TerraV

Unique cell layout sets standard for durable vertical applications

Scroll to the future

For enhanced Energy Yield and Durability

TERRA PV module for agricultural use (agriPV) With global food demand set to soar by 50% by 2050 and a third of farmland facing degradation, protecting our soils is paramount. TERRA facilitates dual land use - farming while enabling easy machinery access & the production of clean energy.
TERRA for utility scale solar installations the Terra’s innovative interconnection design enhances shading tolerance, eliminates rear-side shading, achieves the highest bifaciality at the module level and ensures durability against wind and snow.

For diverse vertical applications

The TerraV’s exceptional adaptability makes it an ideal solution for a range of vertical installations, whether at utility scale or in smaller-scale settings, including:
Agri-PV systems: Installed in agricultural fields, TerraV modules optimize land use by generating solar power while providing shade for crops or livestock to thrive underneath Solar fences: integrated into fencing systems, TerraV modules generate power while acting as property barriers Noise barriers: mounted on sound barriers along highways or railways, TerraV modules reduce noise pollution while providing renewable energy Roadside installations: installed along roads, TerraV modules power streetlights or road signs, making use of otherwise unused vertical spaces

580W

Power (up to)

21.96%

Effienciency (up to)

30 Years

Product warranty (up to)

Key

Features

Innovative Cell Layout

The cells are arranged in a unique pattern: half-cells are placed in twin sub-strings in parallel instead of the common mirror design. Benefits: Optimized efficiency & enhanced durability

High Partial Shading Tolerance

By utilizing a unique half-cell arrangement in twin sub-strings, the TerraV experiences only 36% power loss under partial shading conditions.
Benefits: Allows for tighter string spacing, thereby maximizing land utilization.

No Self-Shading on the rear side

The frame design and clever positioning of the junction boxes & cables prevents self-shading from the rear side.
Benefits: Maximum bifaciality at the module level, resulting in increased energy generation as well as improved performance across various conditions, including low light.

High durability against mechanical loads - Extreme resistance to wind and snow

The use of smaller cells, aligned with their longer side parallel to the module's longer side, reduces the risk of laminate bending and cell fracture.
Benefits: Extreme resistance to wind and snow - up to 75% reduced fracture probability.

Environmentally Friendly

TOPCon modules' high efficiency allows them to generate the same electricity as conventional modules while using less space, promoting a more sustainable future.

The Hidden Layers A Closer Look at

TOPCon cells

Latest technology half-cut cells providing highest efficiency.

Bifaciality

80% bifaciality boosts energy output by capturing sunlight on both sides of the module.

Encapsulation

POE encapsulation ensures minimal solar cell degradation.

Bypass diodes

Junction boxes feature 3 bypass diodes to prevent hot spots caused by shaded or high-resistance cells, minimizing power loss during partial shading.

Create Your

Own Space

Highest bifaciality in real life conditions

Ideal for vertical applications, including agrivoltaics, roofs and utility scale solar installations

Long-Term Reliability

Count on consistent performance and durability with minimal degradation, ensuring reliable operation over time.

N-Type TOPCon Tech:
Cutting-edge efficiency

Years
Warranty

Ideal for varied weather conditions

Why choose this module?

The TerraV sets a new standard for vertical solar applications with its unique cell layout, delivering durability, efficiency, and optimized energy capture. Ideal for Agri-PV, solar fences, noise barriers, and more, it ensures reliable performance in any vertical installation.