Vestas is expanding its footprint in Argentina with 3GW already operational and 350MW of wind energy currently being built. The wind resource’s quality allows for greater efficiency levels compared to other markets. The deployed wind turbines have rotors measuring 162 meters and capabilities from 6MW to 6.5MW, enabling enhanced wind capture and improved electricity production. […]
Pole Bands: Role in Argentina Wind Infrastructure Read More »
Argentina’s solar PV expansion features 7,980 MW of installed renewables and reflects a market that has achieved operational credibility within the region. The growth was catalyzed by structured procurement mechanisms. This resulted in a pipeline of operational assets that now show bankable performance histories, provide data-backed yield and reliability benchmarks, and enable refinancing and refinancing
Compression terminals PV Tech & Market Issues Argentina Read More »
Argentina is offering a tender for the connection of new Battery Energy Storage System (BESS) projects totaling up to 100 MW/500 MWh. Its goal is to recognize three initiatives: 40MW/200MWh BESS Isla Verde, 30MW/150MWh BESS Villa Maria, and 300MW/150MWh BESS Bialet Masse. This launch marks progress in incorporating utility-scale batteries into the grid system of
Shackle insulators driving Argentina BESS impact Read More »
TDDL is entering the Argentine energy market with a focus on supporting energy transition, grid expansion, and infrastructure modernization. TDDL’s strategy will position the firm to influence the sector through the transmission and interconnection layer. The firm will cause the supply of mechanical and electrical line hardware that ensures secure conductor anchoring and system integrity.
Downlead clamps driving Argentina energy growth Read More »
Baker Hughes, an energy technology company, plans to supply three gas compression units for a natural gas pipeline project in Argentina. The project consists of three NovaLT™16 gas turbines with three centrifugal compressors. The NovaLT™16 platform addresses Argentina’s gas sector challenges such as transport. It does so through powering centrifugal compressors in pipeline systems, increasing
Compression terminals: Turbines power Argentina gas Read More »
Argentina’s energy system is undergoing a transition from the expansion of renewable energy, the development of natural gas from Vaca Muerta, and the need for new storage and transmission solutions. This has helped the country to move from an energy system with strong constraints and scarcity to one of energy abundance. The new energy sector
Armor rods: QA driving Argentina energy expansion Read More »
Peru conducted a study that confirmed a large-scale geothermal system in the southern Andes, near the Chilean border. The study provided new evidence of key structures for geothermal energy generation in the area. Geothermal energy is a new opportunity to diversify the national energy mix with a clean and constant source for Peru. The development
Clevis brackets for geothermal energy systems Peru Read More »
The rupture of the Transportadora de Gas del Perú’s natural gas pipeline impacts power plants in Peru. The 730 km duct transports Camisea gas and natural gas liquids from the Amazon to Lima on the coast. Power plants in Peru depend on upstream production infrastructure, long-distance transmission pipelines, and downstream infrastructure. The rapture led to
Crossover clamps: Strengthening Peru energy systems Read More »
Solar project development in Peru by Zelestra, a renewable energy company, represents a major advancement in the renewable energy landscape. The Babilonia solar PV plant is expanding utility-scale solar generation and supporting the modernization of Peru’s power infrastructure. These developments influence electricity production, grid stability, and industrial energy supply. Zelestra has been investing in large-scale
Insulator pins Functions in Zelestra Solar Developments Peru Read More »
Engie Chile has obtained environmental clearance for a new onshore wind facility in the Biobio region. The initiative has a capacity of 171.6 MW, featuring 26 turbines, each rated at 6.6 MW. It will incorporate a battery energy storage system to capture, retain, and deliver power. The construction stage is set to start in 2026,
Span Clamps Powering Engie Chile Wind Infrastructure Read More »
