Photovoltaic module LONGI 430W, Hi-MO X6 Explorer, mono, bifacial, double glass, black frame 30mm, connector EVO2, cable 1200mm

The Photovoltaic Module LONGI 430W (Model LR5-54HTD-430M) is a highly efficient solar panel engineered for reliable performance in both residential and commercial solar installations. This module, created by LONGI, a prominent name in solar technology, provides a substantial power output of 430W. It is well-suited for projects requiring efficient and sustainable energy solutions. Its innovative design and robust construction ensure maximum energy yield and longevity.

Featuring Hi-MO X6 Explorer technology, the LONGI 430W is a monocrystalline solar panel that offers superior efficiency and lower degradation rates than traditional solar panels. Its bifacial design allows it to capture sunlight from the front and rear sides, significantly boosting energy output by harnessing reflected light from nearby surfaces. This feature is especially advantageous in locations with high reflectivity like snowy or sandy areas, thereby enhancing your solar energy system's overall performance.

The LONGI 430W module is constructed with durable double glass, providing advanced protection against environmental factors such as moisture, dust, and UV exposure. This double glass design increases the module's resistance to potential-induced degradation, ensuring steady performance throughout its lifespan. It also includes a sleek black frame measuring 30mm, adding a modern look to your installation while enhancing its structural integrity, suitable for various mounting systems.

Fitted with EVO2 connectors and a 1200mm cable, the LONGI 430W module guarantees secure and efficient connections, enabling easy installation and reliable energy transfer. Its blend of high power output, bifacial technology, and sturdy construction makes it an excellent option for those aiming to optimize their solar energy production. Opt for the LONGI 430W Photovoltaic Module to take advantage of advanced solar technology and to boost the efficiency and resilience of your solar energy system.