EDUCATIONAL OBJECTIVES
• Learn about a photovoltaic installation on an isolated site.
• Learn about and understand the photovoltaic elements present.
• Creating a Photovoltaic installation.
• Taking the electrical measurements of the different values.
• Study the efficiency and incidences related to the positioning of the panels.
• Study the energy system (production, storage, charge, discharge).
• Study the use of a solar charge regulator for batteries.
Proposed Practical Works
• Creation of the complete wiring diagram.
• Creation of the configuration of the charge regulator for batteries.
• Take the measurements of voltage, current and power of the solar panels.
• Take the measurements of voltage, current and power at output 24V DC.
• Calculation of the efficiency of the installation.
• Calculation of the charge/discharge time of the battery.
Comprises
• 1 Coupler module of photovoltaic terminals to 4mm terminals.
• 1 Surge arrester module.
• 1 Circuit switching module.
• 3 Double fuse holder modules 10x38 gPV.
• 1 Solar charge regulator module 24V DC - 20A
• 1 Voltage converter module 350VA - 24V DC - 230V AC on outlet 2P+E.
• 2 Voltmeter/ammeter analogue display modules.
• 1 Two batteries module 12V – 12Ah.
• 2 Solar panels 200Wc on frame that tilts from 5° to 70°.
• 1 Photovoltaic cable, 30 metres.
• 1 set of safety leads for carrying out the differentpractical works
• Learn about a photovoltaic installation on an isolated site.
• Learn about and understand the photovoltaic elements present.
• Creating a Photovoltaic installation.
• Taking the electrical measurements of the different values.
• Study the efficiency and incidences related to the positioning of the panels.
• Study the energy system (production, storage, charge, discharge).
• Study the use of a solar charge regulator for batteries.
Proposed Practical Works
• Creation of the complete wiring diagram.
• Creation of the configuration of the charge regulator for batteries.
• Take the measurements of voltage, current and power of the solar panels.
• Take the measurements of voltage, current and power at output 24V DC.
• Calculation of the efficiency of the installation.
• Calculation of the charge/discharge time of the battery.
Comprises
• 1 Coupler module of photovoltaic terminals to 4mm terminals.
• 1 Surge arrester module.
• 1 Circuit switching module.
• 3 Double fuse holder modules 10x38 gPV.
• 1 Solar charge regulator module 24V DC - 20A
• 1 Voltage converter module 350VA - 24V DC - 230V AC on outlet 2P+E.
• 2 Voltmeter/ammeter analogue display modules.
• 1 Two batteries module 12V – 12Ah.
• 2 Solar panels 200Wc on frame that tilts from 5° to 70°.
• 1 Photovoltaic cable, 30 metres.
• 1 set of safety leads for carrying out the differentpractical works
Properties
- QUICK-N/ELE