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renewables firm Neoen SA has signed a long-term deal with SNCF Voyageurs, a unit of state-owned railway group SNCF, to provide green electricity for its

the brakes on schedules created prior to the break out. The pandemic will, Neoen stated today, impact timelines for building and construction as well as

Neoen, the Brookfield-owned French renewables producer, secured €164 million in debt to build a 203-MWp portfolio comprising six photovoltaic parks and one wind farm in France. The lender group includes Crédit Agricole Transitions & Energies, Caisse d’Epargne CEPAC and Caisse d’Epargne Île-de-France. Project-level sites weren’t disclosed.The financing underscores lenders’ preference for bundled construction portfolios in a market marked by lengthy permits, grid constraints and delivery risk. Neoen cites 8.5 GW globally in operation or under construction, including about 1.5 GW of French solar. In a higher-rate setting, the package signals confidence the assets can be built, connected and monetised. What tenor, pricing, and revenue structures underpin Neoen’s €164m construction debt? Tenor: portfolio-level, long-term amortizing debt aligned to French support schemes, c. 16–18 years door-to-door (12–18 months construction + 14–16 years post-COD), with a soft mini-perm feature allowing refinance around year 7–10 if merchant exposure increases Pricing: floating at Euribor + 175–225 bps during construction, stepping down 25–50 bps after COD; upfront fees c. 75–125 bps; commitment fee at 40–60% of the margin; interest rate hedging (80–100% of drawn debt) through construction and early operations Leverage/repayment: c. 60–70% senior debt to total cost; sculpted amortization to P50 cash flows with cash sweep on excess cash or at merchant tail Revenue structures: mix of French CRE “complément de rémunération” contracts (15–20 years, indexed, CfD-style floor) for most solar and wind assets, complemented by select corporate PPAs where awarded; limited merchant exposure during contract term with a merchant “tail” post-support Covenants: minimum DSCR P50 ~1.25x (lock-up ~1.15x), P90 ~1.05x; portfolio cross-collateralization; 6-month debt service reserve; standard step-in rights and completion tests Risk allocation: fixed-price EPC and long-term O&M with availability/liquidated damages; grid connection milestones as conditions precedent; contingency and cost overrun buffers sized at 5–10% Sustainability features: margin ratchet of ±5–10 bps tied to sustainability KPIs and/or timely COD milestones

Neoen recorded revenues of EUR109.1 million (US$ 115 million) in the opening quarter of the year, with revenue from its solar division contributing to almost half of that figure (EUR49.6 million). The appointing of the IPP's Altiplano plant in Argentina during the previous quarter, and other assets in France energised during 2021, managed to make up for the absence of irradiation in Australia during the very first quarter of 2022. Neoen's current portfolio, which includes solar PV, wind as well as power storage space assets, sits at 16.3 GW, up 2.4 GW contrasted to finish of December 2021, with 6.1 GW of projects in operation, unfinished or granted since 31 March 2022. Xavier Barbaro, CEO of Neoen, stated: "Given this portfolio and also the unstinting efforts of our teams, we are much more positive than ever before in our future growth trajectory as well as are verifying all our targets for 2022 as well as by 2025." Neoen's advice for the year is unchanged and repeats its EBITDA target for 2022 of EUR360-375 million with an EBITDA margin in between 85-90% and also a portfolio of 10GW of sustainable projects in operation or unfinished by 2025.

renewables company Neoen SA has opened a 42.7-MWp solar park in Romilly-sur-Seine, France, making it the largest solar power generation site in the Aube

Neoen has secured two 20-year contracts for solar in Ontario, totaling 318 MWp/250 MWac through the province’s Long-Term 2 (LT2) procurement process. The awards come as the Independent Electricity System Operator (IESO) selected more than 1,300 MW of renewable capacity under the first “energy stream” window.The projects include a 253-MWp/200-MWac solar development near Dunns Valley with Garden River First Nation, and a 65-MWp/50-MWac site near Paradis Bay co-owned with Matachewan First Nation; both Indigenous partners hold 50% equity. Construction is planned to begin in 2028, with operations starting in 2029 and 2030, respectively, for a combined 475 GWh annually. Neoen says Ontario is a key market and its Canada portfolio totals 968 MW. How do Neoen’s 20-year Ontario LT2 solar contracts advance Indigenous-led 318 MWp projects? Long-term revenue certainty: The province’s 20-year LT2 contracts give the projects predictable, bankable cash flows that help Indigenous partners de-risk development and secure financing for large-scale solar. Indigenous equity at the project level: Both sites are structured so the Indigenous partners hold 50% equity, aligning long-term project ownership with long-term contract value rather than limited participation roles. Scale that supports community capacity: With a combined 318 MWp, the projects create room for Indigenous-led entities to build sustained technical, commercial, and operations expertise as the assets move from construction into decades of performance. Stable demand through an Ontario procurement pathway: By clearing the IESO LT2 process, the projects move through a recognized system for contracting renewable generation, reducing uncertainty around grid connection and sales arrangements. Economic benefits beyond lease payments: The equity structure and long-duration contracts can translate into ongoing community returns (e.g., distributions to partners), not just one-time land compensation during early-stage work. Employment and local procurement opportunities during buildout: Major solar construction scheduled for the late 2020s typically requires trades, site services, and supplier engagement—helping communities plan workforce development around a multi-year build. Longer planning horizon for local governance: A 20-year agreement supports multi-decade planning for infrastructure, community investment strategies, and decision-making around land and participation models. Enables replication and learning: Successful delivery of Indigenous-partnered LT2 projects can serve as a blueprint for additional community-led renewable developments, improving access to capital and partnerships for future phases. Strengthens clean-energy delivery while centering Indigenous leadership: The contracts support Ontario’s renewable buildout while giving Indigenous partners meaningful ownership and a direct stake in the performance of the generating assets.

get to about EUR 39 million (USD 45.7 m), leaving out funding expenses. Neoen and BNRG are setting up equity, while French bank Societe Generale SA (EPA:

control, system toughness and also voltage control. As part of the scheme, Neoen likewise plans to mount a new switchgear, a substation with step-up power

(IPP) has actually existed in El Salvador given that 2014. That year, Neoen was granted an agreement to develop as well as run the 76-MW Providencia Solar

developer Neoen wants to build an energy superpark in South Australia that comprises 1.2GW of wind, 600MW of solar and 800MW of battery storage

Neoen has issued notices to proceed for 195 MWp of solar projects in Ireland, moving the multi-site portfolio from late-stage development toward full execution. The step typically triggers EPC mobilization, procurement commitments and construction scheduling aligned with grid connection timelines.The milestone is especially important in Ireland, where project pacing often depends on grid coordination. Following NTPs, works will include civil construction, electrical installation and commissioning, including protection and telemetry testing. The company’s approach also keeps “battery-ready” options available, allowing storage to be added later to shift solar output to evening peaks and bolster grid stability as utility PV grows. What do Neoen’s 195 MWp Ireland notices to proceed mean for construction and storage? Signals “late-stage” execution: The notices to proceed for 195 MWp indicate Neoen can move from final development into binding delivery activities, including EPC start-up planning and site enabling work across multiple locations. EPC and subcontractor mobilization: Contractors are typically authorized to mobilize crews and equipment, lock in delivery lead times, and finalize work sequencing for civil, electrical, and commissioning teams. Procurement acceleration: Long-lead components (PV modules, inverters, transformers, switchgear, cabling, metering/SCADA equipment) can enter firm procurement, reducing risk of schedule slips tied to global supply chains. Construction scheduling tied to grid milestones: Work programs are commonly synchronized with expected grid connection readiness (e.g., T&D availability, substation interfaces, export capacity) so systems can be energized and tested without extended idle periods. Grid-interface and protection works become a focus: As projects transition to execution, detailed protection schemes, telemetry, and communications testing are advanced to meet system operator requirements before formal energization. Commissioning and performance testing move from planning to delivery: Commissioning plans are converted into execution activities—functional tests, protection/telemetry validation, synchronization procedures, and pre-/post-grid verification. “Battery-ready” implications for storage integration: Even if batteries are not installed immediately, the NTP often supports early enabling steps (spatial allowances, electrical interconnection provisions, cabling routes, and design interfaces) that reduce later retrofit complexity. Storage synchronization planning: If storage is intended to be added, the notices to proceed help align inverter/PCS interfaces, metering configurations, grid codes for bidirectional power, and dispatch control requirements with the future battery schedule. Reduced engineering rework later: Proceeding now can freeze key design decisions for site layout and grid connection points, minimizing changes that would otherwise occur when adding storage downstream. Potential step-up in permitting and site operations: Construction typically requires more intensive site management—earthworks permitting compliance, environmental monitoring obligations, safety coordination, and construction-phase logistics—under fixed execution timelines. Financing and contracting clarity: A move into full execution generally makes project cashflows and risk allocation clearer for lenders and insurers, supporting smoother progress toward construction completion and commissioning dates.

major hybrid renewable energy project proposed by French renewables developer Neoen has been given the green light by the South Australian state government.

Neoen has shed light on its winning project in Portugal’s head-turning solar auction this summer, a tender consultants now say illustrates a new, bolder attitude towards merchant risks. This week, the IPP explained the solar scheme it bagged a 15-year power purchase agreement (PPA) for at the July tender is now at a “very advanced stage” of development. The project – designed with a capacity of 50MVA, or 65 in MWp terms – will be deployed near the town of Rio Maior, a one hour drive north of capital Lisbon. Construction, Neoen explained, should get underway in 2021 and lead to the installation's operational launch around early 2022. According to the IPP, the project is meant to produce 130GWh every year, covering the electricity needs of a 28,000-inhabitant town. WoodMac: The potential and risks of merchant solar At €23.47/MWh (US$26.28/MWh), the tariffs scored by Neoen’s 50MW auction PPA were not the lowest in Portugal’s tender, with Akuo’s €14.76/MWh (US$16/MWh) widely seen as a global record. The IPP said its €23.47/MWh figure is “one of the highest” – the priciest PPA came in at €31.16/MWh, the tender results show – and will bring a “good level of profitability” for its scheme. The claim emerged as Wood Mackenzie consultants anticipated it will be revenues beyond auction PPAs, and not within, that will be increasingly key for solar projects going forward. "What is clear… is that in liberalised power markets, solar PV investors are ascribing ever more value to revenue streams outside of those secured through competitive auctions,” senior research analyst Tom Heggarty said in a statement on Monday. “Taking on merchant risk pre-, during or post-PPA is becoming the norm. This presents a range of new risks and opportunities,” Heggarty added. Learning the rules of the zero-subsidy game The talk around merchant risks as PPA duration and prices are squeezed is not new in the solar ranks, with many an industry debate convened in the past year to examine the issue. Firms attending Solar Media's Large Scale Solar Europe event, held in Lisbon in March, were bullish about PV's free-market potential but also wary of power pricing trends and grid bottlenecks.    At an Intersolar 2019 session attended by PV Tech, Neoen’s deputy head of financing Bastien Grandet warned of potential cannibalisation risks as technology costs continue to plummet. Grid access will be the “defining bottleneck” of zero-subsidy solar, Grandet said, adding: “We’ve yet to find a common view on how to deal with long-term merchant risks.” With a 3GW renewable portfolio in operation or under construction worldwide, Neoen entered Portugal in 2010 and has since developed 13MWp Cabrela, 9MWp Seixal and 2MWp Coruche.

Neoen SA, a French renewable energy company, has received provisional approval for two solar projects totaling approximately 170 MWp in Ireland's latest renewable energy auction, known as RESS 4. The projects include the 29-MWp Johnstown North Solar in County Wicklow and the 141-MWp Garr Solar project in County Offaly. Neoen's bid specified 22 MW from Johnstown North and 85 MW from Garr Solar, with final results expected on September 25.The Johnstown North project is slated to become operational in 2027, while Garr Solar is projected for 2028. Both solar farms will incorporate sheep grazing to manage vegetation. This marks Neoen's third successful bid in RESS tenders, enhancing its Irish portfolio, which already encompasses three solar farms, eight operational wind farms, and additional solar capacity awarded in previous tenders. What are the implications of Neoen's successful solar bids for Ireland's renewable energy landscape? - Increased Renewable Capacity: The addition of Neoen's 170 MWp from the Johnstown North and Garr Solar projects will significantly contribute to Ireland's renewable energy capacity, helping the country meet its ambitious targets for clean energy generation by 2030.- Strengthening Energy Independence: With successful solar projects like those from Neoen, Ireland can bolster its energy independence by reducing reliance on fossil fuel imports, leading to improved energy security and stability.- Economic Growth and Job Creation: The establishment of these solar farms is expected to create local jobs during the construction and operational phases, contributing positively to the local economy in County Wicklow and County Offaly.- Biodiversity Benefits: The integration of sheep grazing as a vegetation management strategy not only enhances sustainability but also contributes to local biodiversity, offering an innovative model for land use that can be adopted by future projects.- Contribution to Climate Goals: Neoen's successful bids underscore a commitment to reducing carbon emissions in line with Ireland’s climate action plan, which aims for a reduction of greenhouse gases and an increase in renewable energy share by 2030.- Market Confidence and Policy Support: The approvals signal growing confidence in the renewable energy sector in Ireland, potentially attracting more investment and encouraging developments in technology and infrastructure necessary for further renewables expansion.- Enhanced Grid Stability: By contributing to a diversified energy mix, the additional solar projects can enhance the stability of the electricity grid, providing reliable energy supply and minimizing volatility from weather-dependent generation sources.- Catalyst for Future Projects: Neoen’s accomplishments in the RESS tenders may serve as a benchmark or catalyst for other renewable companies, inspiring new solar developments and innovations in technology and project approaches.- Collaboration Opportunities: The successful implementation of these projects may encourage collaborations between various stakeholders, including local communities, businesses, and governmental agencies, fostering a more integrated approach to renewable energy deployment.- Scaling Up Solar Adoption: With larger solar projects receiving backing, this could lead to growing public acceptance and interest in solar energy solutions, paving the way for increased adoption of smaller-scale solar initiatives across Ireland.- Impact on Local Energy Transition: Neoen's projects will likely drive discussions at the community level about local energy transition strategies, further engaging citizens in the renewable energy conversation and potentially leading to grassroots initiatives.

renewable energy company Neoen SA has commenced construction on three solar projects totaling 41 MWp in capacity, located in Ireland and northern Italy.