The MPU, which converts magnetic energy into electricity, consists of an aluminium flywheel disc with permanent magnets mounted along its radii. U-shaped electromagnets are positioned perpendicular to the disc and co-axial with the permanent magnets. The aluminium flywheel disc is connected via a steel coupling to the shaft of a synchronous generator, which transforms the rotational energy into electrical power.

The operation of the MPU is based on the interaction between permanent magnets and electromagnets, which causes the aluminium flywheel disc to rotate. When the polarity of the U-shaped electromagnets is switched, the attraction and repulsion of the permanent magnets relative to the electromagnet cores alternates, utilising the energy of the permanent magnets’ magnetic field. Simultaneously, the electromagnets induce eddy currents in the aluminium part of the flywheel disc, generating an additional force that contributes to its rotation. This concept is based on the research of Professor Eric Laitweit and the “magnetic river” phenomenon, which demonstrates induced eddy currents in conductive materials and the resulting rotation. The main torque is produced by the permanent magnets, while the electromagnets only control the direction and phase of rotation, ensuring stable and efficient electricity generation. In this way, the permanent magnets function like a “battery,” and the system will continue to operate as long as the magnetic field of the permanent magnets maintains their interaction.

Thus, the MPU provides independent, stable, and efficient electricity generation directly inside an apartment or home, without the use of fuel, sunlight, or wind. The system is completely safe: it produces no emissions, radiation, or other harmful outputs, operates silently, and has no negative impact on the surrounding environment. The permanent magnets ensure long-lasting generator operation, converting the magnetic field into a reliable and environmentally friendly source of energy for any needs.

• 120 NdFeB permanent magnets, minimum grade N35
• 2 Permanent Magnet Generators (PMG), 3 kW each
• 100% copper wiring, Y-connection, 500 rpm
• 3 sockets — 380 V three-phase output + 1 socket — 220 V, 50 Hz pure sine wave
• 6 Solid State Relays (SSR-25DD)
• 6 Supercapacitors, 3000 F, 2.7 V, 5 A, 3.04 Wh each
• 4 U-shaped electromagnets, 800 turns of AWG 16 pure copper wire
• 2 aluminium-body resistors, 25 W, 0.47 Ω + 0.22 Ω
• 1 Arduino Mega 2560 R3 control board
• 1 NJK-5002C NPN Hall sensor
• 3 MLX90614-DCC infrared temperature sensors
• 2 I²C SSD1315 graphic LCD displays
• Aluminium frame with handles and reinforced plastic body
• Dimensions: Length – 1400 mm, Height – 920 mm (from floor), Width – 820 mm, Weight – 95 kg

The MPU is delivered in a sturdy wooden crate, providing full protection during transport and handling. The packaging safeguards all components against shocks, vibrations, and environmental factors, ensuring the system arrives in perfect condition and ready for safe installation.

The unit is covered by a 12-month warranty, which includes the replacement of any defective modules under proper operating conditions. This warranty ensures peace of mind for the owner, guaranteeing that any unexpected faults or malfunctions will be promptly addressed by our support team. All replacements are performed using original components, maintaining the full performance, safety, and reliability of the MPU throughout the warranty period.

Each delivery is accompanied by an official supply contract that clearly outlines the full configuration of the system, warranty terms, and all available customisation options. The contract serves to formalise the transaction, ensuring transparency and mutual agreement on technical specifications, delivery timelines, and service obligations. It also provides detailed information on installation requirements, operational guidelines, and any special features requested by the client, giving full confidence in the reliability, compliance, and quality of the MPU system.

Specifications and configurations may vary depending on client requirements and regional standards. Minor adjustments can be made to meet specific needs, including power ratings, component options, or installation preferences. For personalised guidance and detailed customisation options, please contact us at sales@nimecgroup.com.