Storing the electrical energy of a solar cell with a rechargeable battery with ADM3 Principle With renewable energy sources, it is important to improve storage options because, for example, solar energy, like other energy sources, is not available at all times. In this experiment, it is intended to illustrate how electrical energy from a solar cell can be stored using a commercially available "rechargeable battery" so that it can be used at another time. The charging and discharging of the accumulator is examined at 4 different charging times. Benefits - Part of a system solution - easily expandable for further experiments
- Simple teaching by using the demo board physics
- Clear test execution by using ADM3 multimeters
Scope of delivery
Connector, straight, module DB
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09401-01
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2
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Connector, angled, module DB
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09401-02
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4
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Connector, T-shaped, module DB
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09401-03
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1
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Connector interrupted, module DB
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09401-04
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2
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Junction, module DB
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09401-10
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3
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Socket for incandescent lamp E10 ,module DB
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09404-00
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1
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Switch, change-over, module DB
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09402-02
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1
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Solar battery, with cable, connectorsand magnet pads
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06752-23
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1
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Battery holder module (AA type), SB
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05606-00
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1
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Clamp on holder
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02164-00
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1
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Ni-MH accus, size AA, 1.3 Ah / 1.2V, 1 pair
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07922-03
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1
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Filament lamps 1.5V/0.15A,E10,10 pieces
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06150-03
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1
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PHYWE Demo Physics board with stand
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02150-00
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1
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Stand rods, stainless steel, various sizes
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02033-00
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1
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Ceramic lamp socket E27, with reflector, switch and security plug
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06751-01
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1
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Filament lamp, 220V/120W, with reflector
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06759-93
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1
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Connecting cable, 32 A, blue, various lengths
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07360-04
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1
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Connecting cable, 32 A, yellow, various lengths
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07360-02
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1
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Connecting cable, 32 A, red, various lengths
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07361-01
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1
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Connecting cable, 32 A, blue, various lengths
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07361-04
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1
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PHYWE Demo Multimeter ADM 3: current, voltage, resistance, temperature
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13840-00
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2
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