A Solar PV Installation & System Design course provides the technical expertise to plan, size, and install photovoltaic systems for residential, commercial, and industrial applications. These programs typically blend theoretical physics and electrical engineering with hands-on practice. Duration: Typically ranges from intensive 5-10 days workshops to comprehensive 6-week to 3-month programs. Methodology: A mix of interactive lectures, software-based simulations and hands-on practical installation sessions
By the end of the program, participants are typically expected to:
Technical Mastery
Fundamental Knowledge: Understand solar radiation principles, the photovoltaic (PV) e ect, and how various system components (modules, inverters, batteries) operate.
System Conguration: Distinguish between and design on-grid, o-grid, and hybrid systems based on speci c client or site requirements. . Component Sizing: Perform precise manual and software-based calculations to size PV arrays, battery banks, charge controllers, and inverters.
Practical & Field Skills .
Site Assessment: Conduct accurate site surveys, including shading analysis, roof performance evaluation, and solar resource measurement using specialized tools.
Installation & Commissioning: Apply industry-standard techniques to install mounting structures and electrical wiring, followed by formal testing and commissioning of the system.
Maintenance & Troubleshooting: Identify, diagnose, and repair common system faults while implementing preventive maintenance schedules to ensure long-term reliability.
Safety & Compliance .
Regulatory Standards: Ensure all designs and installations comply with local and international electrical codes (e.g., IEC 60364-7-712, IEC 62446, or NEC).
Health & Safety (HSE): Implement strict safety protocols, including the correct use of Personal Protective Equipment (PPE) and electrical hazard prevention (e.g., arc ash and shock)
Methodology: A mix of interactive lectures, software-based simulations and hands-on practical installation sessions
Solar PV installation and system design course is primarily designed for professionals in the electrical and engineering sectors, though can be accessible to beginners looking to enter the green energy market
Engineers & Technical Specialists: Electrical, mechanical, and renewable energy engineers looking to specialize in site assessment, system sizing, and performance optimization.
Project Managers & EPC Professionals: Those responsible for overseeing the lifecycle of residential, commercial, or utility-scale installations, ensuring they meet operational and safety standards.
Sustainability & Green Professionals: Architects, environmental consultants, and LEED professionals who need to integrate solar solutions into sustain able building designs.
Entrepreneurs & Business Owners: Individuals planning to launch solar installation businesses or developers entering the renewable energy market.
Basics of solar radiation, Peak Sun Hours (PSH), and the photovoltaic e ect.
Introduction to global and local solar market trends
Review of voltage, current, power, and Ohm’s Law.
Deep dive into PV module types (monocrystalline, polycrystalline, thin- lm) and their I-V curves
Function and selection of inverters (string, micro, hybrid), charge controllers (PWM, MPPT), and batteries (Lead-acid, Lithium-ion).
Differences between Grid-tied, Off-grid, and Hybrid systems.
Evaluating site suitability, roof performance, and shading analysis.
Calculating daytime energy needs and total household/industrial electrical loads
Manual and software-based (PVsyst) design for array sizing and string configuration.
Cable sizing (AC/DC), fuse protection, and earthing/grounding requirements.
Practical mounting techniques for roof and ground-mounted structures.
Using specialized tools like multimeters, insulation testers, and I-V curve tracers for performance verification.
Preventive maintenance schedules, cleaning practices, and common fault diagnosis.
Safety protocols, including PPE requirements and electrical hazard prevention (arc flash/shock).
Financial analysis including ROI, payback periods, and net-metering policies
Hands-on Sessions: Includes wiring exercises, inverter setup, and using measuring instruments like multimeters and pyranometers.
Evaluation: Programs typically conclude with a written or practical examination to verify design and installation competency
After successfully completing this training course, participants will be awarded Biowatt Institution Certificate of Completion accredited by Botswana Qualification Authority — a respected validation of their dedication to continuous learning and professional excellence. This certificate signifies that participants have gained the essential knowledge and skills required to make a measurable impact in their field.
Upon successful completion of the training course, you will receive The Energy Training Centre Certificate of Completion with corresponding learning hours.
There are two convenient options to register for a training course:
Online Registration Form – Register for your desired training course by completing the online registration form available on our website. Simple click on the registration button or select your preferred dates and provide the requested information.
Email Registration – You can email us your intention to register at info@biowattinstitution.africa. Our team will guide you through the registration process and provide assistance you may need.