Harnessing electricity wirelessly, a concept once considered science fiction, is now rapidly approaching reality. Thanks to advances in technology, companies like EMROD in New Zealand and Reach Power in the USA are pioneering “power beaming” technology, which eliminates traditional wiring needs.
This breakthrough technology has significant potential across various fields, including satellites and drones operating indefinitely without battery changes, electric vehicles charging on the go, and providing reliable energy sources for remote areas. Companies aim to achieve up to 95% efficiency with goals to reach 99%.
However, challenges remain. Energy efficiency must be optimized to minimize losses, and safety protocols need to ensure human health is not at risk. The wavelength range of these waves requires large receiver antennas, posing another hurdle for widespread adoption.
NASA’s space-based solar electricity project is an example of this technology in action. Space solar panels can transmit energy 24/7 without losing farm land or requiring expensive transportation costs to orbit.
While some critics question the long-term effects of exposure to electromagnetic waves, experts emphasize that the technology is still in its early stages and more research is needed.
As with any new technology, concerns about initial investment, government regulation, and environmental impact are valid. However, proponents argue that wireless power could lead to innovations such as electric cars charging wirelessly, reducing energy costs for consumers, and increasing energy efficiency.
The industry’s future direction remains uncertain, but one thing is clear: harnessing electricity wirelessly has the potential to revolutionize the way we think about energy transmission.
Source: https://www.sustainability-times.com/low-carbon-energy/tesla-laughed-at-us-from-the-grave-wireless-electricity-finally-powers-entire-homes-after-124-years-of-scientific-struggle