BOAO, Hainan, 26th March 2024 - The Boao Forum for Asia (BFA) 2024 Annual Conference is taking place in Boao in South China's Hainan Province, attracting more than 3,000 guests from the government, heads of international organizations and entrepreneurs. DAS Solar's Chairman and President, Liu Yong, was invited to attend the forum and participate in the subforum on Leading High-Quality Development through Innovation, Sustainability, Digital Intelligence, and Integration.

The Boao Forum for Asia Annual Conference 2024 is a 4-day event with the theme of Asia and the World: Common Challenges, Shared Responsibilities. The conference includes multiple 40 activities, providing a platform for in-depth international exchanges and extensive cooperation among all participants. Liu Yong spoke at the panel discussion, including technological innovation driving new productivity, green integrated development in the new energy industry, and improving core competitiveness.

He expressed that leveraging its robust technological innovation capabilities, the Chinese photovoltaic industry is leading the global photovoltaic industry development. A key component of the global energy transition is photovoltaics as countries continue to pursue zero carbon goals. The themes of Innovation, Sustainability, Digital Intelligence, and Integration succinctly encapsulate the development path of the photovoltaic industry, which must be deeply embedded throughout the enterprise's development process to achieve sustainable and robust growth.

As a N-type leader, DAS Solar is dedicated to continuous exploration and rigorous research in N-type technology, consistently surpassing industry standards in cell and module efficiency. Since its inception, DAS Solar took the lead in establishing China's first N-type TOPCon product research and manufacturing line, which filled an industry gap. Through continuous scientific and technological innovation, DAS Solar has broken world records 3 times in 8 months in 2023. Currently, DAS Solar's average mass production efficiency has reached 26.55%. A large number of attendees were attracted to the TOPCon solar cells displayed at the Boao Forum exhibition. At the same time, a technology roadmap developed by DAS Solar includes five pathways, TBC, SCPC, SFOS and TSiX, which will result in solar cell efficiency of up to 40%.

In addition, DAS Solar tightly integrates the digital economy with the energy economy to drive sustainable development. DAS Solar smart factory adopts a fully integrated digital production model. Multiple automated production equipment and systems like SRM, CRM, WMS, TMS, MES, SCADA, etc., have been implemented. In this way, information is effectively communicated at every stage of the production process, enabling highly automated production management, full process production, quality monitoring, and the sharing of customer information.

Creating new business models and technological pathways is a continuous process of innovation in the new energy industry. Throughout the production process, DAS Solar focuses on energy conservation and emission reduction as a green energy player. By utilizing environmentally friendly materials and production processes, it reduces pollutant emissions. With a focus on creating a zero-carbon factory in Zhangzhou base, DAS Solar aims to achieve 100% green electricity supply. It pursues green management by enhancing energy efficiency, promoting green production, and managing carbon footprints.

Moreover, DAS Solar has optimized various aspects including procurement, production, and logistics, to establish a green and transparent supply chain. This ensures stable raw material quality, controllable costs, increased production efficiency, and reduced operational costs. The DAS Solar company collaborates with upstream and downstream enterprises in the photovoltaic industry chain to reduce costs and improve efficiency, as well as to accelerate industrial chain integration, facilitating new collaborative mutual success models within the industry.

The NEIIA Alliance is dedicated to leading the green and low-carbon transformation in the new energy. In partnership with the NEIIA Alliance, DAS Solar will anchor its goals in green and low-carbon development as a member unit of NEIIA Alliance. Achieving comprehensive advancement of China's new energy industry is the goal of DAS Solar with high-efficiency and reliable N-type products, as well as comprehensive application solutions across all scenarios.

In recent years, DAS Solar has been aggressively expanding its presence in international markets, engaging in global competition, and making breakthroughs. There are subsidiaries of DAS Solar in Germany, Australia, and Japan. The goal of DAS Solar is to improve its sales and service systems in Southeast Asia, the Middle East, and Latin America, to continue research and innovation in high-efficiency N-type technology, and to assure its customers of long-term optimal value. Besides supplying comprehensive photovoltaic system solutions, DAS Solar specializes in developing "Photovoltaic+" applications that are suitable for ecological, urban, and offshore environments. The Flexible mounting system is suitable for hills and desert environments, lightweight modules are suitable for residential and facade projects, and DAS Black modules are suitable for rooftops. DAS Solar modules have more advantages in a variety of scenarios, including fishery agrivoltaics, agrivoltaics, herbs agrivoltaics, transportation agrivoltaics, offshore photovoltaics, and distributed photovoltaics, by practicing a sustainable and green development path.

Continuing to support corporate social responsibility and address global climate change will be DAS Solar's priority in the future. By utilizing technological innovation as a driving force for sustainable development, and new energy as a catalyst, DAS Solar will foster a synergy for high-quality development. DAS Solar is committed to driving the photovoltaic industry toward a green, intelligent, and high-end transformation, injecting fresh energy into maintaining global leadership.