MIM

Apparatuses which transform solar and storage systems in buildings into a microgrid, namely, energy efficient apparatus systems comprised of downloadable renewable energy interface software and downloadable buffer and control software for controlling and regulating power and loads, electrical integrated control systems for use in buildings the field of electric microgrid energy, Electrical controllers comprising hardware with embedded software for use in managing a building's power from the Grid, EV Bi-directional chargers, Solar and Energy Storage and to monitor and control the function and status of comprised of the controller, batteries, power conversion systems, power meters, and an energy sources, and building energy control system for balancing energy resources with electrical demand in order to conserve energy comprised of computers, recorded operating software, inverters, electrical switches, switchgear, circuit breakers, and also comprising electricity generators, all for the purposes of generating the highest energy efficiency, isolating electrical power from the Grid, Solar, EV Bi-directional Charger and Energy Storage systems from buildings into a microgrid, and resilient self-consumption of renewable energy and Grid balancing on demand

Production of energy in buildings via renewable resources for use in facilitating the cyber secure and optimal use of solar and storage systems to power all buildings and the power grid, all of the aforementioned for the purposes of isolating electrical power from the Grid, Solar, and Bi-directional chargers into a microgrid; generation of energy for the purposes of isolating electrical power from the Grid, Solar, and Bi-directional chargers into a microgrid, namely, conversion of solar and stored DC power into facility-wide variable frequency AC power for greater electrical appliance and device energy efficiency and run time