Abstract: An electrical power distribution system and apparatus is provided that that is comprised of multi-source connections, multi-load connections and bi-directional connections, where the system is configured to be multi-functional, hot swappable, changeable, expandable, configurable and controllable.

Abstract: An electrical power distribution system and apparatus is provided that that is comprised of multi-source connections, multi-load connections and bi-directional connections, where the system is configured to be multi-functional, hot swappable, changeable, expandable, configurable and controllable.

Abstract: An approach and device for generating electrical power from solar panels where electromagnetic radiation is filtered and concentrated at solar cells mounted on lightweight material that allows the dissipation of heat.

Abstract: A wind jet turbine with a housing that creates an air density deferential between the air within the housing and the wind passing outside the housing in order to generate the same or more electrical power in less space than traditional wind turbines.

Abstract: A wind jet turbine with fan blades located on an inner and outer surface of a cylinder allowing wind or liquid to pass through the inner and outer blades and results in increased power generation efficiency in a first embodiment, a wind jet turbine is disclosed, comprising a first set of fan blades, a plurality of magnets that each has a magnetic field, a cylinder having an inside and outside surface that supports the first set of fan blades on the inside surface and coupled to the plurality of magnets, and at least one cable winding located apart from the magnets, such that the rotation of the cylinder results in the movement of the magnetic field across the at least one cable winding.

Abstract: Power distribution apparatus include a rack mountable housing, an electrical power input assembly and an electrical power output assembly including a plurality of external circuits adapted for hardwired to remote equipment and a plurality of internal circuits each adapted to receive a plug of electrical equipment and to provide power thereto. The plurality of internal circuits may include differently configured receptacles adapted to receive differently configured plugs.

Abstract: Power distribution apparatus include a rack mountable housing, an electrical power input assembly and an electrical power output assembly including a plurality of external circuits adapted for hardwired to remote equipment and a plurality of internal circuits each adapted to receive a plug of electrical equipment and to provide power thereto. The plurality of internal circuits may include differently configured receptacles adapted to receive differently configured plugs.

Abstract: Power monitoring devices and systems structured to be removably connected between a multiple outlet power strip and a power source and effective to provide real-time monitoring of voltage and/or current flowing through the power strip, are provided. The devices include a housing, a receptacle located on a first end of the housing and suitable for receiving a plug of a power strip, and a set of prongs located on a second end and suitable for connecting the device to an electrical outlet. Monitoring devices useful for detecting failure of a battery in a string of batteries utilized in a UPS or like system are also provided.

Abstract: Power distribution apparatus include a rack mountable housing, an electrical power input assembly and an electrical power output assembly including a plurality of external circuits adapted for hardwired to remote equipment and a plurality of internal circuits each adapted to receive a plug of electrical equipment and to provide power thereto. The plurality of internal circuits may include differently configured receptacles adapted to receive differently configured plugs.

Abstract: Power distribution apparatus include a rack mountable housing, an electrical power input assembly and an electrical power output assembly including a plurality of external circuits adapted for hardwired to remote equipment and a plurality of internal circuits each adapted to receive a plug of electrical equipment and to provide power thereto. The plurality of internal circuits may include differently configured receptacles adapted to receive differently configured plugs.