A) Apply for permits. B) Determine energy needs. C) Purchase an inverter. D) Install solar panels.
A) Volt B) Ohm C) Watt D) Ampere
A) Store energy. B) Convert DC to AC. C) Regulate voltage. D) Convert AC to DC.
A) Deep cycle B) Car battery C) AAA battery D) Lithium-ion (only)
A) Maximum Power Point Tracking B) Minimum Performance Panel Technology C) Minimum Power Point Tracking D) Maximum Performance Panel Technology
A) Inverter size. B) Solar power per unit area. C) Battery capacity. D) Panel efficiency.
A) 90 degrees B) Latitude angle C) 45 degrees D) 0 degrees
A) Regulate battery charging. B) Convert AC to DC. C) Regulate AC voltage. D) Convert DC to AC.
A) 25-30 years B) 5-10 years C) 10-15 years D) 50-60 years
A) Sunburn B) Falling debris C) Mosquito bites D) Electrical shock
A) Powered by diesel generator. B) Using only battery storage. C) Connected to the utility grid. D) Standalone power source.
A) Wind turbine B) Geothermal C) Hydroelectric D) Monocrystalline
A) North East Corridor B) National Energy Council C) New Energy Corporation D) National Electrical Code
A) 120V B) Around 30-40V C) 12V D) 240V
A) Increases output slightly. B) Has no effect. C) Reduces output significantly. D) Can increase output up to 50%
A) Regular household wire B) Aluminum wire C) Phone wire D) UV-resistant wire
A) Unit of power B) Unit of voltage C) Unit of current D) Unit of energy
A) Direct current electricity. B) Metering water usage. C) Credits for excess energy sent to grid. D) Measuring panel efficiency.
A) Local climate conditions only. B) Number of batteries. C) Size of the inverter. D) Energy consumption and available space.
A) Reduce system cost. B) Safety from electrical faults. C) Increase battery lifespan. D) Improve panel efficiency.
A) Disconnect between battery and charge controller B) Disconnect between panels and inverter. C) Disconnect between grid and house D) Disconnect between inverter and AC load
A) Material degradation over time. B) Overuse of panels C) Lack of sunlight. D) Excessive cleaning
A) Risk of Implementation B) Rate of Interest C) Return on Investment D) Revenue on Income
A) Iron B) Aluminum C) Copper D) Silicon
A) Higher voltage output. B) Smaller physical size. C) Generates power from both sides. D) Lower upfront cost.
A) Inverter for off-grid systems only. B) Inverter connected to a series of panels. C) Inverter powered by batteries only. D) Inverter located on each panel.
A) Inverter located on each panel. B) Battery powered inverter. C) DC to DC converter. D) Large centralized inverter.
A) Type of solar panel. B) Direction of solar panel facing. C) Tilt of solar panel. D) Voltage of solar panel.
A) Combine multiple strings of panels B) Store excess solar energy. C) Convert DC to AC power. D) Regulate the voltage.
A) Increases panel efficiency. B) Reduces panel temperature. C) Prevents water damage. D) Makes panels easier to clean. |