Introduction: Bicycle Power Generator
Generation Now - a HTHCV Festival/Senior Project
Essential Question
How can the Generation Now® campaign seek to
attain and maintain environmental leadership and student
participation on our campus and therefore in our
larger community in which we are a part of by providing
opportunities in which students can exercise and at the same time produce electricity using a Do-It -Yourself instuctable
on making an electric bike stand.
Essential Question
How can the Generation Now® campaign seek to
attain and maintain environmental leadership and student
participation on our campus and therefore in our
larger community in which we are a part of by providing
opportunities in which students can exercise and at the same time produce electricity using a Do-It -Yourself instuctable
on making an electric bike stand.
Step 1: Things That You Need
Things you buy:
Functioning pedal Bike
Four 1.5 Volt DC Motors
One 6 volt DC motor
Soldering iron and solder
Soldiering Circuit board
Resistors
Insulated Wire
Back wheel bike pegs
Wood for bike stand
Things you build:
Bike Stand
Knowledge and Patience
Functioning pedal Bike
Four 1.5 Volt DC Motors
One 6 volt DC motor
Soldering iron and solder
Soldiering Circuit board
Resistors
Insulated Wire
Back wheel bike pegs
Wood for bike stand
Things you build:
Bike Stand
Knowledge and Patience
Step 2: Bike Stand
First you need to buy two planks of 2 by four
Your stand should elevate the back wheel enough for it to spin off the ground.
so cut two 3 feet tall columns and attach a 1.5 feet by 1.5 feet base.
In the columns carve out a hole so your back tires bike pegs can rest on top of the stand securely.
Your stand should elevate the back wheel enough for it to spin off the ground.
so cut two 3 feet tall columns and attach a 1.5 feet by 1.5 feet base.
In the columns carve out a hole so your back tires bike pegs can rest on top of the stand securely.
Step 3: DC Motors
We have 5 small 1.5 volt DC motors and one 6 volt DC motor
What we want to achieve is successfully combining all the motors together with positive and a negative wire endings.
Each DC motor has its own positive and negative terminals, the trick is to connect the positive leads to the negative leads
We want the electricity we create by spinning the DC motors to flow one directing and if you connect a negative terminal to another negative terminal you the circuit wont be complete and wont produce electricity out of the wires.
What we want to achieve is successfully combining all the motors together with positive and a negative wire endings.
Each DC motor has its own positive and negative terminals, the trick is to connect the positive leads to the negative leads
We want the electricity we create by spinning the DC motors to flow one directing and if you connect a negative terminal to another negative terminal you the circuit wont be complete and wont produce electricity out of the wires.
Step 4: Circuit Soldering Board
we want all the LED to be in parallel
you have to make sure the negative goes to the positive side of rows on the board in the right direction.
start with the farthest to the left possible spot and make that your negative side and make sure they end with the past row in the positive side and then connect a resistor to the end so we don't fry out the LEDs.
you have to make sure the negative goes to the positive side of rows on the board in the right direction.
start with the farthest to the left possible spot and make that your negative side and make sure they end with the past row in the positive side and then connect a resistor to the end so we don't fry out the LEDs.
Step 5: Connect Them
You want to solider your circuit board to your positive and negative leads coming out your dc motors.
This completes the circuit
This completes the circuit
Step 6: Attaching DC Motors on the Bike Stand
Now attach mini wheels onto your dc motors with liquid cement.
and attach all your DC motors on to a piece of wood on your bike stand right above the wheel
This is the hardest part because you want your mini wheels lined up perfectly with your tire wheel so them make contact and spin when pedaling
and attach all your DC motors on to a piece of wood on your bike stand right above the wheel
This is the hardest part because you want your mini wheels lined up perfectly with your tire wheel so them make contact and spin when pedaling
Step 7: Now You Can Power What You Can Think Of
say its the end of the world you can now have your phone charging
say you already like indoor cycling classes why no use some of that energy to power you iPod while you exercise.
with these basic principals you can power a multitude of house hold devices
or you can be your very own Nicoa Tesla the greatest electrician ever ,
heres a link to why nicola testa was the greatest geek who ever lived,
http://theoatmeal.com/comics/tesla