HelioRec

HelioRec developed W050A (inland) and W300A (neashore) floating systems using a load-based structural engineering methodology aligned with Bureau Veritas Approval in Principle (AiP) requirements. Their design supports rapid assembly and straightforward O&M.

Technical articles explain structural design, load assumptions, environmental constraints and validation methods for inland and nearshore floating solar systems, including wind and wave criteria, mooring, materials, fatigue and reliability.

The page explains how wind, waves, and water levels affect floating solar design and its stability and efficiency.

Technical articles on floating solar: site suitability (lakes, reservoirs, nearshore), mooring and anchoring principles, environmental considerations, and European permitting requirements.

HelioRec updates cover project milestones, certifications, partnerships, grant support and industrial development, including deployments, validation results, manufacturing progress, regulatory interactions and collaborations on floating solar systems.

This is a full-time hybrid role for a Mechanical Engineer at HelioRec.

This is a full-time hybrid role for a Project Manager at HelioRec.

This is a full-time hybrid role for a Technical-Sales Specialist at HelioRec.

Contact HelioRec to discuss yoir floating solar power plant. Share location, water body type, project stage, and requirements.

HelioRec designs floating solar power plants for lakes, reservoirs, and nearshore waters using an engineering-led, load-based methodology for predictable long-term operation.

HelioRec’s privacy policy covers how it handles data submitted through the website, including enquiries about floating solar power plant projects and customer communications.