According to the NPD Solarbuzz PV Technology Roadmap, module production based on conventional solar grade chips will account for 89% of the total solar module production this year and 16 of the world's top 20 solar module vendors supply such modules . Thin film modules led by First Solar and Solar Frontier will account for nearly 8% of the remaining 3% of the proportion of highly efficient crystalline silicon module suppliers such as SunPower and Panasonic. Finlay Colville, vice president of NPD Solarbuzz, said: "The global solar industry will continue to provide robust growth potential for a wide range of solar manufacturing technologies; we expect solar module power will continue to create new records, and module efficiency gains deserve the full attention of manufacturers." "In the next five years, the solar manufacturing and end-market supply will be divided into the following three technology types: standard crystalline silicon manufacturing technology using conventional solar grade chips, high-efficiency crystalline silicon manufacturing technology using high-quality silicon wafers, Thin Film Panel Technology for Deposition Process in Display Industry. Colville said: "From the early days of solar energy industry until 2012, a variety of different types of solar technology competing with each other, and common development.This is difficult to form a specific technical blueprint to predict industrial technology trends." According to the NPD Solarbuzz report Shows that the supply of thin-film and highly efficient silicon modules will grow from 5.3 GW in 2014 to 14.5 GW in 2018. New players in high-efficiency crystalline silicon technology include plans for SolarCity to expand Silevo's production capacity and First Solar to mass-produce TetraSun's solar technology. Colville added: "Market share is the standard for demonstrating the success of various solar manufacturing technologies, but the solar industry is still growing at a fast pace, doubling the annual demand almost every four years." Solar manufacturing technology does not require increased market share, Can expand shipments or provide significant opportunities for equipment and material suppliers. " Competition between a variety of crystalline silicon technologies based on high purity Cz-based growth and ingot casting for solar-specific directional solidification furnaces will ultimately determine which technologies will be successful in the next five years. NPD Solarbuzz's report shows that advanced crystalline silicon battery concept is expected to account for a larger market share. After 2015, the market size of known advanced silicon module suppliers is expected to grow 200% to reach 7.6 GW by 2018. Colville said: "Although solar manufacturers have been focusing on cost reduction over the past two years, the solar industry is now in a good position to adopt a unified technology roadmap." With leading solar manufacturers adding new capacity in 2015 and beyond Evaluating to be able to respond to different solar technology options will be a key part of the plant equipment and target customer choice. " Cotton Jacquard,Tulle Lace Fabric,Chemical Lace Fabric,Cotton Lace Fabric Shaoxing MingFang Textile Co., Ltd , https://www.printings-fabrics.com