D2HD95BMDCFJSYLLABUS
FOUR DAYS TRAINING PROGRAM PV SYSTEM DESIGN & INSTALLION OF SOLAR PHOTOVOLTAIC MODULES
1. Solar energy basics ; Definitions: irradiance, latitude, longitude, altitude angle, azimuth angle, solar insolation, solar noon, hour angle, inclination angle, zenith angle, net metering.
2. Jawaharlal Nehru National Solar Mission for incentives.
3. Working Safety with photovoltaic Systems 15%
3.1 Working with safe
3.2 Industrial regulation act
3.3 Electrical Safety
3.4 Fall Protection
3.5 Stairways & Ladders.
3.6 Hand and Power Tools.
3.7 Personal Protective Equipments (PPE)
3.8 Working Space for Electrical Systems.
3.9 Photovoltaic Modules.
3.10 Battery Safety.
4. Conducting a Site Assessment. 5%
4.1 Shading.
4.2 Array Orientation.
4.3 Array Location
4.4 Available roof Area.
4.5 Roof Structure & Condition.
4.6 Commercial Roof Mounting Options.
4.7 Array Mounting Methods.
5. Selecting a System Design. 5%
5.1 Differentiating Among Available Modules and Inverters.
6. Adapting the Mechanical Design. 15%
6.1 Roof Mounting.
6.2 Mounting Materials.
6.3 BOS Layout.
6.4 Tracking Mounts.
7. Adapting the Electrical Design. 20%
7.1 PV Modules
7.2 Wires, Fuse, Circuit Breaker, and Disconnect Sizing.
7.3 Temperature and conduit Fill Corrections for ampacity of Conductors.
7.4 Voltage Drop for Circuits.
7.5 Sizing Conductors Based on Power and Required OCPD Ratings.
7.6 Grounding.
7.7 Ground fault Protection.
7.8 Equipment Grounding.
7.9 System Grounding.
7.10 Continuity of Equipment and System Grounding.
7.11 Batteries and Battery Wiring.
7.11.1 Battery Sizing Concepts.
7.11.2 Battery wiring.
7.12 Charge Controllers and Linear Current Busters.
7.12.1 Linear Current Boosters and Maximum Power Tracking Charge
Controllers.
7.12.2 Charge Controller Operation.
7.12.3 Low Voltage Disconnect Controls.
7.13 Generators.
7.13.1 PV/Diesel Hybrid System.
7.13.2 Charging Batteries with Generators.
7.13.3 Generators in NEC.
7.14 Inverters.
7.15 Point of Utility Connection.
1. Dedicated Over current and Disconnect.
2. Bus or Conductor Rating.
3. Ground Fault Protection.
4. Marking.
5. Suitable for Back feed.
6. Inverter Output Connection
7.16 Optional Standby System Panels.
8. Installing Subsystems and Components at the Site. 20%
8.1 Electrical Component Mounting.
8.2 Testing and Programming Equipment.
8.3 Marking and Labeling
9. Performing a System Checkout and Inspection. 10%
9.1 Acceptance testing.
10. Maintaining and Trouble shooting a System. 10%
10.1 Array Maintenance
10.2 Battery Maintenance.
10.3 Inverter & Charge Controller Maintenance.
10.4 Maintenance Tools and Equipment.
10.5 Performance Monitoring.
11. System installation cost.
12. Steady Guide Review Questions.
