Solar Solution

[L1] Welcome, Introduction and Course Tips

{L2] Cell Vs. Module

[Q2] The Open Circuit Voltage of a PV module

[L3} Series Vs. Parallel

[Q3] Let's wire up a PV array!

[L4] Solar Calculator Example

[L5] Partial Shading of a PV Module

[Q5] Partial Shading and how to place your PV Module[s]

[L6] Bypass diodes in your PV Module

[L7] Voltage & Amperage

[Q7] Voltage & Amperage

[L8] Power, Voltage & Current

[Q8] The relationship between Power, Voltage and Current

[L9] Watthours & Amphours [Phone]

[Q9] How Powerfull is your Charger?

[L10] Watthours and Amphours [Vehicle]

[Q10] Let's charge your Electric Vehicle!

[L11] Alternating Vs. Direct Current

[Q11] The Cycles of Alternating Current [AC]

[L12] How AC is made: Magnets and Conductors

[L01] The American Wire Gauge

{Q01] Wire & Gauge Sizes

[L02] The Metric Wiring System

[Q02] Convert from Metric to AWG wire sizes

[L03] Solar PV Connectors: MC4's

[Q03] Male Vs. Female Connectors

[L04] The PV Wire Crimping Tool

[L05] The Ingress Protection Rating [IP]

[Q05] Liquids Vs. Solids Ingress Protection Rating

[L06] Where to find the IP rating for your PV Module

[L07] Fuses and How They Are Rated

[Q07] Series Vs. Parallel

[L08] Fuses and Fuse Holders

[L09] Inside the DC Breaker

[Q09] Instantaneous Vs. Slow Tripping Current

[L10] The DC Arc Extinguishing Chamber

[Q10] The extinguishing process

[L11] DC Breakers: An online excursion

[L12] Photovoltaic Combiner Boxes

[L13] Earth & Grounding Principles

[Q13] The Grounding System

[L14] Grounding Connections on PV Modules

[L15] Section Wrap Up