Secure Communication Networking for Distributed Energy Resources

Designed to provide current and future engineers

working in the distrubuted energy industry with the skills necessary to design products that incorporate secure communication networking and deploy networks that incorporate these products. The course will also cover considerations associated with integrating the operations of utilities and network aggregates.

People with different backgrounds will experience different learning outcomes. For electrical engineers specializing in computing and data communication, the course will impart knowledge pertaining to Distributed Energy Resource (DER) physical functions and their relationship to communication protocols. For electrical engineers specializing in power engineering will impart knowledge pertaining to information protocols and how they map to physical functions. For others, the course will impart a basic understanding of power engineering and data communication in the DER domain.

Course Highlights:

• Distributed Energy Resources (DER) Overview
• U.S. Distribution Grid Standards
• Distributed Energy Resources in California
• Communication Protocols for DER
• IEEE 2030.5 - I & II
• Common Smart Inverter profile (CSIP)
• Cybersecurity for California Rule 21
• Product Testing and Certification

Course Learning Outcomes:
By course completion students will understand and identify:

• Distributed Energy Resource (DER) market opportunity framework.
• Grid standards and DER Functions relevant to U.S and non-U.S. markets.
• DER functions relevant to California and other U.S. markets.
• Popular communication protocols for DER in the U.S.
• Communication and cybersecurity requirements for California Rule 21.
• Product testing and certification requirements for California Rule 21 Product Compliance.
• Considerations for deploying secure DER compliant networks to California Rule 21 requirements.

Required Textbooks:

• Common Smart Inverter Profile (CSIP) - Available from SunSpec Alliance.
• SunSpec Common Smart Inverter Profile Test Procedures - Available from SunSpec Alliance.
• SunSpec DER Information Model and UL1741 Supplement SA Interoperability Report - Available from SunSpec Alliance.

Course Typically Offered: Online in every quarter.

Prerequisite: N/A

Next Step: After completing this course, consider taking other courses in the Power Systems Engineering certificate program.

Contact: For more information about this course, please email unexengr@ucsd.edu.

Course Number: EE-40179
Credit: 3.00 unit(s)
Related Certificate Programs: Power Systems Engineering

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7/7/2020 - 9/5/2020

$895

Online

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• SECTION ID:

  149164

• CLASS TYPE:

  Online, Web-based instruction

• INSTRUCTOR:
  

  Lum, Gordon

  Gordon Lum holds a bachelor's in electrical engineering from MIT and a master's in electrical engineering from UC San Diego. After obtaining his degrees, he spent his first five years working in defense communications at Linkabit. Later, Lum’s career was dedicated to the early stages of digital satellite TV communications. In the mid-90s, he founded and acted as vice president of engineering at Corelent (FKA TurboNet) which developed the first certified DOCSIS cable modem, and he remained at the company for 15 years. With over 23 years experience in the design, development and deployment of all types of digital communications equipment, Lum leads the company’s engineering team with overall responsibility for taking the G2H SE2 Software to production. He joined Ki...Read More

• INSTRUCTOR:
  

  Fox, Robert

  Bob Fox is principal engineer of the SunSpec Alliance where he leads standards and software development for the company. An accomplished software developer with experience in data communication, middleware and “device ware,” Fox was senior software engineer at Fat Spaniel, a pioneering company in renewable energy monitoring, and at Power-One (now ABB), a leading solar inverter manufacturer. Fox has written software to interface with virtually all of the major inverter brands. This experience drove him, as an employee of a SunSpec member company, to become a lead participant in the development of the initial SunSpec inverter control standard. He is also one of the first to implement working inverter control interface software based on the SunSpec speci...Read More

• INSTRUCTOR:
  

  Kang, Steve

  As the senior vice president of engineering at QualityLogic, Steve Kang directs the development of all QualityLogic test products, including those for Smart Grid, Imaging and Fax/Telecom industries. Kang has spearheaded efforts on a variety of Smart Grid initiatives, including IEEE 2030.5, OpenADR, Transactive Control and IEC 61850. He is a frequent presenter at industry workshops and events, and conducts engineering workshops focused on developing and testing IEEE 2030.5 products. Kang holds a master's in computer science from USC and an MBA from UCLA Anderson School.

• TEXTBOOKS:

  No textbook required.

• POLICIES:

  No refunds after: 7/13/2020.
  

• NOTE:

• DATE & LOCATION:

  7/7/2020 - 9/5/2020
  extensioncanvas.ucsd.edu
  You will have access to your course materials on the published start date OR 1 business day after your enrollment is confirmed if you enroll on or after the published start date.