Introduction: From Natural Phenomena to Engineering Solutions Electrical energy extraction from ionized air represents the development of fundamental scientific principles known to humanity for over two centuries. Earth’s atmosphere serves as a natural electrical generator of colossal power, where ionization processes and charge separation continuously occur. Modern Air Ionization Energy Harvesting technologies do not “create […]
VENDOR Project: Theoretical Basis of Corona Discharge Generator – Proof of Fundamental Feasibility Abstract This work presents a rigorous theoretical justification for the fundamental possibility of creating an autonomous electrical generator based on a multi-module corona discharge system, specifically validating the fundamental principles underlying the VENDOR.Max generator system. The fundamental analysis is based on established […]
Ion-Pulse Generator Global Impact: Innovative Environmental Technology Chemical Reactions in Ionized Air Space: The Science Behind Atmospheric Purification Atmospheric ionization represents a sophisticated cascade of chemical reactions that significantly impact local and global environmental conditions. Understanding these processes builds upon fundamental research in molecular dissociation and recombination mechanisms, including water vapor interactions in atmospheric environments. […]
Breakthrough in Energy Technologies A significant breakthrough has occurred in the world of batteryless power technologies that could radically change the approach to power supply for autonomous IoT devices. VENDOR company has introduced the revolutionary VENDOR.Zero generator based on air ionization principles, creating a completely new class of energy solutions — ion-based power systems. Technological […]
Internet of Things (IoT) devices are rapidly transforming our world, with projections indicating that over 64 billion IoT devices will be deployed by 2025. However, this massive expansion comes with a critical challenge: energy supply. Traditional battery-powered solutions face significant limitations including finite lifespans, environmental impact, and the logistical burden of periodic replacement. The solution […]
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