May 26, 2026  
2023-2024 Course Catalog 
    
2023-2024 Course Catalog [ARCHIVED CATALOG]

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SER 260 - Solar Plus Storage Concepts

Credits: 3
Lecture Hours: 2
Lab Hours: 2
Practicum Hours: 0
Work Experience: 0
Course Type: Voc/Tech
This course explore the history of energy storage; the differing reasons behind the decision to incorporate energy storage; the difference between stand-alone versus utility-interactive Solar Plus Storage (S+S) systems; and defining and differentiating between DC and AC coupled S+S systems; Numerous design variables will be explored in the sizing of the S+S system including energy and power capability of the battery technologies and banking, inverter sizing, array sizing, and various system configurations. 
Prerequisite OR Corequisite: ELT 950  and ELT 951  
Competencies
  1. Explain the history of energy storage   
    1. Identify different means of storing energy  
    2. Explain the history of solar plus storage (S+S)  
  2. Summarize time of use and peak demand reduction  
    1. Explain the “duck curve” effect of solar penetration without storage and how S+S helps to mitigate the negative effects of it  
    2. Describe back-up and zero export functions  
    3. Generalize grid support possibilities with S+S systems  
    4. Generalize grid support possibilities with S+S systems  
  3. Differentiate between residential, small commercial, large commercial, and utility S+S designs and loads 
    1. Outline different energy management devices and their purposes 
    2. Prioritize critical and “protected” loads for backing up with a S+S  
    3. Explain what a virtual power plant is and how it operates 
  4. Categorize various S+S system configurations  
    1. Distinguish between utility interactive and stand-alone S+S systems  
    2. Determine site-specific factors that will steer appropriate sizing of inverter, energy storage, and PV 
    3. Contrast DC coupled and AC coupled S+S systems  
    4. Differentiate between lead-acid and lithium energy storage  
  5. Differentiate between power consumption and energy consumption  
    1. Demonstrate how to monitor/quantify power consumption  
    2. Demonstrate how to monitor/quantify energy consumption  
    3. Show the necessary tools and methodology to perform an energy analysis  
  6. Demonstrate safety practices necessary for building, owning, and servicing S+S systems  
    1. Identify codes that are relevant to S+S installations  
    2. Demonstrate maintenance concepts in S+S systems 

Competencies Revised Date: AY2023



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