ARGO-E delivered a comprehensive photorealistic visualization study for a 400MW photovoltaic development in Thessaly .

The project involved extensive on-site documentation from multiple viewpoints, including nearby settlements, religious landmarks, and the wider Meteora landscape, as well as along the grid connection corridor. Photographs were captured at realistic eye-level height (1.70–1.80 m) to reflect the true observer experience.

The workflow included:

• 3D reconstruction of Trina Solar 665W+ PV modules
• Integration into a high-resolution Digital Surface Model
• Advanced photo-matching for precise horizon and depth alignment
• Production of 53 high-resolution photorealistic visualizations

Vegetative screening scenarios were also simulated in visually sensitive zones, enabling comparative evaluation of mitigation measures.

This large-scale project highlights the importance of geometrically accurate 3D simulation in utility-scale renewable energy developments, where visual documentation plays a decisive role in permitting and stakeholder communication.