关键词: 数字对象架构, 能源, 可信数据网络, 机制, 互联互通, 互发现, 互操作

Abstract: The energy trusted data network primarily addresses challenges in achieving trusted interconnection, intercommunication, interdiscovery and interoperation of data, supported by digital object architecture (DOA) technology, and enables unified crossentity data access registration, directory interconnection services, and controllable analytical applications, flexibly meeting the development requirements of the energy industry, which demands high data security, organizational hierarchy, and multidomain entity segmentation. With reference to the traditional PESTEL (political, economic, social, technological, environmental, legal) environmental analysis model and the legaltechnologicaleconomiccommercial system model for data factor market development, this study proposes a systematic research framework for the energy trusted data network mechanism. Centered on data characteristics, the framework integrates dimensions of policy systems, industry layout, innovative technologies, and security compliance. Guided by the foundational principles of “costeffectiveness, equivalence of rights and responsibilities, collaborative integration, and longterm development”, it establishes a distributed overarching architecture. The mechanism is further constructed through the following aspects: collaboration mechanisms, technological mechanisms, incentive mechanisms, operational mechanisms, security mechanisms, and iterative mechanisms, to support energy industry advancement, flexible technological upgrades, and optimized evolution. By building this trusted network, more entities are encouraged to securely unify data access and leverage trusted service applications, transforming fragmented enterprise data advantages into industrywide collaborative strengths. This fosters deeper industry data utilization and advances artificial intelligence large language model development, providing critical support for the digital transformation and highquality development of the energy sector.

Key words: digital object architecture, energy, trusted data network, mechanism, interconnectivity and intercommunication, mutual discovery, interoperability