How Solar Rechargeable Battery Works
太阳能充电电池的工作原理
太阳能充电电池的工作原理代写 Solar power is one of the significant growing source of energy in the world. It has become the most popular owing to its ……
How and Where Solar Rechargeable Battery can be Used
Solar power is one of the significant growing source of energy in the world. It has become the most popular owing to its being environmentally friendly, simple use, safety, and cheap to install and maintain. The efficiency of solar power has created a wide range of applications including in homes appliances and lighting, and machine power. As a source of renewable energy, solar power is used together with either battery backup or rechargeable battery backup. As such, solar rechargeable batteries are used in electronic devices including radios, lighting, cooling fans, weather stations, street lights, and more.
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太阳能可充电电池的使用方法和位置
太阳能是世界上不断增长的重要能源之一。 由于其环保，使用简单，安全且安装和维护便宜，它已成为最受欢迎的产品。 太阳能的效率已经产生了广泛的应用，包括在家用电器和照明以及机器电源中。 作为可再生能源，太阳能可与备用电池或可充电电池一起使用。 因此，太阳能可再充电电池用于包括无线电，照明，冷却风扇，气象站，路灯等的电子设备中。太阳能充电电池的工作原理代写
The battery stores solar energy in DC form and require an inverter to convert the current depending on the type of device being used. In a weather station for monitoring daylight and temperature. It is essential to use the solar battery to supply power instead of using electricity which may be costly. During the day, the weather station will run on the solar to avoid eating up and extending battery life. Instead of installing replaceable batteries as backups, the most appropriate option is to use rechargeable batteries for better and long service. During the day when there is enough light, solar will recharge the battery and continue serving enough energy for the weather station. The solar panel and the batter are attached parallel as they alternate as power sources
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电池以直流形式存储太阳能，需要逆变器根据所用设备的类型转换电流。 在气象站中监视日光和温度。 必须使用太阳能电池供电，而不要使用昂贵的电力。 白天，气象站将依靠太阳能运行，以避免吃光并延长电池寿命。 除了安装备用电池作为备用电池外，最合适的选择是使用可充电电池以获得更好的使用寿命。 在光线充足的白天，太阳能将为电池充电，并继续为气象站提供足够的能量。 太阳能电池板和面糊作为电源交替使用时，并联连接。太阳能充电电池的工作原理代写
How Solar Rechargeable Battery Works 太阳能充电电池的工作原理代写
Below is a schematic diagram of the solar and rechargeable battery circuit.
(Source: http://www.robotroom.com/Solar-Recharging.html)
The device, in this case in the weather station, receives power from the solar panel through D1 and D2 from the battery. The power flow depends on which source between solar panel and batter has a higher voltage. When solar panel voltage is higher than that in the battery, the power will flow from through D1 to run the device and charge the battery through D3. When the batter is filled, and a solar panel have a lower voltage, the battery takes over to run the device.
The most known batteries are lead-acid batteries and Lithium-ion batteries. Others include flow batteries and sodium nickel chloride battery. Below diagram demonstrate how lithium-ion battery works.
(Source: https://sinovoltaics.com/learning-center/storage/lithium-ion-batteries-used-solar-systems/)
The lithium ion (Li-Ion) battery store electric current from the solar panel in the form of ions. The essential components are anodes, cathodes and electrolytes (Dricus). When the battery is charged, electrons flow from anode to cathode creating an electric current which flows through the electrolyte.太阳能充电电池的工作原理代写
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太阳能充电电池的工作原理
以下是太阳能和充电电池电路的示意图。
（来源：http：//www.robotroom.com/Solar-Recharging.html）
该设备（在这种情况下是在气象站中）通过电池的D1和D2从太阳能电池板接收电能。功率流取决于太阳能电池板和电池之间的哪个电源具有更高的电压。当太阳能电池板的电压高于电池中的电压时，电源将从D1流过以运行设备并通过D3为电池充电。当电池装满电池并且太阳能电池板的电压较低时，电池将接管运行该设备。
最著名的电池是铅酸电池和锂离子电池。其他包括液流电池和氯化钠镍电池。下图演示了锂离子电池的工作原理。
（来源：https://sinovoltaics.com/learning-center/storage/lithium-ion-batteries-used-solar-systems/）
锂离子（Li-Ion）电池以离子形式存储来自太阳能电池板的电流。基本成分是阳极，阴极和电解质（Dricus）。给电池充电时，电子从阳极流向阴极，从而产生电流流过电解质。太阳能充电电池的工作原理代写
How Solar Rechargeable Batteries Relate to Physics
There are many relationships between the solar rechargeable battery and physics. The most connections are related to the basic principles and laws of physics. The basic one being the photoelectric effects that generate solar energy. The photoelectric effect is when matter emits electrons as the light pass through it. These electrons are then conducted to the solar battery. Another principle is the electron conductivity principle where silicon is a semiconductor and makes it the most usable component of the solar panel.
Also, rechargeable batteries are made of electrochemical cells between which ion flows freely. Each cell has three elements which are an anode, cathode, and electrolyte. The three components are essential in the flow of charged ions from positive to negative. Therefore, electrons flow from anode to cathode and hence creating an electric current. The positive currents in the form ions flow through the electrolyte. The material physics is used to select what is used as anode and cathode so that anode gives out electrons and cathode accepts them. 太阳能充电电池的工作原理代写
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太阳能可充电电池与物理的关系
太阳能可充电电池与物理学之间有许多关系。最多的联系与物理学的基本原理和定律有关。基本的是产生太阳能的光电效应。光电效应是指物质在光通过时发射电子。这些电子然后被传导到太阳能电池。另一个原理是电子传导原理，其中硅是半导体，使其成为太阳能电池板中最可用的组件。
而且，可再充电电池由电化学电池制成，离子在离子电池之间自由流动。每个电池具有三个元素，分别是阳极，阴极和电解质。这三个组成部分是带电离子从正向负流中必不可少的。因此，电子从阳极流向阴极，从而产生电流。离子形式的正电流流过电解质。材料物理学用于选择用作阳极和阴极的物质，以便阳极发出电子，而阴极接受电子。太阳能充电电池的工作原理代写
Work Cited
Dricus. "Lithium Ion Batteries: How Are They Used In Solar Systems? - Sinovoltaics - Your Solar Supply Network". Sinovoltaics - Your Solar Supply Network, 2015, https://sinovoltaics.com/learning-center/storage/lithium-ion-batteries-used-solar-systems/. Accessed 18 Apr 2019.
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