Approved Tech Atmospheric Lightning Harnessing and Energy Distribution System

[Ethanael Halscott]

Atmospheric Lightning Harnessing and Energy Distribution System​

OUT OF CHARACTER INFORMATION

• Intent: To create a way to take advantage of worlds where there are perpetual storms like Dromund Kaas and create clean energy from it.
• Image Source: N/A
• Canon Link: N/A
• Permissions: N/A
• Primary Source: N/A

PRODUCTION INFORMATION

• Manufacturer: Commonwealth Corps of Engineers, Primo Victorian Enterprises
• Affiliation: Primo Victorian Enterprises, Imperial Commonwealth of Dosuun
• Market Status: Closed-Market
• Model: VGE ALHEDS
• Modularity: Yes
• Production: Minor
• Material:
  
  • Agrinium
  • Duravlex
  • Phrik-lined Plasma Conduits
  • Reflec-Laced Thermal Dampeners
  • Ardanium II Energy Amplifiers
  • Stygium-Coated Power Cells
  • Alusteel with Vanadium Coating
  • Carbonite-Laced Insulation
  • Duraplast
  • Kyber-infused Conductors

SPECIAL FEATURES

• Lightning Conductive Towers (LCTs): Equipped with Kyber-infused capacitors and ionized attractor fields to capture and direct lightning strikes.
• Plasma Conduit Network (PCN): High-durability, heat-resistant phrik conduits transfer energy to the grid with built-in surge redirection and thermal suppression.
• Ionized Energy Converter (IEC): Converts raw atmospheric energy into stable plasma currents using Ardanium II amplification.
• Storm Conductive Drones (SCDs): EM-resistant, AI-guided drones scout storm paths, optimize grid positioning, and boost lightning capture yield.
• Power Storage Cells (PSC): Utilize Stygium insulation and cryo-battery technology to safely store and preserve energy over time.
• Energy Distribution Network (EDN): AI load-balanced, smart-grid nodes distribute energy to planetary infrastructure and other renewables.

STRENGTHS

• Renewable Power Source: Harnesses natural lightning and storm activity to generate energy sustainably.
• Energy Efficiency: Ardanium II and Kyber-enhanced systems drastically improve energy conversion and storage performance.
• Grid Integration: Seamlessly connects with geothermal, solar, and wind-based networks.
• Storm Prediction Capabilities: Drone fleet maps storm movement, aiding planetary weather forecasting.
• Environmental Resilience: Built to withstand high winds, electromagnetic pulses, and extreme conditions.

WEAKNESSES

• Weather Dependent: Performance significantly reduced during long periods of clear or calm weather.
• Installation Complexity: Requires precise planning, topographic analysis, and significant infrastructure investment.
• Power Surge Risk: Uncommon superstorms may generate surges that exceed safeties.
• Ion Interference Vulnerability: Ion storms and high electromagnetic interference can disrupt system capture or calibration.
• Maintenance Demands: Towers, drones, and conduits require frequent maintenance to remain storm-ready.

DESCRIPTION
The Atmospheric Lightning Harnessing and Energy Distribution System (ALHEDS) represents a cutting-edge advancement in planetary energy infrastructure. Designed by the Commonwealth Engineering Corps and developed with the help of Aurora Industries, ALHEDS leverages powerful atmospheric phenomena—lightning, static charge, and storm winds—to generate vast quantities of energy in a safe, sustainable manner.

Deployed most effectively on storm-prone or high-atmosphere worlds, the system combines ancient kyber-based principles with modern Commonwealth engineering to create a stable power source. Lightning Conductive Towers (LCTs), crowned with Kyber-infused capacitors, attract and stabilize raw electrical energy, while a sophisticated conduit network transfers it to ionized energy converters and cryogenically insulated power cells. AI-operated Storm Conductive Drones allow ALHEDS to “think ahead” of the weather, optimizing system performance in real time.

The system’s modularity makes it ideal for volatile worlds, but its dependency on weather and the sheer technical scale of deployment mean it is typically reserved for major installations or capital worlds. It is often paired with geothermal, solar, and wind systems, ensuring a hybridized grid that functions regardless of the weather cycle.

While highly effective, ALHEDS is not without risk. Surge events, electromagnetic interference, and the natural volatility of lightning require rigorous maintenance and real-time monitoring by trained specialists. Still, for the worlds that dare to tame the storm, ALHEDS provides a near-limitless source of clean, explosive energy.

 

[MANIAC]

Ethanael Halscott

As usual, amazing!

Approved.