Home automation controller and system for optically safely linking AC voltage lines with low voltage DC lines

A method to simplify an home automation controller and system by a use of differ electric power lines known as Alternate Current (AC) and low voltage Direct Current (DC) to at least one of operated power devices and one of communications within one of a home and surround by propagating electrical signals along with the DC power line and the AC power line by applying the DC voltage to operate devices linked to optical signals by communicating with a given signal of a given load, via at least one signal carrier operated and managed by a home controller, wherein a at least one Plug-In Device (PID) is selected from a group consisting of a relay, a latch relay, a switch, an hybrid Switch, a power outlet, an Artificial Intelligence (Al), an Internet of Things (loT), an environment sensor, a voice operating device, a communication outlet, a face recognition and identification element, an entry panel and a security device, with the PID devices being at least one of a plug-into, attached-to and linked-to an Intelligent Support Boxes (ISB) having the assembly being at least one of a known wiring device and an intelligent wiring device including one of devices and facilities enabling at least one of reporting consumed power and self-setting;

• said home controller comprising at least one Central Processing Unit (CPU) for at least one of monitor and one of selective control of separated different AC and DC feed lines powering one of different electric device and assembly including different wiring devices and loads and reporting statuses, wherein a linking of a different AC and DC lines enables a set-up of different 2-n separated AC and DC cascaded ISBs, each ISB includes dual optical accesses for dual two way fiber optic segments, separately drawn along with one of a separated AC and DC lines, drawn separate via ducts and conduits, and wherein each ISB supports one of 2-n PID including n attached devices and assemblies;
• said method comprising the steps of:
• a. install a first provided ISB and a second provided ISB into a cascaded DC line drawn through at least one of duct and conduit away from AC line to have a first installed ISB and a second installed ISB;
• b. terminate by a sharp guillotine cut two ends of a fit cut length of two optic cable segments to link two cut end by a hand push into a dual accesses and link a first access of the dual access and a second access of the dual access, followed by linking the first access of the dual access with a home controller access directly and via at least one of a distributor and a command converter access;
• c. plug-in the at least one PID into a last installed ISB and the first installed ISB and one of device and assembly into the plugged-in PID;
• d. proceed with at least one of plug-in and attach at least one of device and assembly into last PID and first PID;
• e. repeat steps a-d above with a separate cascaded AC line away from the drawn DC line to power, communicate and operate;
• f. link a second access of the first installed ISB and complete by linking the controller and by linking the first terminated end with one of directly to the home controller access and via one of the distributor and the command converter access.