⚡ Magvortechs DC Generators — Designs Researched by Bryan Strohm
Magvortechs LLC was founded in 2002 to continue the development and begin the manufacturing of DC Electric Generators based on the innovative designs of Mr. Bryan Strohm.
For over 20 years, Mr. Strohm has deeply studied the history of DC generators, focusing on homopolar and unipolar designs.
The 2003 U.S. Patent #6603233 represents the culmination of his research — introducing significant improvements in primary-secondary field alignment, with striking parallels to natural processes.
🔹 Unique Features of Magvortechs DC Generators:
- No coils or windings — greatly simplifies construction.
- High reliability — fewer components mean less wear.
- Inspired by nature — efficient field alignment patterns.
⚙️ DC Generators Design & Electricity Production by Electromagnetic Induction
DC generators are widely used to produce direct current (DC) voltage.
The output voltage depends on several factors, but its generation always requires three essential elements:
🔑 Three Conditions for Voltage Induction:
- 🧲 A Magnetic Field
- 🔌 A Conductor
- 🔄 Relative Motion between the two
A DC generator provides all these conditions to deliver a DC voltage output.
🛠 Theory of Operation
A basic DC generator consists of four main parts:
- 🧲 Magnetic Field (Permanent Magnet or Electromagnet)
- 🔄 Single Conductor or Loop
- ⚙️ Commutator
- 🖌 Brushes
Working Principle:
A generator converts mechanical energy into electrical energy.
It operates on Faraday’s Laws of Electromagnetic Induction:
Whenever a conductor cuts magnetic flux, an electromotive force (e.m.f.) is induced in it. If the circuit is closed, current flows.
📌 Essential Parts of an Electric Generator:
- 🧲 Magnetic Field
- 🔌 Conductor(s) capable of motion to cut the magnetic flux
Summary:
A simple generator works with a field, coil, and relative motion between them.
From Faraday’s Law, we can conclude that such motion induces an e.m.f. in the coil (loop), producing usable electricity.