Currently what we do is consume electricity as it is produced, this is an inefficient way of mass production. We can call these Produce-Transport-Consume (P-T-C) and Produce-Transport-Store-Consume (P-T-S-C) models. Instead what we should be doing is produce, store, and then consume electricity. This process is more uniform, stable, and predictable which makes it scalable.
The reason why it is important to make a shift to the P-T-S-C model is that our commercial and consumer technologies require more electricity consumption for sustained operation. Even with renewable energy in the mix this is still a very inefficient method. The goal is to shift to 100% renewable energy and our primary source of consumption is from stored energy. The current production methods will remain in place but merely as the source producing electricity for storage. This also means that we can switch to renewable energy sources as our primary production method. This model also has implications for the Direct Energy Industry, for direct energy devices the charging period is extremely long which makes them currently impractical. For devices such as direct energy weapons, medical, electric vehicles, and the transportation industry in general faster charging is a valued advantage. This patent is a key component in building out the infrastructure for the P-T-S-C model.
Direct energy devices require quick charging and discharging at very high voltages. The amount of energy that we produce for these devices i.e. CERN, Military Rail Guns is not high enough to make them practical everyday devices. The reason why there are no commonplace applications is because the infrastructure does not exist. This application is a first step in standardizing direct energy storage capability for commercial applications; therefore establishing an infrastructure.
There are many companies working to solve the issues of commercial-grade community energy storage and we look to partner with them to deliver viable solutions. We know that there are crazy dreamers out there like us we want to meet you and hopefully work together to make the next generation of incredible products. Come and join us, an exciting future awaits.