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subsidiary of the French Development Agency has loaned $60 million to utility Engie and Japanese gas company Tokyo Gas for four solar power plants and two wind

of wind and solar assets in the UK. The buyer is French utility company Engie SA, which is expanding its renewable energy footprint.The transaction

partnership in between Edelweiss Infrastructure Yield Plus as well as Engie is aimed at creating a solar platform with a strategy to add two gigawatt (GW)

with over 30 MWp installed and over 20 MWp under management.  Engie Portugal stated in a statement it regards the purchase as a tactical measure

Engie and Neoen are interacting to develop the 1GW Horizeo solar farm in France, which will certainly additionally include battery storage space and supply an environment-friendly hydrogen manufacturing unit and also an information centre. Horizeo, which will be located on 1000 hectares at Saucats in the Gironde area of Nouvelle-Aquitaine, will certainly produce power with no aids, the companions claimed. They included that the project intends to show that solar power is mature, reliable and also completely affordable to make sure the straight supply of electrical power to industrial firms. Engie replacement president accountable of renewables Gwenaelle Avice-Huet stated: "The Horizeo project is extraordinary and ingenious in its ability to generate renewable resource as well as it goes much further by combining, on a solitary site, modern technologies of the future. " It is also an enthusiastic project in its economic model, in which the energy produced will be valued via contracts for the sale of electrical energy by mutual agreement with companies, outside the tender procedures of the State and connected gives. " This is a real break with the present financial version of renewable energies in France. " We are likewise dedicated to accomplishing an excellent project in regards to ecological and also social strategy. " The upcoming public argument will allow us, specifically, to enrich and feed all the elements of the project." Neoen deputy president Paul-Francois Croisille claimed: "Horizeo is a large project which means to demonstrate that it is possible to increase the power transition in France by directly offering competitive renewable resource to business. " This project is made as a true low-carbon power platform incorporating fully grown solar energy with enthusiastic technical technologies, such as electrical energy storage batteries. " Our top priority is to integrate this project into the truths of the territory from an environmental, societal as well as financial viewpoint. " In keeping with the extraordinary scale of the project, the general public argument will certainly permit all neighborhood actors and also the general public to be included as extensively as possible to develop all its capacity for the benefit of the territory."

press release on Friday that the contract with the unit of French utility team Engie SA (EPA: ENGI) covers projects at phases of conclusion, appointing or

Engie will certainly mount as much as 11 MW of photovoltaic panels throughout 6 State Fund centers extending from Riverside to Redding that will certainly produce around 18,000,000 kWh of tidy power yearly. This power manufacturing will certainly balance out around 14,000 lots of greenhouse gas discharges-- comparable to taking around 2,700 vehicles off the roadway or growing concerning 204,000 trees every year. The power storage space systems-- about 4,240 kWh of battery storage space at 4 places-- will certainly permit State Fund to save power and also prevent getting power from the electrical power grid throughout one of the most costly times of top power utilize every day. In Addition, State Fund will certainly mount a network of greater than 150 Level II as well as Level III electrical automobile (EV) billing terminals at 7 places that will certainly be made use of by fleet cars as well as offered to staff members. State Fund's fleet presently consists of 8 battery electrical automobiles (BEVs), 3 of which are brand-new long-range BEVs that enable workers to promptly take a trip in between State Fund places while decreasing their dependence on nonrenewable fuel sources. " Increasing our initiatives and also financial investments around sustainability efforts will certainly bring a variety of advantages to State Fund consumers as well as staff members, our bordering neighborhoods, and also California in its entirety," claimed Andreas Acker, executive VP and also principal management police officer at State Fund. "This project with Engie and also JLL is a significant advance in our drive to lower our use nonrenewable fuel sources, restrict the tons we position on statewide and also regional electric grids, and also enhance general air high quality throughout California." This campaign becomes part of a wider sustainability technique that State Fund has actually been turning out for numerous years and also will certainly increase substantially throughout the years ahead. Instances of State Fund's sustainability initiatives carried out to day consist of: Installment of outside as well as indoor LED illumination and also power reliable home heating, air flow as well as cooling (HVAC) systems at numerous places. Setup of daytime harvesting systems in any way possessed structures. Fostering of water-saving procedures such as dual-flush or waterless commodes as well as low-flow taps at most websites. A current interior project to "outlaw the bottle" as well as a significant decrease in plastic canteen acquisitions for State Fund-hosted occasions. Generally, 8 State Fund structures have actually ended up being Energy Star licensed and also State Fund has actually lowered the power made use of in its had structures by 10% considering that 2016. " Engie is recognized to have actually been selected by State Fund as well as JLL to aid create this ground-breaking solar, storage space, as well as EV billing option readied to sustain State Fund's goal offering neighborhoods throughout California," stated Gwenaëlle Avice-Huet, CEO of Engie North America. "We think that need for renewable resource programs that include extra, groundbreaking remedies like battery storage space as well as EV billing stand for the following phase of sustainability effect that will certainly additionally properly assist us change to a zero-carbon future." Kyle Goehring, executive VP at JLL, included, "Bringing Engie-- understood for its zero-carbon change aspiration, background of supplying effective projects, and also its solid annual report-- along with State Fund's dedication to sustainability made remarkable feeling. We are dedicated to locating the ideal power companion for our customers and also helping them accomplish their passions." The first stages of this extensive power program have actually currently started at some websites, and also the whole project is presently intended to be finished by the end of 2020.

Renewable Energy has landed a long-term PPA agreement with utility Engie Energía, which will help support the development of a 230MW-plus solar farm in

meeting between Chilean Head of state Sebastian Piñera as well as Engie CEO Catherine MacGregor, the business said it is shutting six coal systems

a green hydrogen manufacturing plant in the United Arab Emirates with France's Engie as well as Fertiglobe, the company said on Wednesday. In a separate

and constructed by Engie The United States and Canada, with its affiliate Engie Provider UNITED STATE Inc., and also JLL, State Fund will certainly

Engie has secured a power purchase agreement (PPA) for a solar plant to back the operations of Saudi Arabia’s self-styled largest listed food group. The board of directors of NADEC, a maker of dairy products, juices and others, has rubberstamped a deal to procure power from a 30MW plant Enel will deploy in the kingdom’s east. The installation in question is slated for development in Haradh city, where NADEC runs a complex featuring R&D centres and others. The PPA, covering a 25-year period, will see solar power sold to NADEC at a fixed price of 0.094 riyals per kWh (around US$0.025/kWh). In a statement, the food and beverage group said “it will not seek any financing in respect of the project as it will not incur any capital or operational expenditure”. The 30MW development will get formally underway on 31 October 2019. The plan, NADEC said, is to launch commercial operations on the same date next year, starting with a 60-day trial period. Once live, Engie’s scheme will slash NADEC’s carbon emissions by 53 million kilograms and fuel use by 124,000 barrels a year, according to its estimates. For Engie, the Saudi Arabia project adds to its solar pipeline beyond France, with recent progress with a 60MW duo in Senegal and a 746MW auction-backed pipeline in Mexico. The firm manages a 1.85GW solar portfolio across the globe and claims to be France’s top industry player, at a reported 12% market share. Wood Mackenzie expects Saudi Arabia to become one of 12 new “engines” driving solar growth worldwide, joining the likes of France, Taiwan, United Arab Emirates and Ukraine. If the consultancy’s predictions come to pass, the Kingdom will be – as will the rest in the 12-strong group of countries – add 1-5GW of PV installations every year by 2024.

Chile. The most up to date milestone bookends a year that started with Engie Chile launching the Tamaya solar farm in February 2022. In the meantime, the

Engie North America has signed a 200MW power purchase agreement (PPA) with Procter and also Gamble (P&G) for electrical power generated by its 250MW Sun Valley Solar project in Texas. This solar energy agreement is the biggest for P&G internationally. Once manufacturing commences at Sun Valley later on this year, it will supply P&G with greater than 530,000 megawatt hours of renewable power each year. " Partnering on new renewable power projects brings long-term, absolutely no emissions sustainable electrical energy internet and is a vital method to help us accomplish our objective of buying 100% eco-friendly electrical energy," claimed Jack McAneny, P&G Vice President Global Sustainability. " We are thrilled to deal with Engie on projects like Sun Valley that progress our strategy as well as provide advantages to the regional community." The Sun Valley Solar project becomes part of Engie's more than 5GW of wind, solar as well as storage in operation or construction throughout North America. As part of the development, a portion the project will be planted with locally ideal greenery that sustains pollinators, such as butterflies as well as bees. Once in operation, as much as 1500 head of sheep will additionally graze the site, providing natural greenery management around and under the solar installment. Building and construction is underway at Sun Valley, developing 300-400 temporary jobs, while approximately six new long-term roles will certainly sustain local procedures over the life of the project.

Engie and NHOA will build an 80-MW/320-MWh battery near Brussels, targeting steep evening net-load ramps in a grid saturated with wind and solar. The four-hour system is designed for peak shaving, intraday arbitrage and fast frequency response, using grid-forming inverters and advanced EMS for co-optimizing ancillary services. Urban siting brings acoustic controls, enhanced fire safety and compliant container spacing.Financing will likely blend tolling or capacity-style contracts with merchant revenues; Engie’s credit adds bankability while NHOA supplies integration expertise. With lenders demanding end-of-life clarity, recycling and second-life plans are baked in—supporting Belgium’s growing offshore wind, rooftop PV and cross-border power flows. How will Engie–NHOA’s Brussels BESS manage ramps and co-optimize services and revenues? Forecast-led ramp management- Uses day-ahead/intraday forecasts of PV, wind, load, and interconnector schedules to pre-charge through midday troughs and hold discharge headroom into the evening net-load rise.- Maintains dynamic state-of-charge (SoC) bands (e.g., 40–85%) so 80 MW can be sustained across the steepest hours while reserving a slice for contingency events.- Applies ramp-rate shaping: fast initial response to stem ramp spikes, then tapered discharge to avoid early depletion and price cannibalization.Grid-forming control for stability during ramps- Operates as a voltage source with virtual inertia and droop, dampening frequency excursions as net-load ramps steepen.- Enables stable operation during weak-grid conditions and high inverter share, reducing curtailments and improving availability for market dispatch.Reserve-coupled ramp following- Co-schedules energy and ancillary headroom so evening ramp discharge runs concurrently with upward aFRR/mFRR obligations; EMS limits overlap risk via activation probability models.- When frequency deviations arise, fast FFR/FCR injections are layered on top of the ramp profile for seconds-to-minutes, then SoC is rebalanced intraday.Degradation-aware dispatch- Optimizer internalizes cycle and calendar aging costs (€/MWh throughput and depth-of-discharge penalties) so only spreads above marginal wear are executed.- Temperature and C‑rate constraints preserve warranty limits during sustained 80 MW ramps.Multi-market co-optimization engine- Bids across day-ahead, intraday continuous/auctions, Elia’s FCR and FRR (aFRR/mFRR) platforms, and imbalance exposure, solving a rolling stochastic MILP that prices SoC and uncertainty.- Co-optimizes: (1) capacity set-asides for reserves, (2) arbitrage schedules, (3) congestion/redispatch offers, and (4) synthetic inertia/fast frequency products.- Chooses between providing upward/downward aFRR with energy-constrained strategies (limited energy bids, energy recovery windows) to minimize penalties.Imbalance and real-time strategy- Keeps optionality for Belgian imbalance price spikes by reserving SoC when activation likelihood rises; executes “energy recovery” in low-price intervals.- Participates in PICASSO/MARI-linked FRR activations, benefiting from cross-border netting and faster activation compensation.Node-aware congestion value- EMS monitors local grid loading; during urban constraints it shifts from wholesale arbitrage to redispatch/congestion bids, monetizing locational relief while meeting acoustic and thermal limits.Contract compatibility- Under tolling/capacity-style agreements, the optimizer honors availability windows and performance KPIs first, then stacks merchant arbitrage and imbalance capture with remaining capacity.- Separates contracted reserve blocks from merchant slices to avoid double-selling; real-time telemetry proves non-overlap.SoC insurance for evening peaks- Implements “must-run SoC floors” before the evening peak, auto-topping via intraday purchases if forecasts tighten, ensuring dependable ramp coverage even after reserve activations.Price-shaping and saturation management- Uses partial discharge and staggered bids to avoid crushing evening prices with a single 80 MW block; spreads offers across time/bid levels to lift total captured spread.Seasonal playbooks- Winter: higher reserve allocation and deeper evening discharge; Summer: midday absorption of PV overgeneration, then late-afternoon ramp support with shorter FFR bursts.Compliance and urban operability- Acoustic-aware dispatch caps fan speeds and inverter loading at night; EMS throttles noncritical cycling when noise or thermal thresholds near limits without sacrificing reserve commitments.Performance measurement and learning- Post-event analytics recalibrate activation probabilities, degradation costs, and bid curves; machine learning updates improve forecast error handling across DA/ID/real-time.Revenue stack summary- Energy arbitrage (DA↔ID↔RT), FCR/FFR capacity and activation, aFRR/mFRR capacity and energy, imbalance capture, congestion/redispatch payments, and potential capacity market revenues—co-optimized hourly with SoC and aging constraints.