Solar Photovoltaic Training System CE-60300

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  • PV Control Panel Box
  • 330 Watts Solar Panels With Adjustable Tilted System
  • 30A MPPT PV Charge Controller
  • Pure Sine Wave Inverter, 12V, 1200W
  • 100Ah Lead Acid Battery
  • AC MCB (AC Miniature Circuit Breaker)
  • AC SPD (AC Surge Protection Device)
  • DC MCB (DC Miniature Circuit Breaker)
  • DC SPD (DC Surge Protection Device)
  • AC Ammeter (0 ~ 5AAC)
  • AC Voltmeter (0~250VAC)
  • DC Ammeter (0 ~ 10ADC)
  • DC Voltmeter (0 ~ 50VDC)
  • Spot Light System
  • Electrical Resistive Load
  • Mobile Experiment Frame Complete With Battery Holder and Castor Wheel

CE-60300L-P1     CE-60300L-P2


  • Connector Cable Set
  • MC4 Male and Female Cable Couplers
  • MC4 2-To-1 Branch PV Cable Couplers


  • Test the direct output of the PV panel
  • Configure PV panel to achieve necessary voltage/current/power requirement
  • Document I-W output at various light intensities and correlate light intensity to power generation
  • Test various battery configuration (optional)
  • Connect the PV array generation circuitry to storage batteries
  • Document battery charge and discharge rates
  • Connect the PV array circuitry to an AC inverter
  • Drive an AC load with the PV array generation system
  • Contains two solar photovoltaic modules mounted on an adjustable carriage which can be tilted for optimum exposure with a nominal voltage output of 17.3V DC at 5.8A
  • An inverter that converts the DC to 240V AC single phase at 1200W
  • A high-capacity 100Ah Lead Acid Battery
  • Controls to monitor power from solar modules and to switch to battery power when necessary,
  • Test terminals for power take-off points (12VDC and 240VAC), a 0~50V DC voltmeter, a 0~10ADC Ammeter, a 0~240V AC voltmeter and 0~5A AC Ammeter.
  • The mobile frame is constructed of code gauge furniture stock steel with four swivel castors, two with locks.
  • Control Box completed with all the internal and external wiring.


The Solar Panel (Photovoltaic Panel)

  • Photovoltaic cell, module, and panel
  • Characteristic E-I curve of a PV cell
  • Electric power output
  • Irradiance
  • Standard test conditions (STC)
  • Efficiency
  • Solar Panel Test Bench
  • Monocrystalline Silicon Solar Panel

Effect of Temperature on Solar Panel Performance

  • Effect of temperature on the output power
  • Effect of temperature on the output voltage and current
  • Characteristic E-I curve of a PV module operating at high temperature
  • Open-circuit voltage and short-circuit current of a PV module operating at high temperature
  • Maximum power point produced by a single PV module operating at high temperature

Storing Energy from Solar Panels into Batteries

  • Energy storage
  • Lead-acid batteries
  • Battery charge using a PV module
  • Battery connected to a PV module in the dark
  • Equivalent diagram of a PV cell
  • Blocking diode

Effect of Shading on Solar Panel Operation

  • Effect of partial shading on PV panel operation
  • Bypass diodes to mitigate the effect of shading on PV modules connected in series
  • Blocking diodes to mitigate the effect of shading on PV modules connected in parallel

Solar Panel Orientation

  • Introduction to the importance of solar panel orientation
  • Earth’s orbit
  • Sunlight at Earth’s surface
  • Solar declination and Sun’s path in the sky
  • Solar altitude angle at solar noon
  • Optimal orientation of fixed PV panels


Note: Due to products continuous development process, layout and specification may change without prior notices.