Strategic Objectives
• Master the architecture of non-standard, low-latency communication protocols.
• Understand the shift from high-throughput data to timing-deterministic delivery.
• Learn to mitigate the risks of jitter and latency in wide-area monitoring.
• Implement robust synchronization techniques for modern smart grid protection.
The Core Challenge
Standard IT networking prioritizes data volume, but power grids require something entirely different: absolute timing certainty in an unpredictable asynchronous environment.
01
The Foundations of Grid Telemetry
02
Throughput vs. Determinism
03
Asynchronous System Dynamics
04
The Physics of Latency
05
Real-Time Operating Systems
06
Jitter and Timing Variance
07
Protocol Precision: IEC 61850
08
GOOSE Messaging
09
Precision Time Protocol
10
Phasor Measurement Units
11
Quality of Service (QoS) in OT
12
Time-Sensitive Networking
13
Proprietary Protocol Reverse Engineering
14
Redundancy Protocols: HSR and PRP
15
SCADA and Wide Area Control
16
Cybersecurity for Low-Latency Links
17
Power Line Communication (PLC)
18
Fiber Optics in the Utility Sector
19
Distributed Energy Resources (DER)
20
The Impact of 5G on Smart Grids
21