What question did this study set out to answer?

The aim is to detail the specifications of the IJsbliksem Reactor for energy storage applications.

March 28, 20260 citationsOpen Access

Open Source IJsbliksem Reactor: Dual-Chamber Corona Discharge Electromagnetic Energy Storage System - Technical Specification v1.0

Key Points

The aim is to detail the specifications of the IJsbliksem Reactor for energy storage applications.
Developed dual-chamber architecture for alternating charge/discharge cycles
Utilized 50kV DC corona discharge in ionized gas with tungsten-copper electrodes
Integrated vertical concrete towers for reactor housing and power conditioning
Documented configurations for economic and transmutation applications
Achieved 203.5 kW energy density per tower in a 50m configuration
Estimated a round-trip efficiency of 62% with response times under 200ms
Demonstrated neutron flux of 8.85×10¹⁹ n/cm²/s capability for Am-241 transmutation

Abstract

This repository contains the complete technical specification of the IJsbliksem ("Ice Lightning") Reactor, a revolutionary dual-chamber electromagnetic energy storage system utilizing controlled corona discharge technology for utility-scale applications. Key Technical Innovations: Dual-chamber architecture: Paired charge/discharge chambers operating in alternating 90-second cycles (45s charge, 45s discharge) enabling continuous output without interruption Corona discharge storage: 50kV DC corona discharge in ionized gas (air/argon) with 100 tungsten-copper needle electrodes per chamber Energy density: 203.5 kW per tower (50m configuration), scalable to 203.5 GW per km² with 1m tower spacing Efficiency: 62% round-trip efficiency with <200ms response time Integration: Vertical carbon-fiber reinforced concrete towers (50m-500m) combining reactor housing, wind turbine foundation, and power conditioning Configurations: 50m (Economic): 10 dual-pairs, 204.1 kW/tower, ROI 7.0 years 500m (Transmutation): 100 dual-pairs, neutron flux 8.85×10¹⁹ n/cm²/s, Am-241 transmutation capability (11.6% annual burn-up) Defensive Publication Status: This work is released as a defensive prior art publication to prevent patent monopolization of climate-critical energy storage technology. All technical details necessary for reproduction are included. Published under CC0 1.0 Universal (Public Domain Dedication). Intended Use: Reference design for climate mitigation infrastructure Basis for Harmonie Certified deployment (anti-elite-capture governance framework) Public domain foundation preventing fossil fuel industry patent capture Related Identifiers: IP.com Prior Art: To be added upon IP.com publication Harmonie Governance Framework: URL Citation: Vanwingh, M. (2026). Open Source IJsbliksem Reactor: Dual-Chamber Corona Discharge Electromagnetic Energy Storage System - Technical Specification v1.0. Zenodo.

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