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When we talk about the electronics industry, the subject of wireless power transfer is considered to be a hot and trending one. Wireless power transfer has gained immense popularity over the years and it is likely that it will trend to become a technology, and even a phenomenon, which might alter the way we look at things around us.
Wireless power transfer, described in the simplest terms, is the transmission of electrical energy between a power source and a digital device. In this process, no use of cord conductors is made. This type of technology is in huge demand with customers and businesses, which is the reason why it is constantly evolving and finding new innovation with every day.
Given the improving technology of wireless power transfer, the day is not far ahead of us, when it might be used in full swing. Wondering what could be the benefits of this innovative source of power? Get to know about the benefits of wireless power transfer right here.
Benefits of wireless power transfer: Worth it?
Considering the market trends of wireless power transfer and the efficiency with which it is making its way into mainstream domain, it is worthy to recognize the module. If considered on a large scale, there are quite a many benefits of wireless power transfer, which you can get to know about, right here.
Perfect solution provider: There is rapid demand for portable and hermetically sealed devices which can help in getting rid of the failure and fatigue of connectors in the loop. The absence of wires significantly enhances the reliability of the system Wireless power transfer helps you in completely sealing the device. So, if you may be looking for anything close to getting rid of a power port, or else, removing something that is not required in the system or else, even to advance the utility of a product from water resistant to water proof, wireless power transfer could be the answer to your problem.
Less clutter: Now, this is one benefit of wireless power transfer which cannot be overlooked even remotely. Wireless means that there is going to be a lot less clutter of wires and connectors and every other physical hardware, which would need to be put in place to get the supply going. Take the classic example of a mobile phone. For each separate mobile phone, a separate cord is provided for the purpose of charging it. These days, almost each one of us have a mobile phone on us and sometimes, people even have two or more devices on them, meant for different uses. Since each of them would need to be charged so that they can be used, it would require using a power supply around your interiors and so many wires to assemble and climb over. Every time your device requires charging, it would need to be plugged in for supply and continued use. Just imagine the kind of revolution that wireless charging could bring to your ordinary devices, with no hassle of tripping over clumsy wires or finding a charging point to make your device work.
Expandable power range: Wireless power transfer offers highly expandable power range, which proves to be a major benefit of the power source. There was a time when wireless power transfer used to be considered as a low power solution but gone are the days when it remains just that. In the real world, wireless power transfer has expanded to become a mammoth power solution which has powered numerous applications and provides ample utility. As a result, the level of efficiency of wireless power transfer is quite high.
Increase in product life: Wireless power transfer eliminates the need for connectors such as mating cycles, corrosion and contact points, which implies increase in the life of the product. As a result, for design manufacturers, this technology proposes major improvements and advances.
Up until recently, wireless power transfer continues to remain a relatively novel and new technology, which requires innovation in order to expand across the consumers mainstream product requirements. With more investment and research and development in this field, the domain is expected to grow and expand by leaps and bounds.
However, as you might have already expected, wireless power transfer does not come bearing good news alone. There are some notable disadvantages of the technology as well, which need to be considered just as much and as well, before one sets out to consider it as an all round solution to their power requirements. Let us take a look at the disadvantages of wireless power transfer.
Disadvantages of wireless power transfer
High loss of power: Needless to say, wireless technology indeed consumes a considerable amount of power, which poses a requirement constraint when using it on a daily purpose. For most consumers and establishments, the high requirement would mean investment and need for resources, which might not be viable for all users.
Non directionality: In this respect, wireless power transfer faces a lot of backlash for failing to meet an essential requirement of power transfer technology. Perhaps the future innovation might bring some improvement in the technology on this front but as of now, it continues to remain a questionable source of power owing to this limitation.
Highly inefficient for long distances: now this is one limitation which seems quite hard to overcome. We have grown up learning up about LAN and WAN and we are clearly equipped with the knowledge of the limitations that wireless technology poses. Due to this limitation, it is quite impractical to think about expanding this technology for use over long distances, since that would not only prove to be technologically challenging but also involve a substantial cost. Wireless technology poses a major distance constraint that is hard to overcome.
Despite its share of limitations, wireless power transfer has a long way to go and grow. The future could bring unforeseen advances in this field for us and it remains to be seen where it might head.
Wireless Power Transfer - ( Introduction & History) Part 1
Wireless Power Transfer (Types of Wireless Power Transfer) - Part 2
Standards Of Wireless Power Transfer - Part-3
Wireless Power Transfer: Advantages and Disadvantages - Part 4
Wireless Power Transfer - ( Comparison )Part 5
