GEOINTEC has successfully completed the geotechnical study for evacuation line and substation of a solar park in the Dominican Republic. The nearly 4-kilometer route is designed for a 138 kV SC insulated transmission line to connect with the National Interconnected Electrical System (SENI), located in the northwest region of the country. Stratigraphic Analysis and Physical Soil Properties...
Climate change is forcing engineers and renewable energy companies to completely reconsider photovoltaic plant design through specialized hydraulic study. The long-term impacts of this global phenomenon are creating unprecedented new technical challenges. Phenomena such as dust storms, torrential rainfall, and increasingly frequent hailstorms are forcing infrastructure reinforcement. These extreme conditions require rethinking the location and...
Ever wondered what makes renewable energy reliable 24/7? The answer lies in BESS (Battery Energy Storage Systems). Massive energy solutions that are transforming how we power our world, and GEOINTEC is building the foundation for this revolution, quite literally. 🔋 The energy revolution is underground! GEOINTEC has successfully completed groundbreaking BESS projects in Spain and...
GEOINTEC has carried out engineering and execution of Pull-out test (POT) to evaluate behavior of the solar tracker in relation to bearing capacity of the ground in the development of this solar photovoltaic energy project. GEOINTEC demonstrate its commitment to solar park engineering by spearheading the Pull-out test campaign for a photovoltaic project in the...
GEOINTEC strengthens its position as a leader in solar energy development with four major solar photovoltaic projects totaling 240 MW across Ireland. Geointec, has been commissioned to conduct comprehensive geotechnical studies across four strategic locations in the counties of Roscommon, Galway, Kilkenny, and Waterford. These projects represent a significant milestone in Ireland’s solar energy expansion...
Ground Engineering Studies for 25 Solar Projects Totaling Over 700 MW Successfully Completed by GEOINTEC Comprehensive ground engineering studies for 25 solar projects have been successfully completed across the United Kingdom and Ireland by leading specialist GEOINTEC. More than 700 megawatts (MW) of combined installed capacity are represented in this impressive portfolio, with a significant...
340 MW of Pure Green Energy on the Way! 🚀 The future of clean energy in eastern Australia just took a giant leap forward! An exciting hybrid project combining solar photovoltaic energy and battery energy storage systems (BESS) of 340 MW is taking shape in the Borders River region, and it all started with a...
GEOINTEC leads feasibility study for large-scale hybrid wind-solar project in North Africa GEOINTEC, with over 23 years of experience in geotechnical engineering, has conducted a comprehensive geotechnical, topographic, and hydrological feasibility study for an ambitious hybrid wind-solar project in a North African desert region spanning more than 70,000 hectares. specialized in renewable energy since 2014, Geointec has...
New Zealand’s diverse ground conditions present unique challenges for designing Solar PV foundations. Seismic activity, liquefaction risks, and poor soils require careful site selection, adjustments to site layout, targeted geotechnical studies, and specialized foundation designs. Critical Factors Increasing Development Costs These factors add to the cost and planning needed for efficient and sustainable solar farms. Developers...
GEOINTEC has successfully completed a total of 400 pull out test campaigns in Chile during the first two months of 2025, spanning 9 utility scale and PMGD solar projects totaling 735 MW of installed capacity. This technical achievement consolidates the Spanish company as a leader in geotechnical engineering for Latin America’s renewable energy sector. 735 MW Analyzed...
