Cylindrical HJT Solar Panel for LED lighting Poles

Vertical installation enables the panel free from typhoon, sands, dusts and snow. Less dust or snow can be left on its surface so as to reduce demands of surface cleaning.

【Technical Advanteges】

·High-efficiency Hetero-junction Solar Cells (efficiency≥24.5%) are laminated inside with excellent weak-light performance and superior Power Temperature Co-efficient, which enable the flexible HJT solar panel to achieve 5-10% more power.

·Unique Super-wire Flexible Connection Technology ensures an excellent ability to resist solar cell crack and impact force. Even under extreme conditions, HJT solar cells and the panel still generate power as long as they are not destructively damaged.




·Unique design of 6~10 circuits in parallel connection ensures semi-cylinder areas are always exposed to the sun to achieve stable voltage and high-efficiency power storage.

·Each cylinder measures 1.33meters in height with a Vmp of 17.7V or 35.4V. It is available in both full-cylinder and semi-cylinder options to fit poles of different diameters, making full use of the pole's length. Multiple Cylinders can be connected in parallel for flexible system power matching..

·FFC/PET/FFC thin film (Transparency ≥90%) is laminated with good abilities to resist UV, low and high temperature, heat, humidity and salt spray. Vertical installation can protect the solar panel from dusts, storms, sands and snows, and reduce solar panel`s cleaning frequency.




【Product Type 1: Full Cylindrical HJT Solar Panel】

The full-cylinder is a solar module integrated within a PVC-U tube, pre-equipped with a 1-meter RVV cable. It is designed for direct mounting onto the pole and fixed in place with mounting rings.




Typical Specification:



【Product Type 2: Semi-Cylindrical HJT Solar Panel】

The semi-cylinder undergoes a secondary encapsulation process, resulting in higher impact resistance and durability. For retrofit projects, it can be directly installed around the pole on the site.




Typical Specification: