Photovoltaic Module Kensol 435W, N-Type, Bifacial, Transparent Double Glass, Frame 30 mm, Connector MC4, Cable 1200 mm

The Photovoltaic Module Kensol 435W (Model KS435MNHT-BI) is a top-tier solar panel engineered to deliver exceptional energy output for both residential and commercial applications. It is manufactured by Kensol, a reputable company in the solar sector, and offers a substantial power output of 435W, making it a perfect choice for projects requiring dependable and efficient energy production. With its cutting-edge features and sturdy build, the Kensol 435W module guarantees optimal performance and a sustainable energy yield over time.

This module features advanced N-type cell technology, providing higher efficiency and reduced degradation rates compared to standard P-type panels. Its bifacial design enables the capture of sunlight from both the front and back, significantly increasing energy output by harnessing reflected light from surrounding surfaces. This ability to utilize both sides enhances the system's overall performance, particularly in areas with high light reflection, such as those covered in snow or sand.

Constructed with transparent double glass, the Kensol 435W module offers superior durability and protection against environmental factors. This design not only enhances resistance to potential-induced degradation but also ensures a longer lifespan and improved reliability in tough weather conditions. The module includes a robust 30 mm frame that provides structural support and stability, making it versatile for various installation environments, such as rooftops and ground-mounted systems.

The Kensol 435W module comes with MC4 connectors and a 1200 mm cable for straightforward and secure installation, ensuring reliable electrical connections for optimal energy transfer. It is an excellent choice for anyone looking to maximize solar energy production through advanced technology, exceptional durability, and high efficiency. Opt for the Kensol 435W photovoltaic module to boost your solar energy system's performance and achieve sustainable energy solutions.