Abstract: Disclosed is a method for the delivery of electric power to a power consumption site with two or more mobile systems. The method includes charging a first one of the two mobile systems, moving the charged first mobile system to a location in the vicinity of the site, connecting the mobile system to the site, charging a second one of the mobile systems at a location in the vicinity of a power plant or a functional power infrastructure, moving the charged second mobile system to the location in the vicinity of the site, and replacing the first mobile system with the second mobile system to supply electric power to the site from the second mobile system.

Abstract: The present invention relates to an in-front and behind the meter connectable electrical energy storage and supply system. The in-front and behind the meter connectable electrical energy storage and supply system comprise of at least one electrical energy storage module, at least one energy conversion module, at least two arrays of switching element, at least one input/output port of in-front-of-the-meter, at least one input/output port of behind-the-meter, at least one monitoring element, at least one controlling element and a communication unit. The energy conversion module receives electricity from either input/output port connected in-front-of-the-meter or from the input/output port connected behind-the-meter. The electrical energy storage module store electricity from the energy conversion module. The input/output port connected in-front-of-the-meter and the input/output port connected behind-the-meter are electrically connected to energy conversion module through switching element array 1.

Abstract: Disclosed is a modular electrical energy storage and supply system configured one or more transportable unit for relocating the system from one site location to another site location. The system includes energy storage modules, energy conversion unit, monitoring and control units, one or more energy storage module interconnection interfaces, and other peripheral electrical components arranged spatially separated, securely enclosed, and uniformly distributed within the one or more transportable unit for facilitating transportation and customization of the system. Further, presented is a differentiated system and method for rapidly deploying energy storage in grid-tied, off-grid, backup or other use cases.

Abstract: In one embodiment, a method is provided for providing power to a radio-frequency (RF) component capable of operating under multiple communication standards, wherein each standard has a respective operating frequency. The method includes: receiving a communication standard signal indicative of which of the multiple communication standards the RF component is currently operating under; selecting a frequency for a power converter system in response to the communication standard signal, wherein the selected frequency is higher than a baseband frequency of the current communication standard for the RF component; generating an oscillation signal having the selected frequency; and operating the power converter system with the oscillation signal having the selected frequency to provide power to the RF component, wherein the operation of the power converter system causes minimal interference with the RF component operating under the current communication standard.

Abstract: A system and method for providing grid connected utility pole distributed solar power generation is disclosed. The system includes a utility pole, an inverter and one or more solar panels. Each of the one or more solar panels is mounted on the utility pole. The method includes receiving solar energy at the one or more solar panels. The one or more solar panels convert the solar energy to direct current (DC) electrical energy. Further, the method includes transmitting the DC electrical energy to the inverter, which is mounted on the utility pole. The inverter can be integrated with one or more solar panels to form an alternating current photovoltaic (AC PV) module. Furthermore, the method includes converting the DC electrical energy to alternating current (AC) electrical energy by the inverter and transmitting the AC electrical energy to a grid for power distribution.

Abstract: In one embodiment, a method is provided for providing power to a radio-frequency (RF) component capable of operating under multiple communication standards, wherein each standard has a respective operating frequency.

Abstract: A photovoltaic assembly is provided, which includes a docking station to facilitate the transmission of DC electricity from the photovoltaic panel and the transmission of AC electricity to various electric appliances. The photovoltaic assembly includes an inverter module that connects to the docking station through a connector. The system enables replacement and insertion of the inverter module without affecting the functioning of the photovoltaic assembly.

Abstract: A system and method for providing grid connected utility pole distributed solar power generation is disclosed. The system includes a utility pole, an inverter and one or more solar panels. Each of the one or more solar panels is mounted on the utility pole. The method includes receiving solar energy at the one or more solar panels. The one or more solar panels convert the solar energy to direct current (DC) electrical energy. Further, the method includes transmitting the DC electrical energy to the inverter, which is mounted on the utility pole. The inverter can be integrated with one or more solar panels to form an alternating current photovoltaic (AC PV) module. Furthermore, the method includes converting the DC electrical energy to alternating current (AC) electrical energy by the inverter and transmitting the AC electrical energy to a grid for power distribution.

Abstract: In one embodiment, a method is provided for providing power to a radio-frequency (RF) component capable of operating under multiple communication standards, wherein each standard has a respective operating frequency.

Abstract: In one embodiment, a method is provided for providing power to a radio-frequency (RF) component capable of operating under multiple communication standards, wherein each standard has a respective operating frequency.

Abstract: The invention features a flow-through capacitor system that achieves enhanced power efficiency by sequential control and actuation of at least two or more flow-through capacitor cells within the flow-through capacitor system. Alternatively or in addition, power efficiency is enhanced by integrating the purification stages of the system, for example, by placing more than one cell within a single cell casing. Preferably, integrated stage flow-through capacitors are controlled sequentially.