Basic Energy Course
Solar photovoltaic
Supports:
Classroom course
Duration: 40 Hours
Start date:
Schedules:
Actively train the solar industry workforce to implement technologies that generate clean energy and reduce carbon emissions that cause global warming.
The more solar energy systems that are installed, the more trained people will be needed. The course will address the Installation and construction of autonomous solar systems, to provide electricity to houses, offices and industries.
We provide real-world knowledge, experience, and understanding of solar photovoltaic systems. We provide all the necessary knowledge for you to start making money and reducing your environmental impact by creating, improving and optimizing photovoltaic installations.
Addressed to:
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General public
Imparted by:
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Jesus Rafael Gerardino
Electronic engineer, aspiring master's degree in industrial controls, with more than 70 kWhp installed in photovoltaic solar systems
It includes
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Digital material of the course topics
Attendance certificate
Access to the WhatsApp group of sapiens in photovoltaic solar systems
Agenda and pen
You'll learn:
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• Basic concepts of electricity and electronics
• Characteristics and operation of the elements that make up a photovoltaic solar system
• Classes and types of photovoltaic systems used today
• Design of isolated or off-grid photovoltaic solar systems
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Thematic
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Module 1: basic concepts of electricity and electronics (8 hours)
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• Voltage
• AC and DC current
• Resistance
• Active power
• Reactive power
• Ohm's law
• Series circuit
• Parallel circuit
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Module 2: photovoltaic energy concepts (10 hours)
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• Solar radiation
• Irradiance
• Irradiation
• Peak solar time
• Photovoltaic panel
• Types of photovoltaic panels
• Solar batteries
• Types of solar batteries
• Solar regulator
• Types of solar regulators
• Solar inverters
• Types of solar inverters
• Protections
Module 3: photovoltaic solar systems (6 hours)
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• Types of photovoltaic systems
• Off-grid system
• On-grid system
• Hybrid system
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Module 4: calculations of isolated or off-grid solar systems (16 hours)
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• Formulas
• Component calculations
• Reading of technical sheets
• Practical exercises
