Differences

This shows you the differences between two versions of the page.

--- quantum_fusion_batteries [2025/06/03 09:25] – [Related Pages and Further Information] admin
+++ quantum_fusion_batteries [2025/06/18 03:27] (current) – [Related Pages and Further Information] admin
@@ Line 41: / Line 41: @@
   * With QFBs largely unavailable, exohumans were forced to innovate alternative energy sources.
-===== Charging Infrastructure and Process in the Beta Age =====
+===== Charging Infrastructure and Process in the Beta and Gamma Age =====
-During the Beta Age, exohuman settlements relied on decentralized charging hubs to maintain QFB functionality. Since QFBs could not be manually refueled, each settlement required dedicated infrastructure to sustain continuous energy output.
+During the Beta and Gamma Age, exohuman settlements rely on decentralized charging hubs to maintain QFB functionality. Since QFBs could not be manually refueled, each settlement required dedicated infrastructure to sustain continuous energy output.
-==== The Charging infrastructure ====
+Exohuman settlements relied on three tiers of charging infrastructure:
-  * **Quantum Fusion Recalibration Stations (QFRS)** → [[Quantum Fusion Recalibration Stations (QFRS)|Quantum Fusion Recalibration Stations (QFRS)]] were centralized hubs where QFBs were recalibrated and stabilized to prevent energy degradation.Each exohuman settlement had one.
-  * **Energy Redistribution Nodes (ERNs)** → [[Energy Redistribution Nodes (ERNs)|Energy Redistribution Nodes (ERNs)]] were localized power relay stations that redirected available energy (from solar, wind, and geothermal sources) into QFB-compatible formats. Twelve of them were in operation during the Beta Age. Four in [[new_kourou|New Kourou,]] three in [[Firetown|Firetown]], two in [[Hope|Hope]], two in [[Morningstar|Morningstar]] and one in the [[atrana_mountains|Atrana Mountain Region]] that supported wind farms.
-  * **Mobile QFB Chargers** → Portable field units used by [[volunteer_army_of_man|Volunteer Army of Man]] (VAM) forces and [[guarding_troopers|Guarding Troopers]] for military operations, relying on small-scale energy conversion modules.
+  * **Quantum Fusion Recalibration Stations (QFRS):** One per major settlement; performed automated diagnostics and quantum-field realignment before any recharge.
+  * **Tier-1 Energy Redistribution Nodes (ERNs):** [[Firetown_tier-1_ern|Firetown Tier 1 Energy Redistribution Node]] (geothermal) and [[morningstar_tier-1_ern|Morningstar Tier 1 Energy Redistribution Node]] (Atrana Ridge wind - available in the Beta Age only), capable of delivering the 3.1 GW/160 s ignition burst plus 6–12 h taper-charge to fully recharge any QFB.
+  * **Tier-2 Trickle Nodes:** In [[New Kourou|New Kourou]], [[Hope|Hope]], and [[arla_town|Arla Town]] (Beta Age only); provided medium-voltage conversion for local micro-grids, shortwave towers, µQFB top-ups, and slow-charge (≤ 80 %) for Civilian-Grade packs—incapable of reigniting cold QFBs.
+  * **Mobile QFB Chargers during the Great War:** Portable units for [[volunteer_army_of_man|Volunteer Army of Man]] and [[guarding_troopers|Guarding Troopers]]; small-scale converters locking onto local power feeds for emergency field recharges.
 ==== The Charging Process ====
-  * **Diagnostic Scan** → Before charging, QFBs underwent an automated diagnostic scan at a Quantum Fusion Recalibration Station (QFRS) to measure energy depletion and identify regulatory failures.
+  * **1. Diagnostic Scan:** QFB docks into the QFRS cradle; superconducting coils verify regulator health and log remaining lifespan.
-  * **Quantum Field Recalibration** → Field regulators were realigned to stabilize energy flow, ensuring the fusion core remained active.
+  * **2. Quantum Field Recalibration:** Automated micro-adjusters correct plasma drift and stabilize core flow.
-  * **Energy Transfer via ERNs** → If the QFB was approved for recharge, it was linked to an Energy Redistribution Node (ERN) that supplied energy from solar arrays, wind farms, or geothermal plants.
+  * **3. Energy Transfer via ERNs:**
-  * **Gradual Recharge Cycle** → To prevent overloading, QFBs were charged in cycles, with each recharge lasting between 6 to 12 hours, depending on energy availability.
+    * **Tier-1:** ERN capacitor farms discharge a 3.1 GW burst over 160 s, then supply a tapering feed (500 → 50 MW) for 6–12 h.
-  * **Final Calibration & Deployment** → Once charged, QFBs were tested for efficiency, ensuring they could sustain long-term output before being reinstalled into devices, Service Bots, or weapon systems.
+    * **Tier-2:** Trickle nodes provide up to tens of megawatts for µQFB top-ups and slow float-charges on larger packs.
+  * **4. Final Calibration & QA:** Cooling cycle, performance check, and neutron-ink timestamp before dispatch back to devices or Local Hubs.
 ===== Composition and Functionality =====
@@ Line 72: / Line 74: @@
   * **Degradation Rate:** QFBs slowly lose efficiency over time. Regular maintenance and recalibration can extend their functionality, but eventually, their fusion reaction weakens.
   * **Failure Risks:** If a QFB is exposed to extreme stress (e.g., repeated overload cycles, external damage, or faulty regulators), it may enter a low-energy cascade, permanently reducing its power output. A severely degraded QFB can become unstable, leading to an energy leak or, in rare cases, a small-scale fusion failure.
+==== QFB Types and Use Cases ====
+Quantum Fusion Batteries came in multiple standardized sizes, depending on their intended function:
+  * '''Micro-Grade QFBs (µQFBs)''': Used in lightweight aerial systems like [[Seed Drones|Seed Drones]] and [[Courier Drones|Courier Drones]].
+  * **Size:** ~ 20–25 cm tall, 10 cm wide
+  * **Weight:** 3–4 kg
+  * **Deployment:** Fixed-installation; requires specialized tools for replacement
+  * **Charge Duration**: 24–36 hours of low-load aerial activity
+  * **Processing**: Limited recalibration capability; typically replaced after ~20 recharge cycles
+  * '''Civilian-Grade QFBs''': Used in [[service_bots|Service Bots]] and portable field systems.
+  * **Size**: ~ 40–50 cm tall, 20–25 cm wide
+  * **Weight**: 12–18 kg
+  * **Deployment**: Swappable by hand or with light assist-lift
+  * **Charge Duration**: Up to 3 weeks of moderate Service Bot usage
+  * **Distribution**: Handled via local transport and cart delivery systems
+  * '''Infrastructure-Grade QFBs''': Used in static systems like atmospheric controllers, communication hubs, or water purification units.
+  * **Size**: ~ 90 cm tall, 40 cm wide
+  * **Weight**: 80–100 kg
+  * **Deployment**: Requires carts or heavy-duty Service Bots for movement
+  * **Charge Duration**: Months-long for stationary use
+  * **Processing**: Primarily routed through Quantum Fusion Recalibration Stations
+This modularity allowed Exohumans to adapt QFB use across a range of civilian, logistical, and critical systems while minimizing energy waste.
 ===== Beta Age: The Anti-War Sabotage of 2631 =====
@@ Line 115: / Line 145: @@
   * [[exohuman_technology_of_the_beta_age|Exohuman Technology in the Beta Age]]
   * [[Quantum Fusion Recalibration Stations (QFRS)|Quantum Fusion Recalibration Stations (QFRS)]]
+  * [[energy_redistribution_nodes_erns|Energy Redistribution Nodes (ERNs)]]
   * [[service_bots|Service Bots]]
+  * [[seed_drones|Seed Drones]]
+  * [[Courier Drones|Courier Drones]]
+  * [[combat_drones|Combat Drones]]
   * [[Last Frontier|Last Frontier]]
   * [[gaia_system|GAIA System]]
@@ Line 123: / Line 157: @@
   * [[federal_confederation|Federal Confederation]]
   * [[jane_bold_gang|Jane Mendoza Gang]]
+**Tier 1 Energy Redistribution Nodes**
+  * [[morningstar_tier-1_ern|Morningstar Tier 1 Energy Redistribution Node]] (Beta Age only)
+  * [[Firetown_tier-1_ern|Firetown Tier 1 Energy Redistribution Node]]