Looking for advantages and disadvantages of AC Current?
We have collected some solid points that will help you understand the pros and cons of AC Current in detail.
But first, let’s understand the topic:
What is AC Current?
AC Current, or Alternating Current, is a type of electric current that changes direction periodically. This means it moves back and forth within a circuit. It’s the kind of electricity that we get in our homes from power stations.
What are the advantages and disadvantages of AC Current
The followings are the advantages and disadvantages of AC Current:
|Easy to transform voltage levels||AC current can cause electrical shocks|
|Safer for long distance transmission||High transmission losses|
|Enables power generation in turbines||Requires more insulation|
|Powers most household appliances||Not suitable for DC devices|
|Supports complex electrical systems||Difficult to store.|
Advantages of AC Current
- Easy to transform voltage levels – AC current allows for simple voltage level changes. This is because transformers can easily increase or decrease the voltage of AC current.
- Safer for long distance transmission – AC current is safer for transmitting power over long distances. This is due to its ability to be easily converted to higher and lower voltages.
- Enables power generation in turbines – AC current is used in power generation in turbines. Turbines produce AC current naturally, which makes it a more efficient choice.
- Powers most household appliances – AC current is the type of electricity that powers most household appliances. This is because AC current can be easily transformed to suit different power needs.
- Supports complex electrical systems – AC current supports complex electrical systems. This is because it can change direction, making it suitable for systems that require variable power.
Disadvantages of AC Current
- AC current can cause electrical shocks – AC current can lead to electrical shocks because it changes direction, which can make it more dangerous if touched or mishandled.
- High transmission losses – High transmission losses are associated with AC current because energy dissipates as heat over long distances.
- Requires more insulation – More insulation is required for AC current due to its changing nature, which can lead to higher installation costs.
- Not suitable for DC devices – AC current is not ideal for devices that only run on DC, such as certain electronics and batteries, leading to compatibility issues.
- Difficult to store. – Storing AC current is challenging because batteries and most storage systems are designed for DC, making energy conservation tougher.
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