

Applying Renewable Energy: Solar Technologies Course
This solar training course will provide you with the essential solar power fundamentals to have a head start on all solar technologies – from PV to solar thermal, CSP and PV-diesel hybrid systems.This solar training program offers a deep dive into solar power fundamentals, equipping participants with the knowledge to work with PV systems, solar thermal technologies, CSP plants, and hybrid energy solutions. Through engaging online solar classes, participants will learn how to select and integrate the most suitable solar technology for different energy needs—whether for electricity generation, heating, or hybrid power solutions.
Master All Solar Technologies – From Fundamentals to Practical Application
Understanding Solar Energy & System Components
Get a complete overview of solar power fundamentals and how different technologies convert sunlight into usable energy. Learn about solar radiation, system components, and energy storage to understand how PV, CSP, and solar thermal systems operate.
Photovoltaic (PV) Systems
Explore the design and installation of solar PV systems, including grid-connected, off-grid, and battery storage solutions. Learn how to optimize PV performance, assess system efficiency, and integrate solar power into various energy networks.
Solar Thermal & Concentrated Solar Power (CSP)
Understand how solar thermal technologies are used for water heating, space heating, and industrial applications. Dive into CSP technologies, such as parabolic troughs and solar towers, and their role in large-scale power generation.
PV-Diesel Hybrid Systems & Integrated Solutions
Learn how PV-diesel hybrid systems combine solar power with traditional energy sources to improve reliability and efficiency in off-grid and industrial applications. Gain insights into designing and optimizing hybrid solutions for cost-effective energy supply.
Additionally to the core topics, each participant will have access to short introductory courses on energy and electricity topics to learn or revise the basics. These courses are not mandatory, and will not be covered in the exam.
- Flexibility to study at any time and from any location
- Moderated discussion forum for students
- Contact with learning facilitators
- Be trained by certified e-learning instructors and experienced professionals
- Live lectures
- Multimedia learning materials
- Self-assessments
- Various assignments and final exam
- Certified by the Staatliche Zentralstelle für Fernunterricht – ZFU (German Authority for Distance Learning)
- Discounts for our alumni, group bookings, and multiple purchases
- RENAC certificate upon successful completion of the course
Photovoltaics:
- Applications and market development
- Solar radiation
- System components
- System configurations (grid-tied and off-grid)
- Introduction to system design and yield estimation
Solar thermal:
- Relevance of solar thermal
- How solar thermal works
- Different solar thermal system types and its components
- System sizing, installation and commissioning
- Operation and maintenance
- Economics
Concentrated Solar Power (CSP):
- Potential
- Technologies
- Plant cooling
- Electricity storage
- Energy yield calculation
PV-diesel hybrid systems:
- Off-grid electricity supply by means of diesel-powered mini grids
- Hybridization with PV- and / or wind energy-systems
- Technology and components
- Parameters for system sizing
- Levelised cost of energy
- Anyone seeking a clear understanding of solar energy
- Learners looking to refresh their technical knowledge
- Beginners taking the first step toward renewable energy projects
- Duration: 6 months
- Study time: About 70 hours
- Training language: English or Spanish
- Detailed course description: A detailed course description is available for download here.
- E-learning platform: Access the demo course on our e-learning platform.
- Price: €525,00*
- Evaluate solar resources and assess site suitability for PV, solar thermal, CSP, and hybrid systems
- Identify and select the right system components based on specific energy needs and applications
- Estimate system size, energy yield, and key performance parameters for different solar technologies
- Explain the core principles and working mechanisms of PV, solar thermal, CSP, and hybrid energy systems