Recently, Boyang Energy Technology Co., Ltd. (referred to as "Boyang Energy") officially announced the establishment of a Zero-Carbon Microgrid Research Institute. Concurrently, the General Manager of Boyang Energy led a core team to visit the School of Architecture at Tsinghua University for discussions with the school's Chief Research Fellow team. Both parties engaged in in-depth technical exchanges centered on zero-carbon park construction, reached a consensus on strategic cooperation, and decided to focus on the core technology research and development of grid-forming microgrids and the practical application of zero-carbon construction. This collaboration marks the beginning of a new chapter in long-term university-enterprise cooperation to jointly advance the energy transition.

During the exchange, with the core goal of achieving a "zero-carbon model, zero-carbon electricity," both sides held comprehensive discussions on key issues in zero-carbon park development. They deeply exchanged views on industry pain points such as "green power consumption," "dynamic supply-demand balance," and "long-duration energy storage." Following the talks, they systematically outlined their respective strengths and defined the cooperation direction: The Building Energy Efficiency Research Center, leveraging its national key laboratory platform and based on the "electricity, heat, and fuel协同 mode," will be responsible for related technology development and systematic research. Boyang Energy will utilize its market and resource advantages to undertake the promotion of technological achievements and the development of high-quality social resources. Together, they will promote the deep integration of technology and business in zero-carbon parks, achieving efficient industry-academia-research collaboration.

Both parties value the outcomes of this meeting and plan to further advance the signing of a cooperation framework agreement. This strategic partnership will inject strong momentum into grid-forming microgrid technology innovation and zero-carbon park construction, contributing to the high-quality development of the energy transition.