the principals and methods described in our application — provide essential tools for designing a convenient , safe , cost efficient power distribution and control system , which could become industry - standard method , benefiting : providers , users and service personnel of the system . the outlined principals , methods could effectively and efficiently support development and installation of power distribution systems for variety of projects , including : residential , commercial and industrial . in addition , the proposed methods could be used in the designs of power distribution to and within variety of electro - mechanical devices or machines . designs based on proposed technology will outperform the existing methods in terms of its : superior reliability , safety , quality and costs . proposed technology will help to transform the existing labor - intense installations into practically plug - n - play type of installations . for any given project , a pre - designed fabrication kit , containing newly developed , agency approved sub - assemblies and support components , as specified in our application , could be made available and delivered directly to the installation site . kit containing a section of or an entire system could be pre - tested at the factory . the proposed technology could significantly lower the labor costs , while improving labor safety , quality and repeatability . labor intense operations : wire crimping , outlet / switch hook - ups , etc .— could be practically eliminated during installation . power distribution systems designed by proposed methods will offer better quality , installation and utilization safety , and lower costs . in addition , utilization of shielded cables and shielding of other components within a system , could significantly lower electrical power emissions , which could benefit the environment , and ease requirements on other technologies .