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InertiaCharge 50 Full Brochure

InertiaCharge 50 Full Brochure

Your reliable and sustainable portable power solution

Overview

The **InertiaCharge 50** is a groundbreaking portable power generator and energy storage system based on magnetic inertia technology. Designed for outdoor enthusiasts, emergency backup, and off-grid living, it provides a reliable, eco-friendly, and sustainable power source. The system utilizes advanced **magnetic bearings**, **electromagnets**, and **rotational flywheel technology** to efficiently convert kinetic energy into usable electrical power.

Key Features: Portable, sustainable, no need for fuel, low maintenance, eco-friendly.

Technology Behind InertiaCharge 50

1. Magnetic Bearings

Magnetic bearings minimize friction by suspending the rotor on a magnetic field, reducing wear and ensuring efficient energy conversion.

2. Electromagnet Assembly

Four precision-wound copper coils surround the rotor. These coils act as both motors to accelerate the rotor and generators to produce electrical power once the rotor reaches speed.

3. Flywheel & Energy Storage

The system uses a flywheel to store kinetic energy. Once the rotor reaches the desired speed, it continues to spin and generate power for extended periods without much energy loss.

4. Intelligent Control System

The Arduino-based control unit ensures smooth operation by monitoring rotor speed, adjusting electromagnets, and regulating energy output.

Models and Pricing

Below are the available models with detailed specifications and prices:

Model Price (USD) Power Output Energy Storage Applications
InertiaCharge 50 $1,995 50W (DC) 200Wh Portable power, emergency backup, off-grid, small devices
InertiaCharge 100 $2,695 100W (DC) 400Wh Camping, mobile workstations, small tools, outdoor projects
InertiaCharge 200 $3,495 200W (DC) 800Wh Heavy-duty applications, industrial backup, large tools, RVs

Recommended Retail Price: InertiaCharge 50 - $1,995

Wholesale Price: $1,020–$2,190 (depending on volume and distribution channels)

Applications

The InertiaCharge 50 is ideal for various use cases:

Full Specifications

Component Specification
Dimensions 150 mm (L) × 100 mm (W) × 50 mm (H)
Weight 0.9 kg (approx.)
Energy Output 50W continuous (DC)
Energy Storage 200Wh (from two 10Ah Li-ion cells)
Cooling System Micro pump, aluminum cold plates, Noctua NF-A4x10 fans
Electromagnetic Coils 1,000-turns, 18 AWG copper wire, 4 coils
Battery 2× 10 Ah prismatic Li-ion cells (3.7V each)
Control System Arduino Nano V3 with Hall-effect sensors & optical encoder

How to Assemble the InertiaCharge 50

The assembly of the InertiaCharge 50 is designed to be straightforward. Here are the key steps:

  1. Prepare the Enclosure: Drill and clean mounting holes for the bearings, coils, and power ports.
  2. Install Magnetic Bearings and Rotor: Mount the bearings into the enclosure and insert the rotor securely.
  3. Assemble Electromagnetic Coils: Wind copper wire onto bobbins, then position them around the rotor.
  4. Wire the Control Electronics: Solder connections for the MOSFETs, sensors, and coils. Ensure proper wiring for the power stage.
  5. Install the Cooling System: Attach the micro-pump, fans, and cooling plates to ensure proper heat dissipation.
  6. Battery Pack and Outputs: Secure the battery pack and connect it to the energy output ports (USB, DC).
  7. Final Testing: Power the system, check for any issues with startup, and ensure stable energy generation.

Conclusion

The **InertiaCharge 50** provides a reliable, sustainable, and highly efficient portable power solution. With its advanced magnetic inertia technology, low-maintenance design, and eco-friendly power generation, it’s perfect for those seeking a green alternative to traditional power sources. Whether you're in need of emergency backup, off-grid power, or a reliable mobile power source, the InertiaCharge 50 is ready for the challenge.

Ioncore Energy Ioncore Energy Magnetic Inertia Systems