The aim of our project is to create a device which generates electricity based on the seebeck effect, photovoltaic effect and by electromagnetic induction. The reason to designed this kit is to solve the problem of frequent power cuts and also to decrease the energy crisis .We used clamp digital multimeter to measure the voltage and current generated by the kit and also a mini LCD thermometer to determine the temperature difference built across the sides of the peltier modules. We expected to generate to about 260 Volt and current up to 60 Amperes but after testing our kit, we observed that it has the capacity to generate 250-255 Volt DC and 49-55 Amperes.

In the future we might use the principle of magnetocaloric effect and mica sheet to create more temperature difference in the thermoelectric generator and also series of DC motors to generate electricity without any input.More implementations can also be done by increasing the number of turns of coils of the generator to double the voltage then using step up transformer, etc.

Hypothesis: If we attempt to make this device then it will provide electricity to power the world with free and renewable energy using environmental energy sources and this will minimize the cost of energy.

RESULT: -

This device provides an alternative method to harvest the abundant renewable source of energy which decreases the problems of energy crisis and these are the test result obtained :

TEST: 1 [peltier unit]

the voltage generated by the peltier at 38.5o Cis 10V
the current generated by the peltier at 37.53o C is 8 amps

TEST: 2 [induction coil generator unit]

the voltage generated by the induction coil generator unit at 10 rotation is 8 V
the current generated by the induction coil generator unit is 6 amps
TEST: 3 [solar unit]

the voltage generated by the solar unit at 38.5oC is 15 V
the current generated by the solar unit at 37.53oC is 30 amps
TEST: 4 [joule thief]

In ten turns of copper wire around the ferried core make the joule thief to easy continuous flow of current.The waveform of an operating joule thief, showing a 30% duty cycle at approximately 40 kHz,The waveform of an operating joule thief, showing a 30% duty cycle at approximately 40 kHz

TEST: 5 [complete model]

we observed that it has the capacity to generate 250-255 Volt DC and 49-55 Amperes of current in one go.