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It communicates function and intentionally omits details not relevant to the message while sometimes adding unrealistic elements to aid comprehension.","Answer",{"name":64,"@type":59,"acceptedAnswer":65},"Why does the paper emphasize writing and updating schematics?",{"text":66,"@type":62},"It highlights that changes at the source of schematics and transformative technologies will redefine longstanding practices. It also notes considerable investment needed to update technologies, transmission assets, and energy resources.",{"name":68,"@type":59,"acceptedAnswer":69},"How do schematics support different functions and deliver “results”?",{"text":70,"@type":62},"Schematics enable installation, commissioning, troubleshooting, equipment maintenance, power system operation, and related activities like legal records and estimating. 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Installation Commissioning Troubleshooting Equipment Maintenance Power System Operation Legal Records Estimating  \n7  \nSchematic Representation of Power System Relaying 1/15/2015  \nExample of how a Schematic Addresses Different Functions  \nOperating and Maintenance  \nAlpha Substation  \nCB100  \n   Gamma  \nSubstation  \nAlpha-Gamma CB  \n8  \nSchematic Representation of Power System Relaying 1/15/2015  \nHierarchy of Drawings  \nHierarchy of detail between drawings  \nSingle line diagram is the least detailed, uses basic symbols  \nAC & DC schematics at the next level of detail, necessary connection and function details  \nRemaining drawings greatest level of detail. Maintain the connection details from schematics & add physical details. Indicates precise location & connections.  \n9  \nSchematic Representation of Power System Relaying 1/15/2015  \nTypes of Schematics  \nProtection Zone Diagram Single-Line Diagram AC Schematics  \nDC Schematics  \nLogic Diagram  \n10  \nSchematic Representation of Power System Relaying 1/15/2015","cbCaioExkRLhYpnh","https://ap.wps.com/l/cbCaioExkRLhYpnh","pdf",2690227,"English","# Why Write the Paper?\n## Things are changing at the source of schematics\n## Transformative technologies and investment\n# What are Schematics?\n## Communicate function and omit irrelevant details\n# What are the “Results” of Schematics?\n## Installation, commissioning, troubleshooting, maintenance, and records\n# Example: Different Functions\n## Operating and Maintenance (Alpha/Gamma, CB examples)\n# Hierarchy of Drawings\n## Single-line vs AC/DC vs remaining drawings\n# Types of Schematics\n## Protection zone diagram, single-line, AC/DC, logic diagram","[{\"question\":\"What is a schematic in power system work?\",\"answer\":\"A schematic is a diagram that represents system elements using abstract graphic symbols instead of realistic pictures. It communicates function and intentionally omits details not relevant to the message while sometimes adding unrealistic elements to aid comprehension.\"},{\"question\":\"Why does the paper emphasize writing and updating schematics?\",\"answer\":\"It highlights that changes at the source of schematics and transformative technologies will redefine longstanding practices. It also notes considerable investment needed to update technologies, transmission assets, and energy resources.\"},{\"question\":\"How do schematics support different functions and deliver “results”?\",\"answer\":\"Schematics enable installation, commissioning, troubleshooting, equipment maintenance, power system operation, and related activities like legal records and estimating. They support understanding of connections and precise locations as drawings progress in detail.\"}]","Schematic Representation of Power System Relaying - Working Group I5 | PDF",126]