安全的基于标准的参考架构,以实现灵活性、激活和民主化

H. Keko, P. Hasse, Eloi Gabandon, S. Sucic, Karsten Isakovic, J. Cipriano
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引用次数: 2

摘要

本文提出了一个基于开放标准的信息系统,通过灵活性激活来支持民主化和消费者赋权。本文描述了一个功能性的技术参考基础设施:一个安全的、基于标准的、可行的用于灵活性激活的通信骨干。基础设施允许连接、注册、激活和报告不同类型的细粒度消费者灵活性。柔性源可以是充电器和固定电池的直接可控设定点,也可以是可控负载。拟议的通信系统将所有这些灵活性条款视为更广泛意义上的分布式能源,并且该体系结构允许不同能源系统的消费者级集成。这使平衡责任实体能够以可行和切实可行的方式充分利用新的灵活性来源。在FLEXCoop项目中实现的拟议的参考架构依赖于已建立的开放标准,因为它基于OpenADR和OAuth2 / OpenID标准以及相应的IEC 62746-10标准,并且它涵盖了与其他相关标准的接口。在OAuth2之上构建的Open ID安全层与Open ADR标准集成,解决了安全和访问问题。为了解决数据保护和隐私方面的问题,该体系结构是根据最少知识原则设计的。
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Secure standards-based reference architecture for flexibility activation and democratisation
This paper presents an open standards-based information system supporting the democratization and consumer empowerment through flexibility activation. The paper describes a functional technical reference infrastructure: a secure, standard-based and viable communication backbone for flexibility activation. The infrastructure allows connection, registering, activation and reporting for different types of granular consumer flexibility. The flexibility sources can be directly controllable set points of chargers and stationary batteries, as well as controllable loads. The proposed communication system sees all these flexibility provisions as distributed energy resources in a wider sense, and the architecture allows consumer-level integration of different energy systems. This makes new flexibility sources fully available to the balancing responsible entities in a viable and realistically implementable manner. The proposed reference architecture, as implemented in the FLEXCoop project, relies on established open standards as it is based on the OpenADR and OAuth2 / OpenID standards and the corresponding IEC 62746-10 standard, and it covers interfacing towards other relevant standards. The security and access implications are addressed by the Open ID security layer built on top of the OAuth2 and integrated with the Open ADR standard. To address the data protection and privacy aspects, the architecture is designed on the least knowledge principle.
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