Abstract: . . .  Credit Implications 12.4 Budget Page 4 Day Two (November 8, 2005 @ 9am) 1. System Design Examples 1.1 Typical Residential Low Voltage, Non Battery System 1.2 Typical Residential High Voltage, Non Battery System 1.3 Typical Residential Battery Based System 1.4 Typical Commercial System Lunch Break Introduction to Code Compliance for PV systems PV Designer/Installers, electricians are encouraged to attend 1. Code Implications for PV Circuit: Wire Size and Insulation, Circuit Disconnects, and Over Current and Ground Fault Protection 1.1 PV Ratings 1.2 PV Conditions 1.3 Array Configuration 2. . . .
. . .  to Photovoltaic Systems Detailed Agenda Day One (November 7, 2005 @ 9am) 1. Introduction 2. Typical Configurations of Grid-Tied PV Systems 2.1 Battery (Low Voltage DC) 2.2 Non Battery (High and Low Voltage DC) 2.3 Generator Back Up -Break- 3. Photovoltaic Types 4. Photovoltaic Mounting Options 5. Photovoltaic Orientation 6. Inverter Types 7. Charge Controllers 8. Batteries 9. Meters Lunch Break 10. Factors Affecting PV Production 10.1 PV Array Size 10.2 Inverter Size, Type and Efficiency 10.3 Inverter Temperature 10.4 Solar Resource (Insolation) 10.5 PV Orientation (and Time of Use Implications) . . .
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