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Solar Panel Energy Flow

Sun → panel DC → battery/inverter → home load — vocational energy map.

Panels convert sunlight to electricity for storage or immediate use.

Content quality

Content quality

School-readyReview approvedUpper secondaryTechnical safetyOriginal content
Quality
School-ready
Review
Review approved
Age suitability
Upper secondary
Safety
Technical safety
License
Original content

Simplified educational model. For learning and practice only — not professional-grade medical, engineering, or electrical documentation.

Vocational safety: Practice diagrams are educational. Real installation, repair, or wiring requires trained supervision.

Last reviewed: 5/1/2026 · Next: Review before embedding external OER figures.

  • Simplified educational model. For learning and practice only — not professional-grade medical, engineering, or electrical documentation.
  • Practice diagrams are educational. Real installation, repair, or wiring requires trained supervision.

Curriculum alignment

Aligned for classroom support — not official national syllabus certification.

Cameroon · O Level / Vocational · Physics · Energy conversion · GCE O Level

  • Cameroon · Anglophone / Francophone schools

    O Level / Vocational · Physics · Energy conversion · GCE O Level

    Mapped to common school topics — aligned for classroom support, not official syllabus certification.

  • International · General STEM

    O Level / Vocational · Physics · Energy conversion

    Global STEM foundation support for diagrams and practice.

Solar installation — energy flowSunPV array (DC)InverterHome loadSurvey → mount → wire → test → monitorPPE: harness, DC lockout, GFCI where required

What you will understand

Panels convert sunlight to electricity for storage or immediate use.

What you will draw

Roof panels to inverter to home.

What you will write

PV, inverter, kWh.

Where you will use it

Home energy bills and climate action.

Key vocabulary
  • Photovoltaic
  • Inverter
  • Battery
  • Array
  • kWh
Flow stages
  1. 1

    Sunlight

    PV cells absorb.

  2. 2

    DC bus

    Panels to controller.

  3. 3

    Load

    Home or battery.

Drawing steps

Drawing steps

  1. Sun and panels
  2. Arrow to inverter
  3. House load icon
Application

Flow

  • Sun → PV → DC → inverter → AC load

Real-life application

  • Why add batteries to solar homes?
Common mistakes

Common mistakes to avoid

  • AC wire directly from panel without inverter note

Vocational depth

Tools: Multimeter, MC4 connectors, Inverter, Mounting rails

Safety: Lock-out DC before disconnecting; roof harness required.

Mini project: Draw a one-line diagram for a 4-panel training array.

Structured diagramFlow explainedVocational applicationTeacher-ready