【高端访谈】朱共山：坚定看好光伏前景，协鑫以技术创新穿越周期

Core Viewpoint - The article highlights how GCL-Poly Energy Holdings has successfully navigated through the cyclical challenges of the photovoltaic industry by leveraging technological innovation and strategic positioning, leading to optimism about the future of the solar energy sector. Group 1: Technological Innovation - GCL-Poly's resilience during industry downturns is attributed to its commitment to technological innovation, particularly in the development of FBR granular silicon technology, which has significantly reduced production costs and energy consumption [2][3][4]. - The company has achieved a production capacity of 48,000 tons of FBR granular silicon, capturing over 20% of the market share in this segment [4]. - The FBR technology has led to a 30% reduction in overall costs and a decrease in energy consumption to one-fourth of traditional methods, enhancing product purity and reducing impurities [4]. Group 2: Energy Consumption Revolution - GCL-Poly has undergone a significant transformation from being an energy-intensive company to a leader in energy efficiency, reducing its energy consumption from 247 kWh per kilogram to 13 kWh per kilogram [8][9]. - This reduction in energy consumption not only lowers operational costs but also enhances the competitiveness of its products in light of global carbon tax policies [9][10]. - The company’s shift to a green energy model has positioned it as a "green pioneer" in the industry, showcasing a complete overhaul of its production processes [10]. Group 3: Global Market Opportunities - The company is optimistic about the future of the photovoltaic industry, particularly in emerging markets like Africa and India, where there is a high demand for clean energy solutions [11][12]. - GCL-Poly sees significant potential in exporting its products, especially in light of the growing need for renewable energy to address energy, food, and environmental challenges in these regions [12]. - The ongoing advancements in solar technology, such as the development of perovskite and silicon tandem technologies, are expected to further enhance efficiency and create new market opportunities [12].