Sunzaun

The Vertical Solar System

What is Vertical Solar?

Vertical solar technology represents an innovative leap in photovoltaic energy generation. Unlike traditional solar panels that are installed on rooftops or large open fields, vertical solar panels stand upright, making them highly space-efficient. Sunzaun is a pioneering product in this category, combining bifacial module technology with multi-functional applications.

By utilizing bifacial solar panels, Sunzaun captures sunlight from both sides, increasing energy yield throughout the day. Unlike conventional systems that produce maximum power at midday, Sunzaun generates energy during the morning and evening hours when electricity demand is typically higher.

Features
Co-location of solar PV and agriculture
Harvesting between Sunzaun rows
Accommodates bifacial modules in portrait orientation
Shading results in less UV stress to crops
Fence for livestock or property
Wind protection
Energy supply next to highways, railroads or any other location benefiting from vertical solar
Technical Data
UL 2703 certification in progress
Up to 4 feet ground clearance
Up to 0.084 psi wind load
Usable in slopes up to 15 degrees
Applications of Vertical Solar

For more Information check out our Use Cases Page

Agrivoltaic
Fence
Infrastructure
Sunzaun in Portrait Orientation

The Sunzaun Portrait Setup is the popular alternative to the traditional horizontal solar panel configuration. Its vertical panel arrangement maximizes space efficiency, especially in urban environments or areas with limited roof space, while still delivering optimal energy production. By capturing sunlight at various angles throughout the day, the Portrait setup ensures higher efficiency compared to standard installations, making it the go-to choice for those looking to combine performance with a sleek, modern design.

Sunzaun in Horizontal Orientation

In contrast, the Horizontal Vertical Solar Setup typically offers better flexibility and can provide more energy output in larger spaces due to the use of both horizontal and vertical positioning. However, it requires more complex tracking systems and may not be as well-suited for compact or highly structured environments like urban rooftops.

Ultimately, the choice depends on the specific requirements of space, design preferences, and energy goals.