Solar panels are the core components of solar power generation systems, widely used in various scenarios due to their advantages of being clean, efficient, durable, and stable. The primary material used is crystalline silicon.
The product boasts prominent core features, including high photovoltaic conversion efficiency, which enables full absorption of solar radiation and conversion into electricity. It also possesses long-term weather resistance, allowing adaptation to diverse climatic conditions with minimal aging or degradation over extended use. Additionally, some products offer advantages such as lightweight design and easy installation, making them suitable for various complex scenarios.
With a wide range of application scenarios, it is primarily suitable for rooftop distributed power stations and off-grid power supply systems, while also being applicable to household power supply, commercial buildings, and power supply in remote areas. Additionally, its clean, pollution-free, and zero-emission characteristics align with the requirements of green and sustainable development, enabling it to meet various electricity demands while contributing to environmental protection, combining both practical and eco-friendly value.
Our 560W flexible solar panel weighs only 2.9 kg/m², which is 30% lighter than traditional glass modules. With a thickness of 1.8mm (excluding the junction box), it is 50% thinner than conventional modules. The minimum bending radius reaches 0.3m, ensuring no battery fractures or power loss. As the industry's first hail-impact-resistant flexible monocrystalline silicon module system, it requires no mounting brackets and can be directly adhered to the original surface with structural adhesive for rapid installation. The surface color and patterns are customizable to meet architectural aesthetic requirements. Its anti-vibration design makes it the preferred choice for mobile energy and transportation hub photovoltaic modules.