Search

OMERS Infrastructure buy a stake in a renewable energy system from designer Fotowatio Renewable Ventures (FRV), while Swiss fund supervisor last week SUSI Partners acquired a 50%

in the Australian renewable energy platform of utility-scale solar developer Fotowatio Renewable Ventures (FRV) in October last year. It likewise got project programmer Leeward

job starting at a battery storage site by programmers Harmony Energy and also Fotowatio Renewable Ventures (FRV), which is being lauded as the biggest of its kind unfinished in the

Fotowatio Renewable Ventures (FRV) has reached financial close on its landmark Gnarwarre battery project outside Geelong, unlocking construction of a 250-megawatt/500-megawatt-hour energy-storage system that will underpin Victoria’s rapidly growing solar fleet. Spanning seven hectares, the installation will house 192 lithium-ion containers coupled with grid-forming inverters able to deliver inertia and frequency regulation—services historically supplied by gas and coal plants. Capital expenditure will be met through FRV’s AUD 1.2 billion portfolio facility, complemented by a AUD 15 million grant from the Australian Renewable Energy Agency. The project is FRV’s largest storage asset to date and will firm generation from the developer’s expanding one-gigawatt portfolio of large-scale photovoltaic farms across Australia. When operational in late 2026, the battery is expected to dispatch up to two hours of electricity during evening peaks, smoothing solar variability and easing network congestion around Melbourne’s western corridor. Gnarwarre’s grid-forming technology marks a step change for battery projects in Australia: by mimicking the physical attributes of spinning turbines, it can stabilise voltage and frequency without relying on synchronous generation. That capability is central to Victoria’s ambition to source 95 percent of its electricity from renewable energy by 2035 and achieve net-zero emissions by 2045. FRV Chief Executive Carlo Frigerio described the investment decision as a “pivotal milestone that reflects our long-term confidence in Australia’s clean-energy transition.” Construction will create around 70 local jobs, while long-term operations will support a skilled maintenance team based in the Geelong region. The project also strengthens the case for a statewide big-battery network designed to soak up excess midday solar and release power after sunset. According to Victoria’s Department of Energy, grid-scale storage must quadruple by 2030 to maintain reliability as coal plants retire. Gnarwarre’s progress signals that private capital, backed by targeted federal incentives, is ready to meet that challenge.

Spanish clean energy players have come forward in recent days with projects set to bring a major solar boost to Europe’s current market-of-the-moment.

NJR Clean Energy Ventures (NJRCEV), the tidy energy subsidiary of New Jersey Resources, finished a 1.5-MW ground-mounted solar project at the former municipal land fill in Hopatcong, New Jersey. Including nearly 4,000 solar panels, the fixed-tilt range is expected to give sufficient tidy energy to power 230 residences each year.

Fotowatio Renwable Ventures intends to develop 2GW of PV projects, Battery Energy Storage Systems (BESS) as well as renewable installations in the following 4 years. The company is convinced that its deal will certainly be in high demand from organizations and companies, such as those in the agricultural field.

has actually gotten the 100 MW Indian solar portfolio of Madrid-based designer Fotowatio Renewable Ventures (FRV), in an offer worth Rs 660 crore. The KKR-owned Infrastructure

Fotowatio Renewable Ventures (FRV) has flipped the switch at Masrik-1, a 55-MW ac (62-MW dc) solar farm spread across 130 hectares near Mets Masrik in Armenia’s Gegharkunik province—now the largest photovoltaic facility in the country. Built by China Machinery Engineering Corporation and fitted with roughly 115,000 bifacial panels, the project was financed by the International Finance Corporation, the European Bank for Reconstruction and Development, the EU’s Neighbourhood Investment Platform and Ameriabank. FRV secured a long-term power-purchase agreement with Electrical Networks of Armenia, locking in offtake for the plant’s output. Masrik-1 is expected to generate about 21,400 households’ worth of clean electricity each year and keep more than 54,000 tonnes of CO₂ out of the atmosphere annually. FRV says the plant’s commissioning pushes its global operating portfolio past the 3-GW mark while underscoring the company’s strategy of anchoring new markets with utility-scale flagships. For Armenia, the project is a timely boost. Yerevan has set a goal of lifting solar power to 15 % of domestic generation by 2030, and larger projects such as Masrik-1—and the forthcoming 200-MW Ayg-1 venture backed by Masdar—will do much of the heavy lifting. The country’s solar resource averages 1,700 kWh per square metre, around 60 % higher than the European mean, giving developers a natural advantage as equipment prices fall and financing windows widen. FRV’s chief business-development officer Tristán Higuero called Masrik-1 “a turning point for Armenia’s energy mix and a milestone for our own expansion.” With a shovel-ready pipeline in emerging markets from the Caucasus to North Africa, the Madrid-based firm says hybrid storage add-ons are already under study for Masrik-1 to firm daytime output and squeeze more value from Armenia’s high-irradiance peaks.

forerunner in the Salto department, in northwest Uruguay, was sold by Fotowatio Renewable Ventures to Invenergy in May 2017. Government records place the powering-up

with a complete capacity of 100MWh. In 2020, it signed a take care of Fotowatio Renewable Ventures to develop a 99MW/ 198MWh project in southern

PIF partners with Chinese firms to boost renewable energy manufacturing in Saudi Arabia, aiming for local production growth and global export potential by 2030.

Fotowatio has a 1.9 gigawatt green power portfolio. The developer declared its initial utility-scale battery storage venture to join a worldwide energy storage drive.

Energy's 100MW/107MWh project in Capenhurst, Chester, Harmony Energy and Fotowatio Renewable Ventures' 99MW/198MWh Clay Tye site as well as a 100MW battery storage center in

Fotowatio Renewable Ventures said Tuesday it has lodged 1.8 GW of solar and battery energy storage projects into the UK grid’s Gate 2 window under the National Energy System Operator’s Connection Reform Process, positioning the assets for connection before 2030. The submission covers a mix of utility-scale photovoltaic sites and co-located or standalone BESS assets.The move places FRV in the reformed UK grid connection queue designed to accelerate capacity additions and cut delays. The company did not disclose project locations, timelines within the window, or capex. FRV, part of Abdul Latif Jameel Energy, is expanding its UK pipeline amid rising demand for flexible, low-carbon power. How will FRV’s 1.8 GW UK solar-BESS submission accelerate pre-2030 grid connections? Enters the “first-ready, first-connected” Gate 2 queue, where meeting hard milestones (land rights, planning, financing, detailed design) can pull projects forward to pre‑2030 slots. Enables batched network studies under the reformed process, shortening assessment times versus one‑by‑one modelling. Positions assets to accept interim non‑firm access, allowing earlier energisation ahead of full reinforcement completion. Mix of co‑located PV and BESS can share capacity at a single connection point, lowering required export capacity and easing queue pressure. BESS can provide constraint management and grid support (e.g., peak‑shaving, voltage/reactive power), unlocking earlier connections on constrained nodes. Ability to operate flexibly (charging during constraints, discharging off‑peak) reduces curtailment risk, making them better candidates for accelerated offers. Scale (1.8 GW) gives ESO/TOs clearer visibility for reinforcement planning and tranching, improving pre‑2030 scheduling. Grid‑forming and fast‑frequency response capability from modern inverters can meet system stability needs, reducing additional network works. Portfolio diversity (standalone and co‑located across zones) lets ESO allocate earlier dates where capacity exists, rather than waiting for a single large reinforcement. Queue management rules remove inactive projects; a delivery‑ready portfolio like FRV’s can advance into dates vacated by slower schemes. Co‑location optimises use of limited connection capacity (clipping capture, DC/AC sharing), increasing MW connected per MVA of grid capacity before 2030. Early commitment to deliverability data and construction programmes helps align outages and reinforcement windows, bringing energisation forward.