Join Solar Simulation Course to Become a Certified Solar Professional
Unleash renewable energy opportunities by participating in the Solar Simulation Training Program. This course is most suitable for professionals who have prior knowledge on solar energy and would wish to advance in the fields of modeling and simulation. You will then learn how to use modern software to analyse and design solar PV systems for residential, commercial and utility scale applications. This certification arms you with the ability to quickly become highly accurate in forecasting the performance of solar systems, designing better solar systems, and helping the world transform into a cleaner energy source.
Why Orbit Training ?
- Globally recognized certification
- Experienced and Certified Trainers
- Customized Professional Training with Certification
- Personalized Career Assistance
- Weekend Class Available
- Flexible Class Timing
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Key points of Training Program
- Complete understanding of solar energy systems
- Solar system design for residential, commercial, and industrial applications
- Installation, maintenance, and troubleshooting of solar systems
- Insights into renewable energy policies and regulations
- Energy storage and efficiency techniques
- Expert instructors with industry experience
- Certification upon course completion
- Access to industry-standard solar design tools
- Practical case studies and projects
- Real-world solar system analysis
- Guidance on career opportunities in the renewable energy sector
- Flexible learning schedules (online & in-person)
Objective of Solar Simulation Course Training Program
Solar Simulation is a Course designed to provide participants with the knowledge and skills to simulate, analyze and optimize the solar PV systems. At the end of the course, the students will be able to analyze how to apply sophisticated simulation instruments to forecast energy yield, evaluate the viability of solar projects, and optimize system characteristics. This program combines theory with practice so you will be able to use solar energy simulation software to design effective and sustainable solar systems. Therefore, the given course provides the necessary knowledge for career progression in the solar industry and for those who are already working in the renewable energy sector.
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SOLAR SIMULATION Complete Course Description along with How this Course Works
The Solar Simulation Course is an intensive course aimed to prepare the students for the task of modeling and analysis of the solar energy system. In the course of the academic program, participants will use cutting-edge software tools like PVsyst and Helioscope to model the behavior of solar photovoltaic (PV) systems. Students are first taught about solar radiation analysis and system sizing, then move to more complex topics like shading analysis, energy yield prediction, and performance optimization. It is designed in a way that combines both the theoretical concepts with practical exercises. The students will participate in practical demonstrations where they will work on real life solar projects and assess the outcomes based on some set parameters. This approach helps to not only ensure that participants have the knowledge about the topic of simulation of solar energy systems but also the practical competencies required to apply that knowledge in practice. Being a flexible programme, the course can be delivered fully online or face-to-face to cater for working professionals in the UAE as well as other regions. The advantages of the program are the outcome of the program that the students will receive recognized certification in renewable energy field. If you want to begin a career in solar energy or develop upon the knowledge that you already possess, this course offers the resources needed for it.
Learnings Outline
- Comprehensive understanding of solar energy systems
- Hands-on experience with photovoltaic technology
- Solar system design for residential, commercial, and industrial applications
- Installation, maintenance, and troubleshooting of solar systems
- Insights into renewable energy policies and regulations
- Energy storage and efficiency techniques
- Sustainable energy practices
- Expert instructors with industry experience
- Certification upon course completion
- Access to industry-standard solar design tools
- Practical case studies and projects
- Real-world solar system analysis
- Guidance on career opportunities in the renewable energy sector
- Flexible learning schedules (online & in-person)
- Focus on sustainable career growth in the UAE and globally
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Our Professional Trainer
Shabeer Ismail
Solar PV Trainer IT, Electronics Engineering, Renewable Energy 15 Years Experience
Solar PV Trainer
IT, Electronics Engineering, Renewable Energy
Profile
With 15 years of experience in electrical and electronics engineering, I have a proven track record of leading technical training programs and implementing innovative solutions. I am passionate about leveraging new technologies and have contributed to significant business growth. My patience and ability to listen are key strengths that have allowed me to train over 1,000 professionals, helping them advance their careers.
Our Classes Schedules
| Day | Timing | Classes Type | Class Hour's |
|---|---|---|---|
| Monday | 10:00 AM - 9:00 PM | Batches | 2 Hours |
| Tuesday | 10:00 AM - 9:00 PM | Batches | 2 Hours |
| Wednesday | 10:00 AM - 9:00 PM | Batches | 2 Hours |
| Friday | 10:00 AM - 9:00 PM | Batches | 2 Hours |
| Saturday | 10:00 AM - 9:00 PM | Batches | 2 Hours |
| Sunday | 10:00 AM - 9:00 PM | Batches | 2 Hours |
Course Description in Detail
This Solar Simulation course provided by Orbit Training Center is aimed to develop an efficient understanding of solar energy systems and their functioning based on the simulation tools. Some of the areas in the course will include fundamentals of solar radiation, photovoltaic (PV) system design, and other aspects of advanced energy yield prediction using programs such as PVsyst and Helioscope. Through the proposed training program, the students will acquire sufficient knowledge that will enable them to model solar systems, design for high performance, and assess its feasibility.
Participants will also be able to appraise or assess various aspects of the solar energy systems like shading, grid connection and energy storage solutions. It will also be very useful for those who are planning to make a career shift and enter the renewable energy field, especially the solar part of it.
How the Course Will Help You Advance Your Career in Dubai
For solar energy professionals, Dubai remains one of the most promising regions as it is actively implementing sustainable energy projects. But by choosing the Solar Simulation Course, you will be equipped with the knowledge required to develop this area.
At the end of the course, you will become proficient in solar simulation software and thus be in a position to design solar systems and evaluate the effectiveness of such systems. These skills are vital, especially for positions in solar project management, renewable energy consultancy, and engineering companies in Dubai and the UAE. Courses equip you for some of the most sought-after jobs like solar PV system designer, solar project analyst, or energy consultant enabling you to start a thriving career in Dubai’s budding green energy sector.
What is the Advantage of Solar Simulation and How This Training Will Help You Achieve It
The main benefit of Solar Simulation is that it allows the assessment of the energy output and efficiency of the solar PV facilities prior to the project implementation. For simulation tools, the engineers get to test out different system configuration possibilities, and analyze the specific shading effects while also being able to ascertain the optimal energy yield for a particular design. These trainings assist professionals to provide actual conditions and execute optimal solar projects.By completing this course, you will:
- Understand tools such as PVsyst and Helioscope which are common in the solar industry.
- To be able to model various system configurations and forecast energy production effectiveness.
- Acquire ability to tailor solar systems according to site conditions.
- Develop and improve on your capacity to perform financial analysis and feasibility on the solar projects.
- Enhance project development, construction, and upkeep in the solar industry.
Comparison with other similar specialized trainings
|
Feature/Aspect |
Solar Simulation Training |
Solar PV Design Training |
||
|
Focus Area |
Comprehensive training covering solar installation, design, maintenance, and project management |
Practical training on installation and maintenance of solar PV systems |
Simulation-based learning focusing on system performance, design, and optimization |
Solar system design, focusing on sizing, layout, and software tools for PV design |
|
Duration |
3-6 months (varies by program) |
2-3 months |
2-4 weeks |
2-4 months |
|
Certifications |
NABCEP (North American Board of Certified Energy Practitioners) |
Entry-level certification or diploma in solar technology |
Certificate of completion from training provider |
NABCEP Solar PV Design Specialist, or equivalent |
|
Key Skills Acquired |
Installation, electrical wiring, system sizing, project management |
Installation, troubleshooting, maintenance of solar systems |
Simulation tools, performance monitoring, design optimization |
Solar PV design, system layout, component selection, shading analysis |
|
Practical Training |
High (on-site installation, maintenance) |
High (installation, system maintenance) |
Low (simulation-based, virtual environment) |
Moderate (design tools, software-based training) |
|
Software Exposure |
Basic system monitoring tools, inverter software |
Minimal (focus on hardware installation) |
Advanced simulation software (e.g., PVSyst, Helioscope) |
PV design tools (e.g., AutoCAD, PV*SOL, SolarEdge) |
|
Industry Demand |
High – comprehensive solar roles (technician, designer, manager) |
High – focused on entry-level technician roles |
Growing – demand for performance optimization and modeling |
High – especially in design and engineering consulting |
|
Salary Expectations |
$40,000 - $80,000/year |
$35,000 - $60,000/year |
$40,000 - $75,000/year |
$50,000 - $90,000/year |
|
Job Roles |
Solar technician, system designer, project manager |
Solar installer, service technician |
Solar analyst, simulation engineer, performance evaluator |
PV designer, system layout engineer, shading analyst |
|
Hands-on vs Theoretical |
Balanced – both practical and theoretical |
Hands-on – focused on physical installation and troubleshooting |
Theoretical – software simulation and virtual modeling |
Theoretical and software-driven – less physical installation focus |
|
Growth Opportunities |
Rapid growth with increasing solar installations globally |
Steady growth in installation and maintenance roles |
Niche growth – demand for skilled analysts and designers |
High demand in design and consulting for large-scale projects |
|
Typical Prerequisites |
High school diploma, basic understanding of electricity |
High school diploma, interest in electrical systems |
Engineering background or interest in solar modeling |
Basic electrical and engineering knowledge, diploma or degree in related field |
|
Course Depth |
Broad – covers multiple aspects of the solar industry |
Focused – primarily on technical skills for installation |
Narrow – deep focus on system performance and optimization |
Focused – emphasis on design principles and software |
|
Tools/Equipment |
Exposure to both hardware and software tools |
Primarily hardware (solar panels, inverters, meters) |
Advanced simulation and analysis software |
PV design software, shading analysis tools, AutoCAD |
|
Target Audience |
Individuals looking for a comprehensive solar career |
Individuals aiming for entry-level installation jobs |
Engineers, designers, and analysts interested in system optimization |
Engineers, designers focused on PV layout and system design |
Get Comman Question Answers Here and about Our Institute
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What is covered in the Solar Simulation Training Course?
The Solar Simulation Training Course will cover all aspects of simulating solar energy systems using industry-standard software like PVsyst. You will learn how to model photovoltaic panels, inverters, batteries and other solar components to estimate performance under various conditions. The course delves into analyzing factors like solar irradiation levels, temperature effects, shading impacts and more. It also teaches how to optimize designs, size systems and predict energy yield and cost savings over time.
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What are the prerequisites for joining?
There are no strict prerequisites for the Solar Simulation Training Course. However, some electrical or engineering background would be useful. Candidates with basic knowledge of electricals, electronics, circuits and renewable energy concepts may be able to gain more. The course is suitable for professionals like electrical engineers, solar system designer, energy auditors and sustainability managers. It is also open for individuals interested in a solar career.
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How long is the training program?
The Solar Simulation Training Course runs for 40 hours, with 2 hours of in-person classes or live online sessions any day except Thursday. The flexible schedule allows working professionals to attend after office hours. The training follows a comprehensive curriculum and hands-on project work enables in-depth learning.
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What is the fee structure?
The course fee for the Solar Simulation Training is AED 2000 for the complete 40 hours program which is inclusive of the 30 hours solar professional course and 10 hours PVsyst simulation training.
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Where can I find SOLAR PROFESSIONAL classes near me?
SOLAR PROFESSIONAL classes are available at various training centers, including Orbit Training Center in Dubai. You can find both online and in-person classes based on your location. In Dubai, there are multiple options to choose from, allowing you to pick a schedule and location that fits your needs.
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What will I learn in the SOLAR PROFESSIONAL course curriculum?
The SOLAR PROFESSIONAL course curriculum covers a wide range of topics, including solar PV system design, energy storage solutions, energy efficiency, installation procedures, and system troubleshooting. It also includes lessons on regulatory compliance, safety standards, and local regulations relevant to the solar energy industry in Dubai and the UAE.