TAYPRO recently launched a new Movable Docking Station (MDS), which adds autonomous mobility to solar panel cleaning robots. With enhanced robot utilisation across multiple arrays, the docking station is designed to transfer solar cleaning robots from one solar panel row to another using end-mounted railing tracks. Enabling automatic movement of cleaning robots between solar panel rows, the system operates along precision-aligned railing tracks installed at row ends.

The docking station operates on self-sustaining power through an integrated solar panel-based battery charging system. Integrated sensors in MDS align the docking station precisely with panel rows and automatically dock/undock cleaning robots with secure locking. The biggest merit of this system is ease of installation, as it requires no modifications on the solar panels themselves, enabling quick and modular setup.

Being a one-of-its-kind system, the Movable Docking Station by TAYPRO has a fully integrated remote monitoring platform that enables scheduling of movement and position tracking. The edge detection sensors in MDS prevent derailment, securely hold and operate robots even in high wind zones. The rails are supported by columns that are rigidly fixed to the ground using either reinforced concrete foundations or ballast systems, depending on site conditions.

Maintenance alerts and fault diagnostics are enabled via a cloud-based system. All the maintenance activities are performed at a scheduled time, eliminating breakdowns and maintaining the best operational life.