Magnetic Inertia Generator Brochure

Overview

The Magnetic Inertia Generator (MIG-3000) is an advanced power generation system designed for high-efficiency operation at 3000 RPM. It utilizes magnetic field propulsion and inertia stabilization principles to provide reliable energy output with low friction and scalable architecture.

Core Features

Stable 3 kW output at 3000 RPM
2:1 Helical Gear Reduction for Torque Management
Integrated Oil & Air Cooling Hybrid System
High-Efficiency Neodymium PMSG Generator
Flywheel-Based Energy Smoothing System
Real-Time Sensor Array with Microcontroller Logic

Detailed Specifications

Component	Specification
Shaft	19.05 mm AISI 4340 Alloy Steel, Length 250 mm
Gear Ratio	2:1 Helical (50:25 Teeth)
Flywheel	Radius 100 mm, Thickness 30 mm, Steel, 172.7 J Stored Energy
Generator	3-phase Neodymium Rotor PMSG @ 1500 RPM, 92-95% Efficiency
Cooling	Dual: Oil Spraying @ 0.7 L/min + Air Radiator with 80 mm Fan
Sensors	RPM, Temperature, Torque, Oil Flow, Vibration (MEMS)
Controller	STM32/ESP32 MCU with PID Control & Emergency Shutdown
Power Output	AC (120/240V via inverter), DC (12V/24V Rails), LiFePO4 Support

Thermal & Safety System

The cooling subsystem ensures operation under 80°C. A dual-layer thermal response integrates:

Active air fan at 60°C
Oil circulation at 70°C
Fail-safe shutdown at 90°C

Applications

Ideal for:

Off-grid renewable energy systems
Hybrid electric vehicles
Microgrids and industrial redundancy
Field-based energy deployment systems

Modular Architecture

The MIG-3000 is stackable. Multiple units can synchronize across a DC bus to deliver up to 30 kW using 10 parallel modules. Control boards support dynamic load balancing and power routing.