Abstract The Internet of Energy (IoE) transforms energy production, supply, and consumption to fulfill high energy demands via intelligent automation of industrial energy producers and consumers. This paper emphasizes the concept of the IoE in the Industrial Internet of Things (IIoT) perspective in order to ensure productivity, control, reduced cost, real-time decision making and monitoring, customer satisfaction, and innovative experience. Furthermore, industrial applications and requirements for optimizing performance, transmission, and consumption for efficient energy utilization and increased productivity have also been discussed. Industrial services, technologies, prerequisites, and application requirements are focused on outlining the architectural framework for achieving net-zero energy efficiency, applicability, and limitations. The taxonomy of communication layer protocols is discussed, compared, and evaluated in depth along with their limitations, to help with pre-technology implementations. Moreover, open challenges such as middleware, mobility, data integrity, and scalability are also discussed in depth with their potential solutions.

中文翻译：

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能源互联网：智能行业的机遇、应用、架构和挑战

摘要 能源互联网（IoE）通过工业能源生产者和消费者的智能自动化，改变能源的生产、供应和消费，以满足高能源需求。本文强调工业物联网 (IIoT) 视角中 IoE 的概念，以确保生产力、控制、降低成本、实时决策和监控、客户满意度和创新体验。此外，还讨论了优化性能、传输和消耗以实现高效能源利用和提高生产力的工业应用和要求。工业服务、技术、先决条件和应用要求侧重于概述实现净零能效、适用性和限制的架构框架。深入讨论、比较和评估通信层协议的分类及其局限性，以帮助实现前技术。此外，还深入讨论了中间件、移动性、数据完整性和可扩展性等开放挑战及其潜在解决方案。