Wireless electric vehicle (EV) charging, has gained a lot of attention as a potential alternative to traditional plug-in charging methods, but is this really the future? Let's looks at some positives and negatives.

Convenience: Wireless charging eliminates the need for physical cables and plugs, making it more convenient for EV owners. Although normal EV charging is a straightforward task?

Ease of use: It's true there is no need to get a cable out, as is the case with plug-in charging. But how would the user pay for this charging?

Safety: With features like automatic shut-off when foreign objects are detected, reducing the risk of electrical hazards, and making them safer for public use, but are they safer than traditional charging?

Durability: The absence of physical connectors in wireless charging systems eliminates the wear and tear that can occur with repeated plugging and unplugging. Does evidence exist where this has been an issue?

Aesthetics: Wireless charging systems can be integrated into parking spaces, homes, or public locations more seamlessly than plug-in chargers. They can be hidden beneath the surface or integrated into existing infrastructure, improving the visual appeal of charging stations. Although there are a few solutions out there that offer that ZERO street furniture look.

Efficiency: Wireless charging tends to be less efficient compared to plug-in charging. Energy losses occur during the conversion and transmission of electricity, resulting in lower overall efficiency. This can lead to longer charging times and potentially higher energy costs - would this be as much of an issue overnight?

Cost: Wireless charging systems are generally more expensive to install than plug-in charging infrastructure. This can make it less financially viable for widespread deployment. Plus, there's the cost of fitting it to the vehicle in the first place or retrofitting your current car. Costs of technology are always coming down though?

Limited power transfer: Wireless charging systems typically have lower power transfer rates compared to plug-in chargers. This means that the charging process may take longer, especially for EVs with larger battery capacities.

Alignment and positioning: In some wireless charging systems, precise alignment and positioning of the vehicle over the charging pad are required for efficient power transfer. Surely this will be solved by technological advances.

Civils: The amount of space and digging that needs to be done is usually a lot more than a standard on-street fast charger, restricting locations at times.

Do You See a Place for Wireless EV Charging?