Become a Certified Solar Installer

Understand how solar energy works, why it matters, and the core components that make up a functional PV system.

• Basics of solar energy and global energy trends
• PV effect explained in simple, practical terms
• Types of solar systems: Off-grid, On-grid, Hybrid
• Solar panels, inverters, charge controllers, and batteries
• Overview of installation workflow and required tools

Build a strong grasp of electrical concepts essential for safe and efficient solar system work.

• Voltage, current, resistance, and power
• AC vs DC and their use in solar setups
• Series & parallel connections for panels and batteries
• Wire sizing, fuses, breakers, grounding
• Reading electrical diagrams & solar schematics

Learn how to choose the right panel for different applications and environments.

• Monocrystalline vs Polycrystalline vs Thin-film
• Efficiency, degradation, and performance metrics
• Temperature effects & environmental considerations
• Bifacial panels and new-generation technologies
• Matching panels with system goals (home, commercial, industrial)

Master the calculations needed to design reliable PV systems for any requirement.

• Daily/weekly load calculations

• Panel sizing using irradiance and peak sun hours

• Battery bank design: capacity, autonomy, DoD

• Inverter sizing and surge considerations

• Real-world sizing scenarios (homes, farms, offices)

Learn how professionals evaluate installation sites for maximum solar performance.

• Shading analysis & tools (Solar Pathfinder, apps, techniques)

• Roof conditions, tilt angles, and structural considerations

• Geographic and climate impacts

• Orientation strategies for different regions

• Documenting and reporting site assessments

Hands-on guidance for mounting PV panels safely and securely on different surfaces.

• Types of mounting systems: rooftop, ground-mount, trackers

• Rail systems, clamps, and mechanical components

• Roof penetrations & waterproofing

• Torque, alignment, and safety practices

• Weatherproofing and long-term stability

Understand the full wiring process and how Balance-of-System components tie the installation together.

• Running DC cables and MC4 connections

• AC wiring to distribution boards

• Configuring string inverters, micro-inverters, hybrid inverters

• Charge controller setup (PWM / MPPT)

• Surge protection, grounding, and bonding

Learn how energy storage transforms solar systems into powerful and flexible solutions.

• Battery types: Lead-acid, AGM, Gel, Lithium-ion, LFP

• Battery management systems (BMS)

• Sizing, wiring, and configuring battery banks

• State of charge, life cycles, safety practices

• Integrating ESS with hybrid or off-grid solutions

Develop a safety-first mindset and understand the regulatory environment.

• Electrical safety procedures

• PPE for solar technicians

• Fire risks and prevention

• Local & international solar installation standards

• Permitting and documentation requirements

Ensure systems work flawlessly through effective testing and troubleshooting strategies.

• Multimeter usage and system checks

• Identifying wiring errors and panel faults

• Inverter diagnostics and firmware checks

• Performance verification tests

• Creating commissioning reports

Learn how to keep solar systems operating at peak efficiency for years.

• Routine maintenance schedules

• Cleaning procedures and performance monitoring

• Remote monitoring systems

• Detecting panel degradation

• Predictive maintenance techniques

Advance beyond residential installations into large-scale and high-demand environments.

• Large PV array design considerations

• Three-phase systems

• High-capacity inverters and switchgear

• Stabilizing power output for commercial loads

• Installation logistics for large projects

Push your design skills to expert level through scenario-based design and advanced calculations.

• Designing for variable weather & shading

• Simulation tools (Helioscope, PV*Sol, PVSyst)

• Smart grid & net metering integration

• Grid-tie optimization

• Creating professional solar design blueprints

Learn the true on-site process from client onboarding to final handover.

• Client needs assessment

• Proposal drafting & cost calculations

• Preparing bill of quantities (BOQ)

• End-to-end installation sequence

• Handling clients, inspections, and system handover

Take your skills to the market—freelancing, employment, and entrepreneurial opportunities.

• Starting a solar installation business

• Building a professional portfolio

• Pricing your services

• Customer support & after-sales strategies

• Job-ready skills for technicians and designers