NOVELTY - The arrangement (10) has a programmed control system that dynamically monitors operating conditions at monitor nodes during operation of sources (12,14,16) and a load (17), selectively dynamically controls switches (MA,MB,MC,MD) at control inputs (GA,GB,GC,GD) to interconnect cells (32,34) in different circuit topologies in response to the monitored operating conditions, enables each cell in one switching state to store power from the source and enables each cell in the other switching state to discharge the stored power to the load.    USE - Arrangement for dynamically managing electrical power between electrical power source such as alternating current (AC) power grid or supply mains, direct current (DC) source, combined AC/DC source, non-renewable energy source, photovoltaic cell, wind generator, hydroelectric device, biomass generator, solar thermal system or geothermal system and electrical load such as motors and ballasts for fluorescent or vapor-arc lighting, common filament light bulb or capacitive motor starter.    ADVANTAGE - The arrangement is readily scalable, since the arrangement has any number of switching layers, such that cost is reduced and the resolution or number of switching layers is enabled to be selected as desired for a particular application. The multiple path, symmetrical, matrix-like, architecture enables the arrangement to be infinitely expandable of low cost and highly efficient. The addition of localized smart cells provides the additional ability to transfer certain functions such as charge state, noise control, timing, distortion and shape at the source where they are better and faster managed, such that the sophistication and efficiency of the arrangement is expanded.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method of dynamically managing electrical power between an electrical power source that supplies electrical power and an electrical load that consumes electrical power.    DESCRIPTION OF DRAWING(S) - The drawing shows an electrical circuit diagram of the arrangement for dynamically managing electrical power between the electrical power source and the electrical load.    Arrangement for dynamically managing electrical power between electrical power source and electrical load (10)    Sources (12,14,16)    Load (17)    Cells (32,34)    Control inputs (GA,GB,GC,GD)    Switches (MA,MB,MC,MD)