DC/AC conversion AC/AC conversion AC/DC conversion Storage management Real power control Control Reactive power control Switch control Load control Load Shedding Alarming Protection Key Distribution Certificate Management Encryption Security Authentication Access Control Intrusion detection Clock Synchronization Communication Network Modeling Communication Network Management Packet Routing Packet Filtering Computing and Publish communication Subscribe Data Routing Data Filtering File Transfer Data Aggregation Table 4.1-2 provides another way of classifying nodes based on location of the node. In other words, the location will determine the security, latency, role, message exchange patterns, reliability, ownership, and bandwidth supported by an OpenFMB node. Table 4.1-2 OpenFMB Node Classification by Location Message Exchange Location Security Latency Role Patterns Reliability Ownership Bandwidth Critical Bulk Infrastructure Pub Generation - NERC-CIP Subseconds only Request/Reply 99.999% Utility <10 Kbps
Control DC/AC conversion AC/AC conversion AC/DC conversion Storage management Real power control Reactive power control Switch control Load control Load Shedding Alarming Protection Security Key Distribution Certificate Management Encryption Authentication Access Control Intrusion detection Clock Synchronization Computing and communication Communication Network Modeling Communication Network Management Packet Routing Packet Filtering Publish Subscribe Data Routing Data Filtering File Transfer Data Aggregation Table 4.1-2 provides another way of classifying nodes based on location of the node. In other words, the location will determine the security, latency, role, message exchange patterns, reliability, ownership, and bandwidth supported by an OpenFMB node. Table 4.1-2 OpenFMB Node Classification by Location Location Security Latency Role Message Exchange Patterns Reliability Ownership Bandwidth Bulk Generation Critical Infrastructure - NERC-CIP Subseconds Pub only Request/Reply 99.999% Utility <10 Kbps