Analyzing BIPV: Material Procurement System, Building the Foundation of Green Energy

In the wave of global energy transformation and the rapid development of the Building-Integrated Photovoltaics (BIPV) industry, photovoltaic BIPV components, with their superior performance and reliable quality, have become a highly regarded benchmark product in the industry. Behind its outstanding achievements, the material procurement system plays a key supporting role, forming the foundation for ensuring product quality and supply stability.

01 Strictly Selected High-Quality Raw Materials, Building a Foundation of Quality

Photovoltaics always prioritizes quality control of raw materials, adhering to the highest industry standards. Strict access management is implemented for all packaging materials of BIPV photovoltaic components, from large items such as glass, cells, and backsheets to small items such as junction boxes, silicone, solder tape, busbars, flux, and nameplate labels. Each material undergoes rigorous screening and factory inspection, and we insist on cooperating only with leading brands in the industry, using original factory materials to ensure that product quality reaches the industry-leading level.

Photovoltaic glass, as the "window" through which photovoltaic components receive sunlight, its optical properties, strength, weather resistance, impact resistance, etc., directly determine the performance of the components. Photovoltaics has almost stringent requirements for the light transmittance of photovoltaic glass; only glass with extremely high light transmittance can ensure maximum light energy absorption and improve power generation efficiency. At the same time, high-strength and excellent weather-resistant glass can ensure that the components remain stable under various extreme weather conditions such as scorching sun, strong winds and rain, and severe cold and heat, continuously providing clean energy for buildings. Insisting on using the same quality glass for both the front and back panels maximizes the value of each photovoltaic glass and lays the foundation for improving the overall performance of the product.

The cell is the core component of the BIPV component's power generation, and its conversion efficiency and appearance consistency are crucial. Photovoltaics conducts strict testing of the photoelectric conversion efficiency of each batch of cells, selecting only products with the highest conversion efficiency and excellent batch-to-batch consistency among cells of the same type to avoid inconsistencies in component power generation performance and appearance.

Photovoltaic film plays a key role in bonding and protection in the components. Photovoltaics uses photovoltaic-grade films that exhibit excellent performance in key indicators such as adhesion, anti-penetration, optical properties, low haze, weather resistance, anti-PID performance, volume resistivity, and processing performance, ensuring the long-term stable operation of the components.

02 Efficient Supply Chain Management, Ensuring Stable Supply

Accurate demand forecasting is an important prerequisite for ensuring the stable supply of raw materials. Photovoltaics maintains market sensitivity, relying on advanced data analysis systems and rich practical experience to accurately judge market trends for quick decision-making.

To ensure the efficient and stable supply of raw materials, Photovoltaics maintains close communication and dialogue with suppliers. Through a digital platform, real-time information sharing is achieved, accurately controlling various aspects such as production progress and logistics delivery status. Building a highly efficient supply chain management system ensures a stable supply of raw materials, effectively mitigating risks and responding to various market challenges, ensuring the steady progress of projects. At the same time, a dynamic management mechanism is adopted to provide quick and accurate feedback, strictly reviewing the entire process from raw material extraction and processing to production, prioritizing suppliers that use clean energy for production. While adhering to high standards of product quality, we achieve a dual improvement in economic and environmental benefits.

Through strict raw material procurement standards, efficient supply chain management, and comprehensive quality control, Photovoltaics has established a high-quality benchmark in the BIPV field. In the future, Photovoltaics will be guided by the "dual carbon" goals, work with industry colleagues to build a zero-carbon ecosystem, promote high-quality industry development, and jointly build a green and sustainable future.