Goal
Convert atmospheric electrostatic energy into usable DC electricity and provide ion-based electrotherapy.
Problem
Harvest ambient atmospheric static electricity to reduce reliance on conventional fuels and mitigate harmful electromagnetic emissions from TV sets.
Concept Summary
The Chizhevsky chandelier uses a corona-discharge electrode (silvered copper) mounted 10-15 m above ground, coupled to a high-voltage transformer and voltage-multiplier stages taken from a TV set. The atmospheric electric field drives a low-density current that is stepped up to several tens of volts DC, producing positive and negative ions for power output and claimed therapeutic effects.
Principles
- Atmospheric electric field harvesting
- Corona discharge ion generation
- Voltage multiplication (cascade multipliers)
- Transformer coupling to TV horizontal scan circuitry
- Modulation at 7-13 Hz (biological resonance)
- High-voltage winding in opposition to base winding
Scientific Domains
Materials
- copper
- silvered copper
- metal plate
- wire
- TV transformer
- voltage multiplier components
- radiator
Mechanisms of Action
- Corona discharge creates ionized air (aero-ions)
- Ion flow induces a small current that is stepped up by voltage multipliers
- Transformer converts TV line voltage to high-voltage for the emitter
- Modulated electric field (7-13 Hz) is claimed to interact with biological rhythms
Energy Sources
Applications
- Vehicle propulsion (embedded road-bed power collection)
- Air-vehicle power
- Medical electrotherapy
Claimed Performance
Output electricity 40 V (potentially higher); atmospheric current up to 1.5-2 kA (very low density); modulation 7-13 Hz; ion emission claimed to improve health and reduce TV-related harm.
Experimental Evidence
The article states that the device produced an output of 40 V and that the atmospheric current is 1.5-2 kA, but provides no quantitative measurements, independent verification, or peer-reviewed data.
Limitations
- Very low current density from atmospheric source
- Performance depends on weather and ambient electric field
- No independent quantitative data on power output
- High-voltage safety concerns
- Scalability and efficiency not demonstrated
Red Flags
- Claims of free-energy-like performance without supporting data
- Medical therapeutic claims lacking clinical evidence
- Patent cost reduction claims but no demonstration of practicality
- Potential safety hazards from high-voltage corona discharge
