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25 June 2025
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Jun 25, 2025Renewable Watch
BW ESS and Ibersun have formed a joint venture to develop utility-scale battery energy storage system (BESS) projects across Spain. The joint venture of the companies is targeting greenfield, four-hour duration assets. It will progress with an initial 2.2 GW pipeline of eight projects.
The two companies will have equal ownership in the projects. Ready-to-Build status for the projects is expected to be achieved within two years. Furthermore, the partners anticipate pursuing a diverse range of revenue generation strategies.
Earlier in May 2025, BW ESS secured debt financing for the 100 MW/331 MWh Bramley battery energy storage system asset in Bramley, Hampshire. Under this agreement, the Australian bank Westpac and UOB will contribute 50 per cent each for the debt facility. The BESS project benefits from a market-first seven-year tolling agreement with Shell Energy Europe. It was inaugurated in February 2025.
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Bw Ess And Ibersun Join Forces For 2.2 Gw Bess Project In SpainBW ESS and Ibersun have formed a joint venture to develop utility-scale battery energy storage system (BESS) projects across Spain. The joint venture of the companies is targeting greenfield, four-hour duration assets. It will progress with an initial 2.2 GW pipeline of eight projects.
The two companies will have equal ownership in the projects. Ready-to-Build status for the projects is expected to be achieved within two years. Furthermore, the partners anticipate pursuing a diverse range of revenue generation strategies.
Earlier in May 2025, BW ESS secured debt financing for the 100 MW/331 MWh Bramley battery energy storage system asset in Bramley, Hampshire. Under this agreement, the Australian bank Westpac and UOB will contribute 50 per cent each for the debt facility. The BESS project benefits from a market-first seven-year tolling agreement with Shell Energy Europe. It was inaugurated in February 2025.
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25 June 20251 min readBw Ess And Ibersun Join Forces For 2.2 Gw Bess Project In Spain
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25 June 2025
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Ireland’S Solar Capacity Hits 1.76 GwThe new “Scale of Solar 2025” report by Solar Ireland claims Irish solar has grown by almost 160% since 2023, with the country’s installed PV capacity increasing by 156.8% in two years. The report is based on grid-connection and capacity data from Ireland's distribution system operator, ESB Networks, dating to May 31 of this year.
Despite the promising growth, Ireland currently remains well behind its 2030 target of 8 GW of installed PV. Its total installed solar capacity was 1.76 GW at the end of May.
Utility-scale solar farms make up the backbone of the new capacity, delivering power directly to the grid. The report said micro-generation and small-scale solar power is also making a difference to the sector’s overall growth, particularly as government support schemes incentivize people to install solar for self-consumption.
Ronan Power, CEO of Solar Ireland, said “2025 marks a pivotal moment – not just for solar, but for how we define its place in Ireland’s energy future … In just a few years, we’ve seen solar move from the sidelines to the center of national energy policy.”
Utility-scale solar’s growth trajectory is strong. Ireland’s first large-scale solar farm was energized in County Meath in 2022. In 2025, there is currently 885 MW installed across 19 sites, compared to 349 MW in 2023. There is currently 752 MW in the pipeline across 30 projects.
Solar Ireland’s report notes that installations in the commercial and industrial (C&I) sector are particularly impactful because they are large enough to provide cost reductions in energy bills and carbon footprints but small enough – 200 kVA to 1 MW – to avoid grid connection challenges. As of mid-2025, 2.29 MW of capacity is connected across seven sites, up from 0.3 MW in 2023.
Small scale solar (50 kVA to 200 kVA) installed by businesses, schools, farms and on public buildings is also growing thanks to government support schemes such as Solar for Schools, a subsidy program targeting solar for rooftops on schools nationwide. As of mid-2025, Ireland has 40 MW of connected capacity across 328 energized connections in the small-scale category.
Mini-generation systems (17-50VA) designed for self-consumption provide energy independence for small businesses and homes, making a positive impact on the rural economy. According to Solar Ireland, users include dairy and tillage farms, rural agricultural food producers, cold storage facilities, community buildings and sports clubs.
As of mid-2025, Ireland has 55 MW of mini-generation capacity connected across 2,050 energized connections, more than double the number of sites recorded the year before. This growth has been driven by improved grant access, simplified grid connection options and growing awareness in the agricultural sector.
A tennis club saved €6,000 per year on electricity bills and recorded a 20% drop in grid energy consumption thanks to a fully grant-supported installation of 19 solar panels and a Huawei hybrid inverter as part of a partnership with Irish installer Ohk Energy in 2024.
By mid-2025, Ireland had 135 MW of operational auto-production capacity (solar solely for self consumption) across 840 energized connections, up from 95 MW in 2023. This type of generation is mainly used by data centers, water treatment plants, large commercial campuses, land-rich businesses not suited to rooftop installations and agricultural businesses with high thermal or refrigeration loads.
In the micro-generation bracket, by mid-2025 more than 138,000 homes were generating their own electricity, representing 576 MW of installed capacity. National estimates suggest that more than a million rooftops in Ireland are suitable for solar. However, estimates say that just 13.8% of Ireland’s solar-ready rooftops have already been adapted.
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25 June 20254 min readIreland’S Solar Capacity Hits 1.76 Gw
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25 June 2025
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Maharashtra’S Solar Surge: Mahanirmiti To Roll Out 1.07 Gw Clean Energy Projects – EqIn Short : Renewable energy developer Mahanirmiti has announced plans to install 1,071 MW of solar capacity across multiple locations in Maharashtra. The projects will support the state’s renewable energy targets while creating local employment opportunities. This development comes as Maharashtra accelerates its transition to clean energy, currently ranking among India’s top solar-producing states with over 7 GW installed capacity.
In Detail :Maharashtra is set to witness a significant expansion in its renewable energy capacity with Mahanirmiti’s latest solar power initiative. The energy developer has announced plans to establish 1,071 MW of solar projects across multiple locations in the state. This major investment comes as part of India’s broader push towards achieving 500 GW of renewable energy capacity by 2030.
The solar projects will be strategically located across Maharashtra to maximize energy generation potential. Mahanirmiti’s development plan includes both utility-scale solar farms and distributed generation systems. This diversified approach will help strengthen the state’s energy infrastructure while supporting local power needs in different regions.
Implementation of these projects is expected to create substantial employment opportunities during both construction and operational phases. Local communities will benefit from job creation in project development, installation, and maintenance roles. The initiative aligns with Maharashtra’s renewable energy policy that emphasizes both large-scale projects and decentralized renewable solutions.
Upon completion, the 1,071 MW solar portfolio will significantly contribute to Maharashtra’s clean energy targets. The projects are projected to offset approximately 1.6 million tons of carbon emissions annually. This environmental benefit supports India’s climate commitments while providing cleaner, more sustainable power to Maharashtra’s growing economy.
The development timeline anticipates construction beginning within the next 12 months. Mahanirmiti’s project pipeline includes advanced solar technologies designed to maximize efficiency and grid integration. These installations will complement Maharashtra’s existing 7 GW solar capacity, further cementing the state’s position as a renewable energy leader.
This expansion represents a crucial step in Maharashtra’s energy transition strategy. By adding nearly 15% to its current solar capacity through these projects, the state demonstrates its commitment to sustainable development. The initiative also showcases how private sector participation can accelerate India’s progress toward its ambitious renewable energy goals.
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25 June 20252 min readMaharashtra’S Solar Surge: Mahanirmiti To Roll Out 1.07 Gw Clean Energy Projects – Eq
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25 June 2025
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New Jersey Launches 2 Gw Energy Storage ProgramThe New Jersey Board of Public Utilities (NJBPU) has approved phase 1 of the Garden State Energy Storage Program (GSESP). It is a multi-phase program designed to deploy 2,000 MW of energy storage by 2030. The program aims to expand the amount of grid-scale energy storage capacity in New Jersey.
Phase 1 of the program will procure at least 1,000 MW of larger projects directly connected to the main power grid through competitive bidding. The first phase consists of two tranches. The first solicitation aims to award 350-750 MW. The second solicitation will be prepared for the first half of 2026. It will secure the capacity remaining to reach the 1,000 MW target for phase 1 of the program.
Furthermore, the second phase is expected to be launched in 2026. It will focus on incentives for smaller energy storage systems connected to local distribution grids. GSESP may have a potential third phase to introduce a performance-based incentive for transmission-scale systems. The third phase is currently being evaluated.
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24 June 20251 min readNew Jersey Launches 2 Gw Energy Storage Program
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24 June 2025
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Rvunl Floats Tender For 1 Gw Bess Projects In RajasthanRajasthan Rajya Vidyut Utpadan Nigam Limited (RVUNL) has issued a request for selection to set up 1,000 MW/2,000 MWh standalone battery energy storage systems (BESS) at six locations in the state. The projects will receive viability gap funding support from the Ministry of Power. The BESS projects are planned at Chattargarh (200 MW/400 MWh), Bandu (200 MW/400 MWh), Pugal (100 MW/400 MWh) in Bikaner; and Bhawad (300 MW/600 MWh), Bap (100 MW/200 MWh), and Palli (100 MW/200 MWh) in Jodhpur.
According to the tender guidelines, the scope of the project includes setting up the BESS, which will be made available to RVUNL for on-demand charging and discharging. The charging and discharging schedule will be managed by RVUNL or Rajasthan Urja Vikas and IT Services Limited. The systems will be charged using power supplied by Rajasthan Rajya Vidyut Prasaran Nigam Limited. Additionally, the scope also involves establishing an interconnection with the state transmission utility network.. Each bidder will be allotted a maximum of 250 MW/500 MWh. The bidders, including parent, affiliate, ultimate parent, or group companies, must submit a single bid offering one or multiple projects within the allowed capacity.
Selected bidders must bear the complete construction cost up to the interconnection point, which includes transmission lines, bay connections, bus bar extension or augmentation, and protection relay augmentation. Additionally, they must obtain all necessary consents and approvals and provide operations and maintenance services. RVUNL may allot project land on actual charges, or the selected bidders may arrange land themselves, with RVUNL offering assistance in identification and acquisition. The tender is battery technology agnostic but mandates the use of only commercially established and operational technologies. The bidders must submit a money deposit of Rs 210,000 per MWh. The deadline for bid submission is August 4, 2025.
According to the eligibility criteria, the bidders must also have a minimum net worth of Rs 2 million per MWh of the quoted capacity, as of the end of the preceding financial year on the bid opening date.
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24 June 20252 min readRvunl Floats Tender For 1 Gw Bess Projects In Rajasthan
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24 June 2025
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Seci Floats Tender For 1.2 Gw Solar Projects With 3.6 Gwh EssThe Solar Energy Corporation of India Limited (SECI) has invited bids for the development of 1,200 MW of interstate transmission system (ISTS)-connected solar power projects, integrated with 600 MW/3,600 MWh of energy storage systems (ESS). The projects will be implemented on a build-own-operate basis.
According to the tender guidelines, the scope of work includes installation of ESS with a minimum capacity of 0.5 MW/3 MWh for every 1 MW of the contracted solar power. Developers are required to bid for a minimum cumulative capacity of 50 MW and can bid up to a maximum cumulative capacity of 600 MW. The ESS can either be owned by the developer or sourced from a third-party provider. All projects must be ISTS-connected and are to be located at sites selected by the developers at their own cost and risk. Projects can be established at multiple locations with different delivery points. However, the ESS must be co-located with at least one of the project components.
SECI will enter into a 25-year power purchase agreement with the selected developers. Power generated from these projects will be procured by the SECI and sold to various buyers across India through back-to-back agreements, with the SECI acting as the intermediary nodal agency. The last date for bid submission is August 20, 2025.
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23 June 20252 min readSeci Floats Tender For 1.2 Gw Solar Projects With 3.6 Gwh Ess
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23 June 2025
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Waaree Energies To Move 6 Gw Solar Module Project To New Sites In IndiaFrom pv magazine India
Waaree Energies' board has approved a change in the location of its planned 6 GW ingot-to-solar module manufacturing project.
The company secured the project with incentives of INR 19.23 billion ($221.6 million) under the second round of the Indian government’s production-linked incentive (PLI) scheme for high-efficiency solar modules. It was initially planned for Odisha, as stated in the company's October 2024 IPO prospectus. It was to be partially financed through net proceeds from the public issue.
The board approved relocating the manufacturing to multiple sites across Gujarat, Maharashtra and other potential states, citing delays in project execution in Odisha. The revised plan includes a 3 GW module facility in Samakhiali, Gujarat; another 3 GW module facility in Gujarat, Tamil Nadu or other locations; a 6 GW cell facility in Unn, Gujarat; and a 6 GW ingot and wafer facility in Nagpur, Maharashtra.
Waaree Energies said the relocation aims to expedite implementation and ensure effective use of IPO proceeds. The company added that the overall capital outlay for the new plan remains unchanged and provided a breakdown of the planned capital expenditure.
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23 June 20252 min readWaaree Energies To Move 6 Gw Solar Module Project To New Sites In India
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23 June 2025
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Seci Launches Tender For 1.2 Gw Of Solar With 600 Mw/3,600 Mwh Of StorageFrom pv magazine India
SECI has launched a tender for the development of 1.2 GW of ISTS-connected solar projects, integrated with 600 MW/3,600 MWh of energy storage systems, on a BOO basis.
SECI will sign 25-year power purchase agreements (PPAs) with the successful bidders for the procurement of solar power from these projects. The power will then be sold to various buying entities across India, with SECI acting as an intermediary nodal agency facilitating back-to-back transactions between solar developers and buyers.
A developer must bid for a minimum cumulative capacity of 50 MW and a maximum of 600 MW. The solar developer must install storage capacity of at least 0.5 MW/ 3 MWh for each 1 MW project capacity contracted under the PPA. The storage component may either be owned by the solar developer or tied-up separately with a third-party.
“The projects shall be located at the locations chosen by the developer at its own discretion of and cost, risk and responsibility. A single project can be set up at multiple locations with different delivery points,” said SECI in the tender document. “The ESS component needs to be co-located with the project, however, in case of a project located at multiple locations, the ESS needs to be co-located with at least one of the components.”
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23 June 20252 min readSeci Launches Tender For 1.2 Gw Of Solar With 600 Mw/3,600 Mwh Of Storage
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23 June 2025
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Hybrid Plants ‘Fastest Way’ To Unlock 8 Gw Of Solar Capacity In Turkey, Says EmberPairing PV with wind and hydroelectric plants could unlock 8 GW of solar capacity in Turkey, bypassing grid constrains, according to think tank Ember.
Çağlar Çeliköz, energy analyst at Ember and author of the 42-page report “Türkiye can bypass grid constraints with hybrid solar power plants”, told pv magazine that changes to regulation could accelerate PV deployment.
“The fact that hybrid power plants do not require a new grid investment provides an opportunity to increase the installed solar power capacity and electricity generation in the fastest way by using existing grid infrastructure,” said Çeliköz.
Turkey’s total installed electricity generation capacity of 119 GW is split between 98 GW of licensed power plants selling to the grid, and 21 GW of capacity from unlicensed plants, which are built for self-consumption but can sell excess generation to the grid within legal limits.
The majority of existing PV capacity in Turkey comprises unlicensed power plants, according to Çeliköz, who said solar accounted for 20.3 GW (96%) of unlicensed power plant capacity as of May 2025. Installed PV capacity among licensed generators was 2.3 GW.
Ember estimates that removing barriers to hybrid solar plants could increase current installed solar capacity in Turkey by at least 35%. The think tank examined hourly production data from existing licensed hydroelectric and wind power plants, simulated solar electricity generation by location and added this to the plants’ production. Modeling assumed any electricity produced exceeding a plant’s connection capacity would be sold for free, with the rest sold at the hourly spot electricity prices of 2024. The analysis covered the hybrid potential of privately owned hydroelectric and wind power plants with a total installed capacity of 29 GW.
Ember found 8 GW of hybrid solar potential from plants that could offer return on investment within 10 years, Çeliköz said. Unlocking that potential will require changes to regulation, according to the Ember analyst.
Lack of available grid capacity is holding back deployment for licensed power plants. Ember found there has been 0 GW of available capacity for connections at transmission level since September 2024. Hybrid plants are treated like new projects by the Turkish Electricity Transmission Corporation, which means they are subject to delay despite making use of an existing grid connection. Çeliköz argued changing this “should be a priority.” “Hybrid plants should be evaluated without waiting for TEİAŞ’s capacity announcements,” he said.
Capacity limits placed on hybrid plants should also be amended, Çeliköz told pv magazine. Limits are currently allocated based on the power plant’s primary generation source. “The highest hybrid capacity that a power plant can receive regardless of its installed capacity is limited to 100 MW,” said Çeliköz. “To unlock the full hybrid potential, this capacity limitation should be removed and investors should be allowed to determine the hybrid capacity themselves.”
Rules on where PV can be situated at a hybrid plant have also hindered deployment. Çeliköz said a legal requirement that hybrid plants be built within or adjacent to the primary power generating source was one of the most significant barriers to deployment, particularly for hydropower plants. He recommended Turkey’s Energy Market Regulatory Authority (EMRA) revise the rule to allow hybrid plants to be installed “elsewhere within the same substation.”
“This would enable investors to develop hybrid solar systems on technically and legally appropriate land and connect them to the main plant via dedicated lines,” he said.
Despite roadblocks, the number of hybrid plants has been growing in Turkey, with more anticipated. Ember recorded 25 existing hybrid solar plants in the country, and these added 14% to the output of hydroelectric and wind plants they were connected to in 2024. Installation permits have been granted for 3.5 GW of hybrid solar projects in the past four years, according to Ember, however only 41% (1.4 GW) of this licensed PV power plant capacity has been installed.
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23 June 20254 min readHybrid Plants ‘Fastest Way’ To Unlock 8 Gw Of Solar Capacity In Turkey, Says Ember
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23 June 2025
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Baywa R.E. Selected To Develop 1.2 Gw Of Onshore Wind Energy In SwedenThe agreement covers more than 1.2 GW of onshore wind capacity in Central and Northern Sweden. BayWa r.e. was selected as a partner because of its extensive experience in project development, broad range of relevant expertise and strong track record in delivering projects at scale.
“This partnership marks an important milestone in our portfolio strategy in the Nordics” said David Rosberg, CEO of BayWa r.e. Nordic. “Together with Stora Enso, we can develop significant projects on land that are exceptionally well-suited for wind power, while also contributing to Sweden’s and the regions’ transition to renewable energy.”
BayWa r.e. Nordic is responsible for the development and implementation of the projects, which together comprise at least 158 wind turbines with a total capacity of just over 1.2 GW. There is potential to expand the collaboration to include solar power and battery energy storage systems (BESS).
“Our expertise in project development and our proven track record in executing complex renewable energy projects demonstrate our commitment to driving the energy transition” added Daniel Gäfke, COO of BayWa r.e. “I would like to express my thanks to Stora Enso for placing their trust in us - this partnership not only reflects our shared vision but paves the way for impactful energy projects in the Nordics.”
The areas identified for development have been selected following an initial internal assessment by BayWa r.e. Nordic and are still in an early planning stage. The next steps include establishing project organisations, conducting feasibility studies, as well as environmental and cultural heritage surveys. In addition, dialogue with municipalities and local communities will begin in preparation for the upcoming consultation processes.
The permitting process is planned to be completed within five years.
This partnership strengthens BayWa r.e. Nordic’s presence in the region and adds to the already existing pipeline in the Nordics, which is now exceeding 2.6 GW.
For additional information:
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23 June 20252 min readBaywa R.E. Selected To Develop 1.2 Gw Of Onshore Wind Energy In Sweden
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23 June 2025
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Ugt Renewables To Build 3 Gw Of Solar In IraqMiami-based project developer UGT Renewables plans to build a 3 GW solar park in Iraq.
The company signed an agreement with the Iraqi government for the project in May and met with Electricity Minister Ziyad Ali Fadel earlier this week. A statement from the minister said the meeting, which also included British Ambassador to Iraq Irfan Siddiq, focused on implementing the agreement and strengthening cooperation in solar energy projects.
Under the agreement, the 3 GW solar project will include up to 500 MWh of energy storage and 1,000 km of HVDC transmission lines. It will also feature a two-year program for technology transfer, training, and operations and maintenance.
The project is backed by the Export-Import Bank of the United States and UK Export Finance. J.P. Morgan is serving as lead bank. Project timelines and site locations have not yet been announced.
Iraq’s cumulative solar capacity stood at 42 MW at the end of 2024, according to the International Renewable Energy Agency (IRENA). The country has set a target of 12 GW of solar by 2030.
In May, Iraq’s first solar-powered village began operating.
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20 June 20252 min readUgt Renewables To Build 3 Gw Of Solar In Iraq
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20 June 2025
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Blue Elephant Energy Secures €200 Million To Develop 1 Gw Clean Energy ProjectsBlue Elephant Energy has secured €200 million in financing from Infranity. The funds will be used for the development and construction of 1 GW of renewable energy capacity across Europe. The €200 million financing has been provided in the form of a Holdco construction facility, with an option to increase it further by €200 million.
Infranity is acting as the sole lender and has directly structured the funding provided to Blue Elephant Energy. The funding will allow Blue Elephant Energy to accelerate its development plans in Europe. The company’s portfolio is primarily located in Western and Central Europe, and it currently has a total capacity of 1,730 MWp.
Earlier in February 2025, Blue Elephant Energy expanded its portfolio in the Netherlands. The company acquired a portfolio with a total capacity of approximately 88 MWp from TPSolar. The portfolio consists of three PV parks spread across the Netherlands, which are at different stages of development.
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19 June 20251 min readBlue Elephant Energy Secures €200 Million To Develop 1 Gw Clean Energy Projects
Renewable Watch
19 June 2025
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