Abstract: A multiblock robot system for the logistic and energy supply of electro vehicles, composed of an E-pool net, a Distributed Electrical Vehicle Battery Exchange Network of E-stops, of Distributed Electric Vehicle Battery Exchange Stations, for electro vehicles with control post units and checkcard reader units, approximation sensor units, remote control antenna units, self operating battery chargers with column and below ground coupler units, self operating below ground battery changers. The electro vehicles provided with E-stop compatible sensor, control, coupling and battery units for A multiblock robot system for the logistic and energy supply of electro vehicles, composed of a self operating coupling on the E-stops. E-pool net electro vehicles controlled by E-pool net user checkcards for a multitude of users, controlling all door locking units with code controlled verification of access justification.

Abstract: A multiblock robot system for the economical energy generation from sun and wind power, the energy storage and for the energy disposition and delivery, composed of plug connected and optional combinations of multiblock standard parts, having socket flange booster chambers with integrated units as, solar, wind rotor, control computer, checkcard reader, remote control antenna, illuminator and battery units. Rotation flange plug connections rotate the integrated units with solar surfaces and the wind rotor blades always to the optimal, perpendicular position of the sun and wind directions. The battery units are plug connected one behind the other to battery lines for the energy storage, composing checkcard controlled battery dispensers and battery changers for the self operating battery exchange and fully automatic delivery to multiblock robots, electro cars and to the public mains.