Distributed Energy Systems

Building an Effective Security Program for Distributed Energy Resources and Systems Pub Date : 1900-01-01 DOI:10.1002/9781119070740.CH10

M. Hentea

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Abstract

Classic electricity grids are based on large central power stations connected to high‐voltage transmission systems. Distributed energy systems include a diverse array of distributed generation, energy storage and energy monitoring, and control solutions. Energy storage technologies are analyzed under the criteria such as operation and advantages, applications, cost, disadvantages, and future potential applications. Distributed energy resource (DER) systems typically use renewable energy sources, communication technologies, and interfaces to connect to utilities and consumers. DER integration and management is applicable to both distribution and transmission systems. A global survey was conducted in 2012 on security governance, specifically how boards of directors and senior management are governing the security of their organizations’ information, applications, and networks. The chapter provides an overview of the recent cyber incidents targeting electricity sector and energy sector for the period of 2012‐2016. The smart grid brings new challenges and privacy issues, which require regulatory frameworks and adequate protection.

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分布式能源系统

传统的电网是基于连接到高压输电系统的大型中央发电站。分布式能源系统包括各种各样的分布式发电、能源存储和能源监测和控制解决方案。从运行和优势、应用、成本、缺点和未来潜在应用等方面对储能技术进行了分析。分布式能源(DER)系统通常使用可再生能源、通信技术和接口来连接公用事业和消费者。分布式电源集成与管理既适用于配电系统，也适用于输电系统。2012年进行了一项关于安全治理的全球调查，特别是董事会和高级管理层如何管理其组织的信息、应用程序和网络的安全。本章概述了2012 - 2016年期间针对电力部门和能源部门的近期网络事件。智能电网带来了新的挑战和隐私问题，这需要监管框架和充分的保护。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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Building an Effective Security Program for Distributed Energy Resources and Systems

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