The discharge mode of electric eels is a short, powerful discharge. According to data, the strongest voltage of electric eels can reach 600 to 800 volts. The Tennessee Aquarium in the United States has installed an electric eel. next to the tank, and connect the decorative Christmas tree lights to the eel tank system. As long as the eel touches the sensor while eating and generates electricity due to excitement, the bulb will glow. the voltage increases, the bulb will become brighter.
Actually, the electric eel that generates electricity to make the light bulbs glow is just a gadgetAt first glance, it seems that the electric eel named Miguel Wattson makes the light bulbs light up of the Christmas tree, but in fact the bulbs of the Christmas tree are connected to the sensors of the water tank and can be any fish. The electric eel lights up when touched, simplybecause the eel Miguel gets excited or happy while eating and generates a young one. current, causing the bulb to turn on and off due to unstable current. There are still some design breakthroughs based on the power generation principle of the electric eel, but the audience can still judge Miguel's mood. electric eel of light and darkness of Christmas tree bulbs.
How to save your holiday lights? The Tennessee Aquarium has a system to capture bioelectric discharges from its remaining electricity and use it to power Christmas tree lights. MORE: t.co/OCY6rGJPmNpicitter/sAi7TCR25w
—Globalnews.ca (@globalnews)December 22, 2019Yes. But what type of waterfall “filter” are you talking about? Let's briefly talk about the calculation of the yield (power), N=8.5QH, that is to say its treatment is equal to the flow rate (cubic meter/second) multiplied by the water height (meters) then multiplied by 8.5 to get its output. For example: the height difference between the upstream water surface and the downstream water surface of your hometown waterfall is 30 meters, the rate of water flow is 0.005 cubic meters/ second (5 liters), the coefficient is 0.85, calculation: 0.85*0.005*30=0.1275 (kilowatt), 15 can be used with current 8 watt energy-saving lamps.