# Green Power Grid. Lab. FCJJ 37 - Renewable Energy Science Kit. Goals. Background. Fuel Cell and Wind Procedure:

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3 Data Table: Blade Type (A, B, C): Number of Blades: Blade Angle (6, 28, 56 ): H2 gas? (Y/N): Other Observations: Fuel Cell and Wind Experimentation: 1. Based on your data from the previous experiment, keep the angles of the blades the same and try different numbers of different types of blades to see which works best. Record your observations below: Number of Each Type of Blade: H2 gas? (Y/N): Other Observations: What combination worked best?

5 4. What s the fastest speed you can fill the H2 tank? Using your best configurations according to your previous data, see how long it takes to fill your tank. Record your observations below: Blade Type (A, B, C): Number of Blades: Blade Angle (6, 28, 56 ): Time (sec): Other Observations: Fuel Cell and Solar Procedure: 1. Now you ll use your solar panel to power the electrolyzer in the same way that you used the wind turbine during the last experiment. Be sure you have a light source is bright enough to generate an electric current. 2. Connect the solar panel to the electrolyzer using red and black wires, just as you connected the wind turbine earlier. Record your observations below. Observations

6 Fuel Cell and Solar Experimentation: 1. Discuss with your group how you could get your solar panel to generate more electricity to run the electrolyzer faster. Try different approaches to see what works best. Time how long each configuration takes to fill up the H2 tank. Record your observations below: Trial: What You Changed: Time (sec): Other Observations: Hook up your solar panel to both the LEDs and the electrolyzer using red and black wires and the circuit board. This will simulate a smart energy grid, using electricity while also capturing excess energy as hydrogen. Use your best configurations according to your data and see if you can get the LEDs to light up while also generating hydrogen. Record your observations below: Configuration: H2 Gas? (Y/N): LEDs Lit? (Y/N): Other Observations:

7 Measurement For this section, you will need a multimeter or the Horizon Renewable Energy Monitor. For an introduction to using a multimeter, click here. 1. Measure the current in amps and the voltage in volts while the wind turbine at its fastest configuration powers the LEDs and electrolyzer. Record your answers below: Current: A Voltage: V 2. Measure the current in Amps and the voltage in Volts while the solar panel in its best configuration powers the LEDs and electrolyzer. Record your answers below: Current: A Voltage: V 3. Power is the current times the voltage (P = IV). Based on your data, which energy source generated the most power while running the electrolyzer and LEDs?

8 Analysis 1. Make a scientific claim about your electric generators. 2. What evidence do you have to back up your scientific claim? 3. What reasoning did you use to support your claim? 4. Design an experiment that would compare the output of one of the generators you tested with another form of renewable energy. Describe your experiment below.

9 Conclusions 1. Based on your data, do you think that storing excess energy in hydrogen is a good way to deal with variable energy output from wind and solar power? Explain why. 2. Do you think that wind or solar power would be a better source of renewable energy for your community? Explain your reasoning. 3. Based on your previous answer and the data you collected, would you recommend that your community be powered by the energy source you chose with a hydrogen fuel cell system? Why or why not?

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