Hydrology is no longer a secondary aspect in photovoltaic plant design. It is a critical factor.

The intense rainfall and extreme meteorological events observed in recent years raise a key question:

Are hydrological studies being incorporated with the level of detail and engineering judgement that today’s photovoltaic projects require?

In many sites, insufficient hydrological characterization leads to:

• Undersized drainage systems
• Erosion and scour processes
• Instability of platforms and access roads
• Direct impact on foundations and plant operation

In addition, excess moisture accelerates corrosion processes, reduces soil bearing capacity, and can trigger expansive soil behaviour under certain ground conditions.

@OrbisTerrarum is currently delivering hydrological and hydraulic studies, integrated with geotechnical, corrosion, topographic and pull-out testing, for future energy facilities in Europe, Americas, Middle East and Asia,

Hydrology is not just another report. It is a structural variable for ensuring the long-term performance and service life of photovoltaic plants.

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