KST-2P Double Portrait Horizontal Single axis Solar Tracking System

Kseng KST-2P solar tracker adopt single slew drive with dampers on both sides to increase overall stability.

It's a good match with bifacial solar modules for maximum power generation. Featured with fewer column,

it's quiet flexible for uneven terrains.

Advanced AI tracking algorithm

AI self-learning algorithm to optimize the angular deviation caused by terrain and bracket installation errors.

Compared with the traditional tracking algorithm, the power generation of the power station can be increased by 2%-3%.

KST-2P features

1：Suitable for the mid-low wind load areas

2：Fully fit for 210 module

3：Al algorithm to maximize power generation

4：Adapt to various terrains allowing a north-south slope up to 20%

5：Easy installation & maintenance

Terrain adaptability：

1. Flexible arrangement, make full use of irregular land and can improve land utilization.

2. North and South can adapt to 20% slope.
3. Unlimited slope in the east-west.

Double Portrait Horizontal Single Axis Solar Tracking System Selling Points
Increased power generation: The combination of the dual-row layout and the horizontal single-axis tracking mechanism can significantly increase the power generation efficiency of the solar panels, much more than traditional fixed racking systems.
High space utilization: The dual-row layout allows more solar panels to be installed on the same area of land, improving space utilization.
Automated operation: The automated control system reduces manual intervention, lowers maintenance costs, and improves system reliability.
Adaptable: Suitable for a variety of terrains and environments, including flat areas, mountains, and deserts.
Easy maintenance: due to the simple design of the system, maintenance work is relatively simple, reducing maintenance time and cost.
Environmentally friendly: Increased utilization of solar energy and reduced dependence on fossil fuels help reduce carbon emissions and environmental pollution.
Expandability: The system can be flexibly expanded according to project needs, adapting to solar power projects of different sizes.