Static Transfer Switches
About Course
Method of Delivery: Mostly online and in class
| Major Topics | Entry Level | Intermediate Proficiency | Advanced Expertise |
| STS Components & Configuration | Basic overview of Static Transfer Switch (STS) components. Simple explanation of STS configuration and its purpose. | Detailed explanation of STS components and their functions. Intermediate concepts of STS configuration and integration. | Advanced design and configuration of STS components. Analysis of complex STS configurations and their impact on system performance. |
| Molded Case Circuit Breakers | Introduction to molded case circuit breakers (MCCBs). Basic functions and applications of MCCBs in electrical systems. | Intermediate understanding of MCCBs, including settings and adjustments. Detailed applications and integration with other electrical components. | Advanced concepts in MCCB technology, including advanced settings and protection schemes. In-depth analysis of MCCB performance and optimization. |
| Primary & Secondary Switch v | Basic understanding of primary and secondary switches. Simple explanation of their roles in power distribution. | Intermediate analysis of primary and secondary switch configurations. Understanding of their impact on system reliability and performance. | Advanced understanding of primary and secondary switch interactions and configurations. Strategies for enhancing system performance and reliability. |
| STS Improved Reliability | Overview of how STS improves reliability in power systems. Basic benefits of using STS. | Detailed discussion on how STS enhances system reliability. Intermediate strategies for optimizing STS reliability. | Advanced techniques for maximizing STS reliability. Implementation of redundancy and fault tolerance strategies. |
| STS Operation | Introduction to the operation of Static Transfer Switches. Basic concepts of how STS switches power between sources. | Intermediate explanation of STS operation, including control mechanisms and switching sequences. Overview of common operational scenarios and responses. | Advanced operational strategies for STS, including complex scenarios and system integration. Detailed analysis of STS control systems and their optimization. |
| Switch Logic | Basic understanding of switch logic in power systems. Simple explanation of how switching decisions are made. | Detailed exploration of switch logic and algorithms. Intermediate concepts of decision-making processes in power switching. | Advanced switch logic algorithms and their applications. Development of custom switching logic for specific applications. |
| 3-Source Static Transfer | Overview of 3-source Static Transfer Switch systems. Basic concepts of how they provide redundancy. | Detailed understanding of 3-source STS systems and their configurations. Intermediate concepts of load balancing and source prioritization. | Advanced design and implementation of 3-source STS systems. Strategies for managing complex power environments and ensuring high availability. |
| Monitoring Features | Introduction to monitoring features in STS systems. Basic functions of monitoring and its importance. | Intermediate features and capabilities of STS monitoring systems. Overview of data logging, alerts, and system diagnostics. | Advanced monitoring and diagnostic features for STS systems. Development of custom monitoring solutions and data analytics. |
Course Content
Static Transfer Switches
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STS COMPONENTS & CONFIGURATION
00:00 -
MOLDED CASE CIRCUIT BREAKERS
00:00 -
PRIMARY & SECONDARY SWITCH
00:00 -
STS IMPROVED RELIABILITY
00:00 -
STS OPERATION
00:00 -
SWITCH LOGIC
00:00 -
3-SOURCE STATIC TRANSFER
00:00 -
MONITORING FEATURES
00:00 -
Static Transfer Switches Unit Test
00:00
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