建筑光伏一体化组件标准化尺寸的研究包含技术课题研究和标准制定同步推进的方式，来明确要求、统一主流BIPV组件的外形尺寸。

课题一阶段通过对建筑模数、建筑层高、建筑规范、构件安装方式等方向的研究，提出对组件尺寸的若干要求，同时通过组件端电路设计、玻璃裁切、可靠性和美观设计等内容的研究，提出对建筑设计的若干建议。最终输出一组标准化尺寸相关技术报告、标准、图集、手册、设计指南等。课题二阶段通过标准宣贯，示范项目应用等形式推动项目成果落地。

The research on standardized dimensions of BIPV modules aims to clarify requirements and unify the external dimensions of mainstream BIPV modules through synchronous promotion of technical research and standard formulation.

In the first stage of the project, several requirements for component dimensions are proposed through research on building module, building height, building specifications, component installation methods, and other directions. As well, several suggestions for building design are proposed through research on component end circuit design, glass cutting, reliability, and aesthetic design. Outputing a set of standardized size related technical reports, standards, atlases, manuals, design guidelines, etc. In the second stage of the project, the implementation of project results will be promoted through standard promotion, demonstration project application, and other forms.

光储直柔（PEDF），是太阳能光伏（Photovoltaic）、储能（Energy storage）、直流配电（Direct current）、柔性交互（Flexibility）4项技术综合应用在建筑领域应用的一项新型系统性技术。通过小型（离网、并网、户用别墅、小商铺等）、中型（楼宇）、大型（园区）等不同应用场景的示范应用项目，理论结合实践，验证光储直柔系统的可行性、可靠性和经济性，助力行业加速技术迭代和成熟，同时形成YIST的自有技术能力，包括对光储直柔电器设备的评估能力和系统方案设计与集成能力。

PEDF represents a novel systematic technology ，which comprehensively integrates Photovoltaic， Energy Storage, Direct Current, and Flexibility technologies into the construction sector.Through demonstration projects in various application scenarios, including small-scale (off-grid, grid-connected, residential villas, small shops, etc.), medium-scale (buildings), and large-scale (Industrial parks), theory is combined with practice to verify the feasibility, reliability, and economics of the PEDF system. This endeavor facilitates accelerated technological iteration and maturity within the industry, at the same time, formed YIST's proprietary technical capabilities, including the evaluation of PEDF electrical equipment and the design and integration of system solutions.