Sour acids in the fruit does contain electricity but only small volts. Then what about the energy on the tree ??
It has recently been found that trees can be an alternative source of electrical energy. The United States has developed the potential utilization of tree electricity as an energy source.
How Kedondong Tree Works To Be Electrical Energy
The energy findings of this timber tree are simple, with a series consisting of copper pipes, iron bars, capacitors and diodes, the resulting electric current is highly dependent on the acidity of the tree.
Not only the fruit tree is very useful for energy in the body.
At the beginning of the 20th century, kedondong fruit was introduced to Australia and Jamaica by the colonial nation. The term kedondong differs in many places. In the Philippines, kedontong called Hevi, Kook Kvan (Laos), Mokah (Cambodia), gway (Myanmar), co C (Vietnam).
In every 100 grams of fruit kedondong, contained 60-85 grams of water; 0.85-3.6 grams of fiber; 8-10 grams of sukros; and, 0.3 to 1.8 grams of protein. In addition, the kedondong fruit also contains 540 mg of calcium, 82 mg of phosphorus, and 6.2 mg of iron. The content of vitamins in the fruit kedondong also varies ie vitamin A of 2900 IU; vitamin C of 29 mg and less vitamin B 1. In immature fruit, kedondong contains 10% pectin, a type of acid that can kill bacteria.
This fruit has a relatively low fat content so it will not cause cholesterol in the body. In addition, high fiber content in the fruit kedondong can digestion. The doctors usually recommend to consume this fruit 50-75 grams per serving.
For 1 tree kedondong can conduct electricity by 0,7 volt
that by connecting several trees, both series and parallel can be obtained voltage and current sufficient to be converted in the form of electric power of at least 12 Watts, so that it can turn four LED bulb lamps, each 3 Watt voltage for a single resident.
to be able to generate electrical energy, tree kedondong forest must have a deep rooted with a trunk diameter of at least 15-20 cm. "Bigger tree trunks are better utilized to generate more electrical voltage.
How Kedondong Tree Works To Be Electrical Energy
With the charging process using the battery as a storage power so that energy from the tree kedondong afternoon can be stored in the battery and at night the energy can be re-used to turn on the lights.
the kedondong tree produces a power of 0.5-1 Volt per electrode from being mounted on a series of tree kedondong. According to Naufal, the electric current generated depends on the acidity of the tree.
How it works is quite simple, with a series consisting of copper pipes, iron bars, capacitors and diodes.
Initially the trees are connected to each other, either in series or parallel with the cable. To be able to generate electrical energy, tree kedondong also must have a deep rooted. The larger the diameter of the tree trunk will also result in greater electrical voltage. The electricity that is collected is not directly channeled to the lamp or electronic device directly, but processed charging using the battery as a power store. With that energy gathered from the tree kedondong during the day, can be used to turn on the lights at night.
Electrical pyudes from this kedondong tree utilize the iron plate used as a connecting medium. From 0.5 to 1 volt the generated electrical energy is able to turn on the whole day two LED lights. Therefore, the battery is used to store electrical energy. Because the tree kedondong require recovery to produce acid with a short time.
Open Source Contribution posted via https://utopian.io
