Solar Technical Training — East Africa training

What this program prepares you to judge

• Prove isolation on DC, storage and AC before any work begins, every time
• Follow one systematic diagnostic sequence instead of substituting parts
• Commission to spec and prove it with measured, condition-corrected numbers
• Diagnose inverter, MLPE, string and storage faults on live hybrid systems
• Produce documentation another technician or an inspector can read without you
• Isolation proved out loud: every source named, isolated in order, and confirmed dead with a proved instrument before a hand goes near a conductor
• Observed decision order — the assessor is marking the sequence you chose, not the part you eventually replaced

Curriculum

• Solar fundamentals for field technicians

  Understand how a PV system actually behaves before you touch anything: power flow, real production vs nameplate, and what normal looks like.

• Electrical hazards, isolation & LOTO

  What DC does to a body and where residual voltage hides, then isolate DC, AC and battery systems properly, prove dead at three points, and stop work when it cannot be proven.

• Working at height, battery hazards and emergency response

  The two hazards that put PV technicians in hospital most often — a fall and a battery — plus the first five minutes of an emergency, taught to US, Kenyan and South African expectations.

• Site assessment & system identification

  Arrive, classify the architecture in three minutes, walk the site ground-to-roof in a fixed order, and separate what the ticket says from the scope the site actually contains.

• Installation sequence & best practices

  The correct order of operations, and why sequence mistakes turn into callbacks six months later.

• String inverters — operation & service

  Diagnose and service string inverters with confidence instead of guessing at fault codes.

• Microinverters & module-level power electronics

  Work effectively on Enphase-style and optimizer systems, where the diagnosis lives per module and the comms layer lies to you.

• Battery storage systems (AC & DC coupled)

  Safely approach and diagnose residential storage: coupling architecture, BMS protection modes, and the complaints that are really battery behaviour.

• Wiring, earthing/bonding and protection

  The electrical half of an installation: what has to be bonded and how it is proven, what each protective device is actually for, and the conductor decisions that quietly cost yield for a decade — taught to US, Kenyan and South African expectations.

• Monitoring systems & performance data

  Use monitoring the way a senior tech does — to find problems before the customer calls, and to explain them once they do.

• Electrical measurements that matter in solar

  Take the right readings, in the right conditions, and interpret them correctly instead of guessing at 'out of range'.

• Commissioning & acceptance testing

  Commission a system so it can be handed over with measured proof that it works — and documentation that protects the company.

• Testing, commissioning and handover

  Prove the installation before it is energised, prove the behaviour after it is, and leave behind a record that stands up to a US inspection, an EPRA installation record or a South African Certificate of Compliance.

• First-line diagnostics — the 80% problems

  Triage the handful of faults that make up most service calls, and know what to check in the first fifteen minutes.

• Fault-finding, diagnosis and maintenance

  A repeatable diagnostic method, the DC-side and hybrid fault families behind most call-outs, and the preventive maintenance discipline that keeps systems off the fault list — documented to US inspection, EPRA field-record and South African CoC expectations.

• Advanced troubleshooting logic

  Systematically isolate the faults that survive the easy checks — without shotgun parts replacement.

• The professional service call

  Run a service call end to end: arrival, customer conversation, diagnosis, repair, verification and handover.

• Documentation, warranty and liability

  Write the record that pays the invoice, supports the warranty claim, and protects you if it goes wrong.

• Documentation, handover and regulatory awareness

  The records that make the work safe, warrantable and defensible: why documentation exists, what belongs in a commissioning and handover pack, and which regulatory artefact each market expects — US permit and inspection, Kenyan EPRA-oriented records, South African CoC and PV GreenCard.

• EcoService OS mastery on solar jobs

  Run the whole job through the platform — dispatch, work order, Maya diagnostics, parts, photos, invoice.

• Capstone — full field assessment

  One real callout, four graded labs: work it safely, diagnose it, verify it, and document it like a senior technician.

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