Search

been awarded a public tender to develop a 323 MW solar-wind hybrid project in Chile's Antofagasta region. The project also includes the deployment of batteries

to generate around 500 GWh annually, or enough to power some 167,000 Chilean homes, the company stated. Enel Green Power Chile, a device of

resource firm SOLEK has closed a $379 million funding for its portfolio in Chile, consisting of solar photovoltaic utility-scale as well as PMGD (Small Means

offer includes the co-development of the Pelequén plant in Chile's main O'Higgins region, with construction work slated to start by mid-2022. Sonnedix

the commune of Pozo Almonte, the PV farm contains 7,587 bifacial modules, the Chilean ministry of power claimed on Friday. Tamarugo is qualified as a PMGD park,

(CSP) project, under development by EIG Global Energy Partners. Early 2020, Chile was among the very first nations to officially send an upgraded Paris

developing ten photovoltaic (PV) parks 50 km (31.1 miles) to 400 km from the Chilean capital of Santiago. Appointing is expected to happen in 2022. The PV

production increased by 11%. The share of non-conventional renewables in Chile's total power production in April was 35.0%, gliding below 36.8% in March,

Chile's state-run Production Development Corporation (Corfo) has actually created a bifacial solar module in collaboration with the National Solar Energy Institute (Ines) under the French Alternative Energies and also Atomic Energy Commission (CEA) and also Germany's ICS Konstanz proving ground. The "Atamo" module was created by Atacama Module as well as System Technology (Atamostec) a private-public effort sustained by Corfo and also a series of commercial companions, consisting of Ines CEA, ICS Konstant, France's Engie, Chile's Colbun and also Spain's Mondrago Assembly, to name a few. Atamostec stated it is currently evaluating module efficiency at Corfo's screening area in the Atacama Desert, in north Chile, which provides the very best solar radiation worldwide. "We are still at the advancement stage and also we can not expose way too many information," Atamostec spokesperson Natalia Toro informed pv magazine. "The monocrystalline bifacial PERC heterojunction is being examined an installment with 20 ° disposition as well as single-axis solar tracker." Atamostec stated the bifacial module supplies an extra yearly ordinary gain of 11% contrasted to monofacial PERC components with the exact same cell modern technology. "This implies that if the information is theorized to a 100 MW large plant, the 'Atamo' panel might create as much as 27 GWh/year of extra power as well as, incorporated with a surveillance system, as much as 112 GWh/year of added power contrasted to a taken care of monofacial photovoltaic plant throughout a regular year," discussed Atamostec CTO Elias Urrejola. Delfina Munoz, a researcher from Ines, claimed that Atamostec made a sensible technical wager to verify that bifacial innovation-- which is recognized to function well with snow, provided the albedo result-- provides a much greater power return in desert problems than monofacial panels. "The bifacial components were not established for desert problems just. As a result, these initial information make this alternative feasible for Chile and also for the whole high radiation solar belt on the planet," included María Jose Riquelme, Atamostec's organisation advancement supervisor. The advancement of the bifacial panel belongs to Corfo's Development of Photovoltaic Solar Energy Technologies for Desert Climates and also High Radiation program, which intends to establish modern technologies fit for dry problems and also high irradiation in locations such as the Atacama Desert. The program sustains cooperations in between firms as well as innovation focuses that concentrate on used PV system research study. It aids to provide financing for approximately 70% of the complete price of effective projects, with an optimum of $12 million, through a non-refundable aid.

Sonnedix Andino Occidente I project, located in Chile's main O'Higgins region, has been bought from regional renewable energy programmer Andes Solar and will

and the 48-MWp Tamango solar farms that Grenergy is integrating in central Chile, the business stated in a bourse declaring sent out to the Spanish securities

previous target of 1GW. The business was among the winners of growth rights in Chile's solar public auction last year, which designated 2.6 GW of

region, were secured by the firm via a public tender process accomplished by Chile's ministry of nationwide assets. As part of 40-year concessions, Engie

Chilean utility Colbun SA has initiated the environmental permitting process for its Encanto power project in the O’Higgins region, aiming to secure approval for a 249.7-MW solar farm alongside a 260-MW battery energy storage system (BESS). The estimated investment for this venture is USD 500 million, as indicated in Colbun’s application to O’Higgins environmental authorities.The Encanto project will feature over 349,000 photovoltaic modules, a substation, and a transmission line, all to be built on private land in Marchigue. Construction is slated to begin in April 2026, marking a significant step for renewable energy development in Chile. What are the key features and timelines of Colbun's Encanto solar power project? Key Features and Timelines of Colbun's Encanto Solar Power Project Location: Situated in the O'Higgins region of Chile, specifically in Marchigue. Capacity: The project includes a solar farm with a capacity of 249.7 megawatts (MW). It will be integrated with a 260 MW battery energy storage system (BESS) to enhance grid stability and provide reliable energy supply. Investment: The total estimated investment for the Encanto project is approximately USD 500 million. Technology: The project will utilize over 349,000 photovoltaic (PV) modules, which will convert sunlight into electricity. Infrastructure: A dedicated substation will be constructed to manage electricity distribution. A new transmission line will be built to connect the solar facility to the grid, facilitating energy dispatch. Timeline: Environmental Permitting Process: Currently underway, as Colbun has initiated the necessary steps to obtain environmental approvals. Construction Start Date: Scheduled to commence in April 2026. Operational Timeline: Expected to start operations in 2028, aligning with Chile's renewable energy goals. Environmental Impact: The project aims to contribute to Chile's commitment to increasing its renewable energy capacity, reducing reliance on fossil fuels, and achieving sustainability targets. Economic Benefits: The Encanto project is expected to create jobs during the construction phase and potentially in ongoing operations. It will contribute to local development and increase the energy supply for both residential and commercial consumers in the region. Integration with Renewable Goals: The project aligns with Chile's broader strategy to derive 70% of its energy from renewable sources by 2050, supporting national and international climate commitments. Community Engagement: Colbun plans to involve local communities in the project’s development, including consultations to address concerns and potential impacts. These key features and timelines underline the significance of Colbun's Encanto project in advancing renewable energy initiatives in Chile, fostering economic growth while addressing environmental goals.

works with the 238MW Malgarida I as well as II solar (PV) complex in Chile, covering 535ha. This will be the company's 7th renewable resource center in