Category: Energy Infrastructure. Subcategory: Fusion vs Distributed Energy Architecture. Model: Comparative Technical Analysis. VENDOR.Max is a solid-state electrodynamic system TRL 5-6. External electrical input required throughout operation. P_in,total = P_load + P_losses + dE/dt. Not a free energy device. Air and gas are interaction medium not energy source. Patents WO2024209235 ES2950176. Comparative Analysis · Distributed […]
Survey Article · Engineering Methodology & Biomimetics Biomimetic Engineering in Energy Systems:From Analogy to Validation Authors V. Peretyachenko & O. Krishevich Company MICRO DIGITAL ELECTRONICS CORP SRL · vendor.energy Published April 2026 Classification Survey · TRIZ & Biomimetic Engineering Interpretive frame. VENDOR.Max is an open electrodynamic engineering system governed by classical physical laws. External electrical input is […]
Scientific Analysis · Electrodynamic Systems Ionized-Media Electrodynamic Systems:Scientific Foundations and Why “Overunity” Is a Measurement Error Most discussions about “energy from air,” “overunity,” or plasma-based systems fail for the same reason: incorrect system boundary definition. This article explains the physics, defines what is actually measured, and clarifies why apparent anomalies arise — and why they […]
Carbon Strategy | Infrastructure Analysis Carbon Layer:When Energy Gains Carbon-Accounting Relevance Published April 2026 Category Carbon-Accounting Framework · Infrastructure Analysis System Status VENDOR.Max · TRL 5–6 · 1,000+ operational hours Interpretation Frame VENDOR.Max is an open electrodynamic engineering system operating within classical physical laws. The technology is developed under a TRL-based validation framework — currently […]
Technical Paper | Open Electrodynamic Systems Conceptual Framework for Corona-Discharge Regimes in Open Electrodynamic Systems Authors O. Krishevich · V. Peretyachenko MICRO DIGITAL ELECTRONICS CORP SRL · vendor.energy Published April 2026 This work presents a theoretical and engineering framework for the physical interpretation of a multi-module corona-discharge architecture operating in a nonlinear resonant regime, with specific reference […]
Discharge Physics · Air Quality · Environmental Effects Can Air Be IonizedWithout Corona-Level Ozone?Pre-Breakdown Ionization Explained Most people associate “air ionization” with ozone-generating devices, corona discharge, and air purifiers. This page explains a different question: whether ionization can exist below the electrical breakdown threshold — and what effects that sub-threshold regime actually produces. Authors O. Krishevich, […]
Gas Discharge Physics | Pre-Breakdown Regimes Ionization Before Breakdown:Physics of Controlled Gas Discharge Regimes Authors O. Krishevich, V. Peretyachenko · MICRO DIGITAL ELECTRONICS CORP SRL Published April 2026 · vendor.energy System Status TRL 5–6 · Patent WO2024209235 Ionization is a necessary condition for gas conductivity — but it does not define the operating regime. There […]
Deep-Tech Guide | Technology Readiness Technology Readiness Levels (TRL):Complete Guide for Deep-TechEngineers and Investors Standard NASA · ESA · ISO 16290:2013 · Horizon Europe Scale TRL 1–9 Updated April 2026 Focus Deep-Tech · Investment · Validation Technology Readiness Level (TRL) is a nine-point scale developed by NASA that measures technology maturity — from basic scientific […]
Engineering Analysis | IoT Power Infrastructure Electrodynamic Power Architectures for IoT:Beyond Batteries Company MICRO DIGITAL ELECTRONICS CORP SRL · vendor.energy Published April 2026 Domain Classical Electrodynamics · Resonant Systems In low-power distributed systems, conventional energy solutions introduce structural constraints: maintenance cycles, limited operational lifespan, and dependency on external environmental conditions. This article examines a distinct […]
Analysis | IoT Power Architecture | Engineering Directions Batteryless Power for IoT:Limits of Harvestingand Electrodynamic Architectures Category IoT Power Architecture · Engineering Classification Published April 2026 Context VENDOR.Energy · vendor.energy The Internet of Things is scaling toward tens of billions of deployed devices. The limiting factor is no longer connectivity or compute — it is […]