本文概述了在建筑能源基础设施中整合可再生能源转换和储存的设计要求。在形成需求方面，最突出的是需要识别和利用建筑侧对电网的灵活性；这包括考虑建筑荷载、现场储存和发电。在需求侧管理的框架内考虑建筑侧的灵活性，以探索建筑可能的荷载模式修改策略。这些措施包括提高所产生能量的自我消耗（例如，用多余的太阳能为电池充电）- 电源，在非高峰时段为电池充电，在高峰时段将其放电，并结合山谷填充和负载转移）。因此，建筑物中可再生能源和存储系统的集成应促进支持性的灵活操作场景，以提高电网稳定性的形式提供支持。这种类型的动态能源管理也应在未来整合到建筑能源管理系统中。引用:2018年年度会议，德克萨斯州休斯顿，会议论文

This paper presents an outline of the design requirements for the integration of renewable energy conversion and storage within a building's energy infrastructure.Prominent in shaping the requirements is the need to identify and leverage building side flexibility towards the electricity grid; this includes consideration of thebuilding loads, on-site storage and generation. Building side flexibility is considered within the framework of Demand Side Management to explore possible loadpattern modification strategies of the building. These include enhancing self-consumption of generated energy (for example charging the battery with excess solar-power,charging battery during off peak hours and discharging it during peak hours in combination with valley filling and load shifting). The integration of renewable andstorage systems in buildings should therefore facilitate supportive flexible operation scenarios that provides support in the form of increased stability to the power grid.This type of dynamic energy management should also in future be integrated in building energy management systems.