BBV-PV Tech FPV Advantages:

Durability

Based on Palziv’s solid cross-linked closed-cell polyethylene unsinkable floats.
The solid foam is not vulnerable to puncture damage and maintains buoyancy even if damaged.
Capable of “landing” on sandy floor and seamlessly continuing to operate in case a reservoir is drained and then seamlessly refloating and continuing to operate as the reservoir is refilled.
Aerodynamic design and independent floats enable the system to withstand winds of up to 40 meters per second (89 miles per hour).
Minimum panel height of 20 cm (7.9 inches) above the water

Efficiency

On-site assembly line installation reduces shipping costs by enabling components to be efficiently packed, reducing the number of containers.
Assembly line installation reduces installation time by more than 25% compared to standard floating array systems.
Ability to place floats directly on the inner reservoir side wall enables BBV to offer 20%+ more capacity compared to other FPV offerings in a given reservoir footprint.
Large panel racking enables the installation of 400 W to 670 W panels reducing the number of floats and installation time.
The system is panel agnostic, empowering EPCs and developers to work with any panel supplier (or balance of plant suppliers) they choose to work with.
Aerodynamic design increases the cooling effect, increasing panel production relative to other FPV offerings.
Stability and aerodynamic design enables BBV to optimize the panel angle for superior energy production relative to other FPV solutions.
Heavy duty maintenance platforms simplify project upkeep and maintenance.