 2026. Under the applicable HERC regulations and approved procedure, such applications are required to be processed within 30 days.

The petitioner approached HERC under Sections 142 and 146 of the Electricity Act, 2003, alleging that HVPNL had failed to comply with the prescribed timeline. BSL Casting sought a penalty of ₹1 lakh against HVPNL, ₹2 lakh towards litigation expenses, and deemed connectivity from the date of completion of the 30-day period.

HVPNL argued that the application became complete only on April 6, 2026, following submission of a corrected Bank Guarantee. The utility also contended that deemed approval provisions applied to Open Access and not to the preceding stage of grid connectivity. It cited internal administrative processes, including bay allocation proposals and approvals from Whole-Time Directors, as reasons for the delay.

HERC, however, took exception to these administrative delays and issued interim directions requiring HVPNL to grant connectivity. On June 26, 2026, the Commission approved deemed connectivity for BSL Casting with effect from May 6, 2026. HVPNL subsequently issued formal grid connectivity approval on June 30, 2026, followed by LTOA approval on August 19, 2026.

The Commission had also issued Show Cause Notices to senior HVPNL officials on July 10, 2026, citing the utility’s delayed compliance and its issuance of post-facto approval instead of recognizing the deemed connectivity.

In its final order, HERC rejected HVPNL’s interpretation that grid connectivity was outside the 30-day requirement. The Commission observed that connectivity is an essential antecedent to Open Access and held that internal administrative procedures cannot be used to bypass regulatory timelines.

HERC also directed HVPNL to streamline its approval process for LTOA applications. Instead of waiting for formal Whole-Time Director meetings, the utility was instructed to adopt a revolving file circulation mechanism among directors to reduce administrative delays.

While noting administrative lapses, bureaucratic inertia and red-tapism, HERC decided not to impose financial penalties. The Commission considered the extension of the MNRE ALMM exemption deadline to December 31, 2026. Since both connectivity and LTOA were granted before the revised deadline, the Commission concluded that BSL Casting had not suffered any financial or material loss. Accordingly, HERC discharged the Show Cause Notices without imposing monetary penalties.

SWREL Secures INR 985 Crore-Plus Orders for 534.3 MWp Solar and 616 MWh BESS Projects

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22nd September 2026

Sterling and Wilson Renewable Energy Limited (SWREL) has secured two renewable energy orders in India and South Africa with a combined value exceeding ₹985 crore, including taxes.

The orders include a 534.3 MWp solar project in Rajasthan and two Battery Energy Storage System (BESS) projects in South Africa with a combined energy storage capacity of 616 MWh.

The Rajasthan order has been awarded by a leading Indian independent power producer (IPP) and represents a new customer for SWREL. The scope of work includes the Balance of System (BOS) package for the 534.3 MWp solar project.

According to the company, the Rajasthan project is estimated to reduce carbon dioxide emissions by approximately 0.80 million tonnes following commissioning, contributing to the expansion of clean energy generation in the state.

Separately, SWREL has secured an order for two BESS projects totaling 616 MWh in South Africa from a Middle East-based renewable energy project developer. The contract has been awarded by an existing customer and covers turnkey engineering, procurement and construction (EPC) services for the battery storage projects.

SWREL said the South African development will be the second-largest utility-scale BESS project undertaken by the company, further expanding its presence in the growing energy storage segment.

Commenting on the orders, Chandra Kishore Thakur, Global CEO of Sterling and Wilson Renewable Energy, said the wins in Rajasthan and South Africa demonstrate continued business momentum and customer confidence in the company’s project execution capabilities.

He added that the orders reflect the strength of SWREL’s customer relationships, domain expertise and skilled workforce developed through its experience in delivering renewable energy projects.

The latest contracts expand SWREL’s solar EPC and battery storage portfolio across domestic and international markets and strengthen the company’s participation in utility-scale renewable energy and energy storage projects.

RWE Secures 119 MW Onshore Wind Capacity in Germany’s Latest Auction

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22nd September 2026

RWE has secured contracts for two onshore wind projects with a combined capacity of 119 MW in the latest auction conducted by Germany’s Federal Network Agency (Bundesnetzagentur).

Subject to final investment decisions, both projects are scheduled to be commissioned in 2028 and will contribute to RWE’s continued expansion of its renewable energy portfolio in Germany.

The larger of the two developments is the 84 MW Jüchen 3 greenfield wind project, planned on recultivated land at the former Garzweiler open-cast mine in the Rhein-Kreis Neuss district of North Rhine-Westphalia.

The second project involves the repowering of RWE’s existing Seedorf wind farm in the Rotenburg (Wümme) district of Lower Saxony. Under the proposed development, five existing wind turbines with a combined capacity of 9 MW will be replaced by five modern turbines providing a total installed capacity of 35 MW.

The repowering project will therefore increase the wind farm’s installed capacity by 26 MW while maintaining the same number of turbines.

The auction success supports RWE’s strategy of expanding renewable energy capacity in its domestic German market as electricity demand increases and the country advances its energy transition.

RWE currently operates approximately 770 MW of onshore wind capacity across Germany. The company continues to develop wind and solar projects throughout the country as part of its renewable energy growth strategy.

The two newly awarded projects, subject to investment approval and successful development, are expected to add further capacity to RWE’s German onshore wind portfolio from 2028.

Oriana Power Wins 900 MW/1800 MWh BESS Projects in Maharashtra Worth INR 3870 Crore

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22nd September 2026

Oriana Power Limited has secured two Letters of Award (LOAs) from Maharashtra State Electricity Distribution Co. Limited (MSEDCL) for setting up a combined 900 MW/1,800 MWh Battery Energy Storage System (BESS) capacity in Maharashtra. The awards were issued on September 18, 2026, following a tariff-based global competitive bidding process supported by Viability Gap Funding (VGF) under the Power System Development Fund (PSDF) scheme and conducted through an e-reverse auction.

MSEDCL had floated a total tender capacity of 2,000 MW/4,000 MWh for the projects. Oriana Power emerged as the successful bidder for 900 MW/1,800 MWh, representing nearly half of the tendered capacity.

The first award covers a 500 MW/1,000 MWh BESS system to be located at Maharashtra State Electricity Transmission Company Limited (MSETCL) substations. The project was awarded at a tariff of Rs. 2,38,000 per MW per month, excluding Goods and Services Tax (GST). The second award is for a 400 MW/800 MWh BESS system at MSEDCL substations, with a tariff of Rs. 2,40,000 per MW per month, excluding GST.

The combined estimated consideration for both projects over the 15-year Battery Energy Storage Purchase Agreement (BESPA) period is approximately Rs. 3,870 crore. The 500 MW project is estimated to generate around Rs. 2,142 crore over the contract period, equivalent to approximately Rs. 142.80 crore annually. The 400 MW project is expected to contribute around Rs. 1,728 crore, or approximately Rs. 115.20 crore annually.

Based on current project cost estimates, Oriana Power expects to receive approximately Rs. 324 crore in VGF support for the two projects. The 15-year operational period for each BESS project will commence from its respective Commercial Operation Date (COD), following execution of the final BESPAs.

Oriana Power stated that MSEDCL is a domestic entity and confirmed that neither its promoter group nor related parties have any interest in MSEDCL. Accordingly, the transactions do not constitute related party transactions.

Commenting on the win, Rupal Gupta, Founder, MD & CEO, TrueRE Oriana Power, said, “The award of 900 MW / 1,800 MWh of BESS capacity by MSEDCL marks an important milestone in TrueRE Oriana Power’s journey. This new win reflects our capabilities in the renewable energy and energy storage value chain and will further strengthen our presence in the utility-scale BESS segment.”

TrueRE Oriana Power Secures 900 MW/1,800 MWh BESS Awards from MSEDCL in Maharashtra

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22nd September 2026

TrueRE Oriana Power Limited has secured two Letters of Award (LOAs) from Maharashtra State Electricity Distribution Company Limited (MSEDCL) for the development of an aggregate 900 MW/1,800 MWh of Battery Energy Storage System (BESS) capacity across Maharashtra.

The two projects have an aggregate consideration of approximately ₹3,870 crore over a 15-year period, excluding GST, strengthening the company’s presence in India’s utility-scale energy storage market.

The awarded capacity is divided into two projects. The first involves the development of a standalone 500 MW/1,000 MWh BESS at Maharashtra State Electricity Transmission Company Limited (MSETCL) substations at a tariff of ₹2,38,000 per MW per month.

The second project comprises 400 MW/800 MWh of BESS capacity at MSEDCL substations at a tariff of ₹2,40,000 per MW per month. This capacity has been awarded under the Mukhyamantri Saur Krushi Vahini Yojana 2.0 (MSKVY 2.0), Maharashtra’s programme focused on decentralised solarisation of agricultural feeders.

Rupal Gupta, Founder, Managing Director and CEO of TrueRE Oriana Power, said the increasing integration of renewable energy into India’s electricity system is creating a greater need for energy storage to improve grid flexibility and reliability while helping balance electricity generation with demand.

Gupta said the award of 900 MW/1,800 MWh of BESS capacity represents an important milestone for the company and is expected to further strengthen its position in the utility-scale battery storage segment.

The projects were awarded through a tariff-based global competitive bidding process followed by an e-reverse auction. They will also receive Viability Gap Funding (VGF) support under the Power System Development Fund (PSDF) scheme.

TrueRE Oriana Power expects to receive approximately ₹324 crore in VGF support based on the projects’ current estimated costs.

The storage facilities will operate under Battery Energy Storage Purchase Agreements (BESPAs) for a period of 15 years from their respective Commercial Operation Dates. The scheduled commissioning timelines will be determined under the respective BESPAs, which are yet to be executed.

The awards are expected to expand TrueRE Oriana Power’s capabilities in developing, deploying and operating grid-scale energy storage infrastructure. As renewable energy accounts for a growing share of India’s electricity system, large-scale battery storage is expected to play an increasingly important role in supporting grid stability and the integration of variable renewable generation.

TrueRE Oriana Power said it will continue focusing on generation, storage and integrated energy infrastructure as part of its participation in India’s energy transition.

CleanMax Appoints New Projects Head, Divests 26% Stakes In Three Subsidiaries

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22nd September 2026

Clean Max Enviro Energy Solutions Limited has announced a series of strategic corporate developments, including the appointment of a senior projects executive and equity divestments in three of its subsidiaries. The decisions were approved by the company’s Board of Directors on September 21, 2026.

The company has entered into agreements to divest minority stakes in three wholly owned subsidiaries. CleanMax will sell 2,600 equity shares, representing a 26% stake in Clean Max Kyuu Private Limited, to Strata Geosystems (India) Private Limited for ₹26,000. The subsidiary was incorporated in 2026 and has not contributed to CleanMax’s turnover or revenue.

In a similar transaction, CleanMax will sell 2,600 shares, equivalent to a 26% stake in Clean Max Roku Private Limited, to Goodluck India Limited for ₹26,000. The company was also incorporated in 2026 and has not contributed to the parent company’s revenue.

CleanMax has further approved revised terms for the proposed sale of 2,600 equity shares, representing a 26% stake in Clean Max Ilgohp Private Limited, to Nuvoco Vistas Corporation Limited for ₹26,000. The transaction follows an earlier disclosure dated April 28, 2026. Clean Max Ilgohp reported zero turnover during FY2025–26 and had a net worth of negative ₹69,252.

CleanMax stated that Strata Geosystems, Goodluck India, and Nuvoco Vistas are not part of its promoter or promoter group and that the transactions do not constitute related-party transactions. The definitive Share Purchase Agreements for all three transactions are expected to be executed by December 31, 2026.

CleanMax has also appointed Vipin Balan as its new Head of Projects. Balan brings more than 31 years of experience across India’s wind and solar energy sectors, with expertise spanning project development, construction, investment management, and commercial operations. Before joining CleanMax, he held senior positions at organizations including General Electric Renewables, Enel Green Power, British Petroleum, Enercon, Regen Powertech, and CIP Terra Technologies. He is a mechanical engineer and holds a Post Graduate Diploma in Management in Marketing.

Aster DM Quality Care, Oyster Renewable Commission 10 MW Solar Project for Aster Medcity in Kerala

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22nd September 2026