Hydroelectric Projects

At Empresarios Agrupados, our track record in the hydraulic sector is a testament to robust engineering and innovative solutions. We have participated in more than 20 large-scale hydraulic projects, including Hydroelectric Power Plants and complex Pumped Storage projects.

We support our clients throughout the entire project life cycle: from the initial Conceptual and Feasibility Phases to the full development of Detailed Engineering at the most advanced stages. Our experience covers resource optimization, maximization of energy efficiency, and strict compliance with technical and environmental regulations.

Our expertise extends to the most complex fluid systems within the energy sector, including:

1. Hydroelectric and Pumped Storage Power Plant Projects
   • Conventional Hydroelectric Power Plants: Both run-of-river and regulated schemes, including the design of dams or weirs, sizing and optimization of waterways, powerhouses, electromechanical equipment, and water intakes.
   • Pumped Storage Plants: Design of reversible power plants, hydraulic connection systems, water intakes and outlets, and reservoir design. Specialized engineering for equipment reversibility and high-pressure systems.
   • Dam Designs for Irrigation and Water Supply: Including stability and stress calculations for dams, hydraulic calculations of bottom and mid-level outlets, spillways, and water intakes.
2. Cooling Systems and Large-Scale Water Flows

We demonstrate exceptional capability in handling large flow rates, particularly in high-performance projects:

• Combined Cycle Power Plants Engineering: EAG has developed detailed engineering for more than 70 Combined Cycle projects worldwide. Cooling water intake and discharge systems include water intakes, pipelines or channels, pumping stations, and control systems.
• Critical Hydraulic Calculations: We are specialists in the most complex aspects of detailed engineering, such as hydraulic calculations for cooling water intakes in open-circuit systems (river, lake, or sea). These calculations are essential to:
  • Size the intake structure and pump sump.
  • Optimize pumping systems and piping networks to ensure correct flow and pressure.
  • Minimize friction losses and transient effects (water hammer).
  • Ensure environmental protection by controlling approach velocities and discharge conditions.

EAG is your strategic partner to transform the power of water into solid, efficient, and sustainable projects.