SBI-PDP-32 GE GCOM通讯单元

SBI-PDP-32 GE GCOM通讯单元

SBI-PDP-32 GE GCOM通讯单元

GE Fanuc SBI-PDP-32有几种基本的方法可以把其他形式的能量转换成电能。公用事业规模的发电是通过旋转发电机或光电池的系统。电力公司分配的一小部分电力是由电池提供的。利基应用中使用的其他发电形式包括摩擦电效应，的压电效应，的热电效应，以及贝塔伏打。

发电机改变动能转化为电能。这是最常用的发电形式，基于法拉第定律。通过在导电材料(例如铜线)的闭合回路中旋转磁铁，可以从实验上看到这一点。几乎所有的商业发电都是利用电磁感应完成的，其中机械能迫使发电机旋转。

GE Fanuc SBI-PDP-32电化学是对化学能转化为电能，如在电池。电化学发电在便携和移动应用中很重要。目前，大多数电化学能源来自电池。[13] 原电池，如常见的锌碳电池，直接充当动力源，但是次级细胞(即充电电池)用于储存；储备系统而不是初级生成系统。开放式电化学系统，被称为燃料电池可用于从天然燃料或合成燃料中提取能量。渗透力在盐和淡水汇合的地方是有可能的。

SBI-PDP-32 GE GCOM通讯单元

The GE Fanuc SBI-PDP-32 has several basic methods for converting other forms of energy into electricity. Utility-scale power generation is through a system of rotating generators or photocells. A small percentage of the electricity distributed by power companies is provided by batteries. Other forms of power generation used in niche applications include the triboelectric effect, the piezoelectric effect, the thermoelectric effect, and beta volts.

Generators change kinetic energy into electricity. This is the most commonly used form of power generation and is based on Faraday's Law. This can be seen experimentally by rotating a magnet in a closed loop of a conductive material, such as copper wire. Almost all commercial power generation is done using electromagnetic induction, in which mechanical energy forces a generator to spin.

GE Fanuc SBI-PDP-32 Electrochemistry is the conversion of chemical energy into electrical energy, as in batteries. Electrochemical power generation is important in portable and mobile applications. Currently, most electrochemical energy comes from batteries. [13] Primary cells, such as the common zinc-carbon battery, act directly as a power source, but secondary cells (i.e. rechargeable batteries) are used for storage; Reserve systems rather than primary generation systems. Open electrochemical systems, known as fuel cells, can be used to extract energy from natural or synthetic fuels. Osmosis is possible where salt and fresh water meet.