Flying platform in disc shape for collecting, storing and transmitting atmospheric energy

Abstract

A flying platform in the shape of a disc with at least four electric motors for maneuvering and a concave dome with current-harvesting tips for collecting atmospheric, solar and electrical energy, characterized in that an internal energy storage system consisting of supercapacitors and / or high-performance batteries is provided, at least one electrical discharge tube for controlled pulse delivery and a magnetic docking module for transferring energy to external aircraft or spacecraft.

Description

1. Technical field

[0001] The invention relates to a disc-shaped flying platform intended for use at high altitudes, particularly in the stratosphere. The system serves to collect, store, and selectively transmit atmospheric energy. 2. State of the art

[0002] Drones and aircraft equipped with solar panels or energy storage systems that harvest energy from solar radiation or ambient air are known. Systems for the direct collection of lightning energy or ionized particles, as well as for coordinated energy release in fleet formations, are not yet available. 3. Object of the invention

[0003] The aim is to provide a platform that efficiently collects, stores, and selectively transmits atmospheric energy sources such as solar radiation, ionizing particles, and lightning energy. The goal is a mobile, modular energy source with versatile applications. 4. Solution to the task

[0004] The task is accomplished by providing a disc-shaped flight platform equipped with multiple electric motors for maneuvering. A concave dome with current-harvesting tips on its upper surface captures atmospheric energy. This energy is stored in internal supercapacitors and / or high-performance batteries. Discharge tubes allow for targeted energy release. A docking module enables energy transfer to external aircraft or spacecraft. Sensors and navigation systems allow for autonomous control and coordinated fleet deployments. 5. Advantages of the invention - Efficient collection of various energy sources (sun, ionization, lightning) - Storing large amounts of energy in compact storage units - Targeted energy output via discharge tubes or docking module - Autonomous control and navigation - Possibility of coordinated deployment of multiple platforms in fleet formation - Use of lightweight, highly conductive materials such as graphene for networks or structures 6. Areas of application - Mobile energy storage at high altitudes - Energy transfer to aircraft or spacecraft - Protection and defense through targeted energy release - Research and use of atmospheric energy sources 7. Technical verification

[0005] The platform is designed so that its concave dome with pointed elements enables energy absorption of several kilowatts per hour. Supercapacitors with a capacity exceeding 100 farads can store large amounts of energy for short periods. With a fleet configuration of ten units, an electric field in the range of several megawatts can be generated. The platform has a range of several kilometers under stable stratospheric conditions. 8. Materials and designs

[0006] The platform can be manufactured from lightweight, high-strength composite materials, preferably graphene-based fibers or aluminum alloys. Variants include smaller units for research purposes as well as larger systems for power transmission. 9. Safety and environmental aspects

[0007] The system is corrosion-resistant, temperature-stable, and suitable for use at extreme altitudes. By utilizing renewable energy sources, it contributes to the reduction of fossil fuels. Its modular design allows for easy maintenance and adaptation to different operating conditions. 10. Coordinated operation of multiple units

[0008] Several flying platforms, as described above, can be operated in coordinated formation. By synchronizing their energy storage and discharge systems, a superimposed electric field is created that can be precisely generated and controlled in the atmosphere. The units communicate via integrated sensors and navigation systems to dynamically adjust their positions and energy flows. This coordinated operation enables scalable use of the system, with the overall performance influenced by the number and arrangement of the platforms. Applications include large-scale energy transmission, atmospheric field modulation, and the targeted activation of floating capacitor units to extend the effective range.

Claims

[1] Flying platform in disc shape with at least four electric motors for maneuvering and a concave dome with current-harvesting tips for collecting atmospheric, solar and electrical energy, characterized by , that an internal energy storage system consisting of supercapacitors and / or high-performance batteries is provided, at least one electrical discharge tube for controlled pulse delivery, and a magnetic docking module for energy transfer to external aircraft or spacecraft. [2] Platform according to claim 1, characterized by that the energy storage system includes supercapacitors with a capacity of at least 100 farads. [3] Platform according to claim 1 or 2, characterized by that the tips of the concave dome are specially designed to absorb lightning energy. [4] Platform according to any of the preceding claims, characterized bythat the discharge tubes are arranged in such a way that targeted electrical pulse deliveries to defined air or ground areas are possible. [5] Platform according to any of the preceding claims, characterized by that cameras and sensors for autonomous flight control and target acquisition are integrated. [6] Platform according to any one of the preceding claims, characterized by that the magnetic docking module enables automated energy management for transfer to other aircraft or spacecraft. [7] Platform according to any of the preceding claims, characterized by , that multiple units can be operated in a coordinated swarm configuration to jointly generate a superimposed electric field. [8] Platform according to any of the preceding claims, characterized by, that the fleet configuration serves to generate a strong electric field in the atmosphere, which can be used to selectively influence flying objects. [9] Platform according to any of the preceding claims, characterized by , that each unit, after absorbing energy, can release autonomous, floating capacitors which, independently or in combination, generate an electric field or a charged network. [10] Platform according to any one of the preceding claims, characterized by that the deployed high-voltage networks are made of graphene or graphene-reinforced fibers to ensure high strength and electrical conductivity [11] Platform according to any one of the preceding claims, characterized by that multiple units can be synchronized via integrated control and communication systems to generate a common electric field in the atmosphere. [12] Platform according to any one of the preceding claims, characterized by , that the coordinated mode of operation allows for a dynamic adjustment of the energy flows and positions of the units, with the overall performance being influenced by the number and spatial arrangement of the platforms.

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