Magnetic power plant for power generation by rotating permanent magnet rotor with electronically controlled pulse control, grid feed-in unit and safety module

Abstract

Magnetic power plant for self-sufficient power generation, characterized in that a controlled permanent magnet process generates a rotating field which drives a generator for power generation via a coil system.

Description

Technical field:

[0001] The invention relates to a stationary magnetic power plant for energy supply based on a controlled permanent magnet process for the autonomous supply of electrical consumers, in particular hospitals, industrial plants or emergency stations. State of the art:

[0002] Several systems are known that generate electricity using permanent magnet generators. These systems usually require an external drive energy source (e.g., fossil fuels or wind power). A purely magnetically self-sufficient energy generation system with a controlled permanent magnet process and precise rotor control is not yet available at mass production readiness. Disclosure of the invention:

[0003] The solution is to create an energy unit that can generate electrical energy during operation without an external energy input. This will be achieved using a controlled permanent magnet process to generate a self-sufficient torque with a minimal input pulse, which will then deliver up to 2 MW of electrical power via a generator. Technical features / structure: 1. Permanent magnet rotor unit 2. Stator with coil system 3. Sensors for rotor position monitoring 4. Control unit for regulating magnetic pulses and pole switching 5. Load control unit with intelligent grid monitoring 6. Starting module for initial rotor movement 7. Emergency stop and braking device Example implementation:

[0004] In one possible design, the rotor is made of neodymium-based permanent magnets, which rotate axially between ironless stator coils. The control system regulates the magnetic interaction via pulse-based impulse generation. Frequency is controlled by an intelligent controller. A safety system ensures emergency shutdown in case of fault conditions. System diagram for autonomous power supply

[0005] This illustration serves solely to clarify the technical relationships described in the text and does not establish any separate claim to protection.

Claims

[1] Magnetic power plant for self-sufficient electricity generation, characterized by , that a controlled permanent magnet process generates a rotating field which drives a generator to produce power via a coil system. [2] Magnetic power plant according to claim 1, characterized by that the control unit regulates the magnetic force electronically in real time. [3] Magnetic power plant according to one of the preceding claims, characterized by , that a start module for initial rotation is integrated. [4] Magnetic power plant according to one of the preceding claims, with an emergency stop module for safe shutdown. [5] Magnetic power plant according to one of the preceding claims, with integrated buffer storage for intermediate energy storage.

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