Applied Flux in FTB Skies 2: Aero
FTB Skies 2: Aero 1.13.0 ships version 1.21-2.1.6-neoforge · First seen in 1.0.3
Applied Flux is a mod in FTB Skies 2: Aero 1.13.0, where it is version 1.21-2.1.6-neoforge. Store and transfer energy with ME network (Summary from the mod's Modrinth page.)
Applied Flux guide for FTB Skies 2: Aero
Last verified for FTB Skies 2: Aero v1.10.0 on Oct 15, 2026 · text last changed Oct 15, 2026
This is the newest guide. It hasn't been checked against 1.13.0 yet.
Also applies to:FTB Evolution 2 1.0.2 to 1.4.0FTB Skies 2 1.0.1 to 1.24.0FTB StoneBlock 4 1.1.1 to 1.23.0
- Sections
- 7
- Recipes shown
- 29
- Items named
- 46
- Quests covered
- 10
6 sections are written for this pack; 1 is shared from another pack's guide.
Every recipe and number here was checked against FTB Skies 2: Aero 1.10.0, read from the running game on Sep 22, 2026.
What is Applied Flux?
1 part
Applied Flux lets your ME network store energy (FE) in special cells, so your AE system doubles as a big battery bank. This pack ships version 1.21-2.1.5 for NeoForge.[1][2]
Cells run from 1k ME FE Storage Cell up to 256M ME FE Storage Cell. Capacity is based on bytes, like AE2's item and fluid cells. By default every byte holds 1,048,576 FE, and that can be changed in the Appflux config. At the default, the biggest cell holds 281,474,976,710,656 FE.[3]
To get energy in and out, you use the Flux Accessor. It has no I/O limits by default, which you can also change in the Appflux config. It has a fast mode, which outputs every tick and may cause lag if heavily used, and a normal mode, which outputs based on the target's stored energy and won't cause lag.[4]
Your terminals show the stored energy as green "fluid". It isn't real fluid, so buckets won't work, but you can charge or drain batteries and electric tools through the terminal.[1][5]
Where it sits in the quest book
The quest "Applied Flux" quest lives in the "General Storage" chapter, in the "Resources & Logistics" group. That chapter is number 7 of 31 in the book and has 146 quests. The quest comes right after "The Reaction Chamber". It asks for any FE storage cell, a Flux Accessor and an Induction Card.[6]
The quest explains that the mod stores power and transfers it automatically to connected machines. Put an Induction Card in a Pattern Provider and the machines connected to it are powered with FE from your system.[6]
The sources I have show no quest that comes after it, and nothing in the quest text shown ties it to the ATM Star path. Another quest in the same chapter, placed after "I/O Bus", mentions that Applied Flux exports energy using Energy Tablets. Most of the other quests in the chapter are not covered here, so check the quest book itself for them.[6]
How do you get started with Applied Flux?
4 parts
Applied Flux lets your ME network store energy (FE) inside storage cells. Here is the order I'd go in, starting with the materials and ending with the blocks that move the power around.[1][7]
In the quest book, "Applied Flux" quest is in the General Storage chapter (group Resources & Logistics, chapter 7 of 31) and comes after the quest The Reaction Chamber. It asks for any FE storage cell, a Flux Accessor and an Induction Card, so those are the three things to aim for.[6]
First, Redstone Crystal
Redstone Crystal is made by combining a redstone block with fluix crystal and glowstone. The crystals store a large amount of energy while taking up very little space. The pack changes this recipe, and one craft gives you 2 crystals.[8][9]
Transform (ae2)
Redstone Block
- any glowstone dust
- any fluix gem
Recipe id: appflux:transform/redstone_crystal
Next, charge them. The Charged Redstone Crystal comes from the AE2 charger, the same block that "Getting Started With Applied Energistics!" quest asks you to make. You need it for the energy circuits in the Energy Processor section below.[6][9]
Your first FE cell
Start small with the 1k ME Energy Storage Component. This recipe is the mod's own, not a pack change.[9]
Crafting Shaped
| any certu quartz dusts | any certu quartz dusts | |
| any certu quartz dusts | any certu quartz dusts |
Recipe id: appflux:1k_core
The cell also needs a housing, and the housing needs Insulating Resin, which stops stored energy from leaking. The pack changes both the resin recipe and the housing recipe.[9][10]
Crafting Shapeless
Water Bucket
Cactus
Bone Meal
Silicon
Slime Ball
- any glowstone dust
Recipe id: appflux:insulating_resin
Crafting Shaped
| Empty slot | ||
| any insulating resin ingot | any insulating resin ingot | any insulating resin ingot |
Recipe id: appflux:fe_housing
You can also turn the resin into Harden Insulating Resin by smelting it. Blasting works too.[9]
Now put the core and housing together to get the 1k ME FE Storage Cell. There is also a direct crafting recipe for the finished cell, and the pack changes that one.[9]
Crafting Shaped
| any insulating resin ingot | any insulating resin ingot | any insulating resin ingot |
Recipe id: appflux:1k_fe_cell
The direct crafting version, which the pack has changed.
Cell capacity is counted in bytes, like AE2 item cells. Each byte holds 1,048,576 FE, and the pack keeps that value in flux_cell.amount.[3][11]
Energy Processor
All energy devices need the Energy Processor to route energy. You will want it as you move up the cell sizes, since the 16k ME Energy Storage Component recipe uses it. The chain is: make the Inscriber Energy Press in the charger, print a Printed Energy Circuit with it in the inscriber, then finish the processor.[9][12]
Flux Accessor and Induction Card
The Flux Accessor is your input/output block for the FE stored in your cells. It has a fast mode and a normal mode. Fast mode outputs energy every tick and may cause lag if used heavily.[4][6]
The pack sets flux_accessor.enable to false. That option is described as allowing the Flux Accessor to charge the ME network with stored FE. The I/O limit in flux_accessor.io_limit is 0, which means no limit.[11]
The Induction Card lets AE devices accept or send energy. According to the quest, putting one in a Pattern Provider powers the connected machines automatically from the FE in your system.[6][13]
How does Applied Flux work?
5 parts
Applied Flux lets your ME network store and move raw FE, so you can manage your power system with AE. The pieces are FE storage cells, the Flux Accessor, the Induction Card and a small chain of crafting materials. Here is how they fit together in this pack.[1][7]
FE storage cells
ME FE Storage Cells are the main way to store power with this mod. Like item and fluid cells, their capacity is based on bytes. Each byte holds 1,048,576 FE, and the pack keeps that default in flux_cell.amount.[3][11]
At that value the capacity table in the guide runs from 1,073,741,824 FE for the smallest cell up to 281,474,976,710,656 FE for the largest. If you change the config value, the capacities change with it.[3][11]
A finished cell is an energy storage component plus an ME FE Cell Housing. The housing needs Insulating Resin, which stops stored energy from leaking out.[9][10]
Combining a component with a housing gives the finished cell.
The pack also changes the direct crafting recipe for the 16k ME FE Storage Cell, so check it here rather than relying on the mod's defaults.[9]
Crafting Shaped
| any insulating resin ingot | any insulating resin ingot | any insulating resin ingot |
Recipe id: appflux:16k_fe_cell
This recipe is changed by the pack.
Components are crafted in tiers. The 16k ME Energy Storage Component is built from the 4k ME Energy Storage Component, and the pack has changed the recipe for the 16M ME Energy Storage Component.[9]
Crafting Shaped
| any fluix dust | any fluix dust | |
| any fluix dust | any fluix dust |
Recipe id: appflux:16k_core
Crafting Shaped
Recipe id: appflux:16m_core
This recipe is changed by the pack.
Portable FE cells come in the same range of sizes as the normal ones, but each is only a quarter of the size of the matching normal cell. The guide also says that once the right item is installed in a portable FE cell, it will automatically charge the items in your inventory.[14]
Reading and filling energy in the terminal
Terminals show the stored energy as a green fluid. It is not a real fluid, so buckets will not work on it. To fill or drain it, use an energy container such as a battery or an electric tool.[5]
This FE is separate from the energy inside AE's own Energy Cells. The guide stresses that the energy handled here is the FE stored in your FE Storage Cells.[4]
Flux Accessor
The Flux Accessor inputs and outputs the energy stored in your ME network. Its tooltip says it pulls energy from the network, and that you need an external cable to push energy.[4][13]
It has a fast mode and a normal mode. Fast mode outputs energy every tick and may cause lag if you use it heavily. Normal mode outputs based on the target's stored energy and will not cause lag issues.[4][13]
The I/O limit is set by flux_accessor.io_limit. The pack leaves it at 0, which means no limitation. The allowed range is 0 to 2,147,483,647.[4][11]
Induction Card
The Induction Card allows AE devices to accept or send energy. It is crafted from a Basic Card and a Flux Accessor.[9][13][15]
If you want a device to output energy, you have to mark FE in its config slot. Right-click the slot with an energy container to do that.[16]
Energy Processor and materials
The Energy Processor manages energy flows in the ME system, and all energy devices need one to route energy. It is made in the inscriber from a Printed Energy Circuit.[9][12]
The print needs a Charged Redstone Crystal, which comes from the Redstone Crystal. Redstone crystals can store a large amount of energy in very little space. In the pack, the transform recipe that makes them has been changed.[8][9]
Transform (ae2)
- any glowstone dust
- any fluix gem
Recipe id: appflux:transform/redstone_crystal
This recipe is changed by the pack.
The pack also changes the overload processing recipe that makes Energy Processors in bulk.[9]
Overload Processing (ae2lt)
Recipe id: ae2lt:overload_processing/appflux_energy_processor
This recipe is changed by the pack.
The overload processing recipe for Harden Insulating Resin is changed in the pack as well.[9]
Overload Processing (ae2lt)
100× Lava
- any glowstone dust
Recipe id: ae2lt:overload_processing/appflux_harden_insulating_resin
This recipe is changed by the pack.
How do you progress through Applied Flux?
7 parts
Applied Flux is an AE2 addon that lets your ME network store FE in special cells and hand it out to machines. In the quest book, "Applied Flux" quest sits in the General Storage chapter (group Resources & Logistics, chapter 7 of 31). It comes after "The Reaction Chamber" quest, which follows "The Matter Condenser" quest, which follows "Fluix Crystals" quest. The quest asks for any FE cell, a Flux Accessor and an Induction Card.[6]
Step 1: Redstone Crystals
Everything starts with Redstone Crystal. Loose redstone is too bulky to put in a cell, so a redstone block gets crystallized with fluix and glowstone into crystals that hold a lot of energy in very little space. The pack changed this transform recipe.[8][9]
Transform (ae2)
- any glowstone dust
- any fluix gem
Recipe id: appflux:transform/redstone_crystal
Changed by the pack.
Since the quest comes after the Reaction Chamber, you can also make crystals there, which is handy once you want them in bulk.[6][9]
The Reaction Chamber version of the crystal recipe.
Step 2: Charged crystals and the Energy Processor
The Energy Processor routes energy through your ME system, and every energy device needs one. Here is the chain to get it:[12]
- Charge your crystals in the Charger to get Charged Redstone Crystal.[9]
- Make the Inscriber Energy Press, which also comes out of the Charger.[9]
- Press a charged crystal in the Inscriber to get a Printed Energy Circuit.[9]
- Finish it in the Inscriber to get the Energy Processor.[9]
Charging a crystal in the Charger.
The printed circuit step.
The final Energy Processor step.
If you have a Crystal Assembler, the pack changed its Energy Processor recipe so one craft makes 4 processors.[9]
Crystal Assembler (extendedae)
Recipe id: extendedae:assembler/energy_processor
Changed by the pack.
Step 3: Resin and cell housing
Insulating Resin stops stored energy from leaking, and you need it to make the ME FE Cell Housing. The pack changed both the resin recipe and the housing recipe. You can turn Insulating Resin into Harden Insulating Resin by smelting or blasting it.[9][10]
Crafting Shapeless
- any glowstone dust
Recipe id: appflux:insulating_resin
Changed by the pack.
Crafting Shaped
| Empty slot | ||
| any insulating resin ingot | any insulating resin ingot | any insulating resin ingot |
Recipe id: appflux:fe_housing
Changed by the pack.
The tier ladder
FE cells run from 1k up to 256M, and each size has its own storage component. Capacity is counted in bytes, and by default every byte holds 1,048,576 FE. That works out to 1,073,741,824 FE on the smallest cell and 281,474,976,710,656 FE on the biggest. The Appflux config can change the per-byte value.[3]
- 1k ME Energy Storage Component is the entry point of the ladder.[9]
- 4k ME Energy Storage Component, 16k ME Energy Storage Component, 64k ME Energy Storage Component and 256k ME Energy Storage Component each upgrade the previous core and need an Energy Processor.[9]
- 1M ME Energy Storage Component builds on the 256k core with an Engineering Processor instead of an Energy Processor.[9]
- 4M ME Energy Storage Component, 16M ME Energy Storage Component, 64M ME Energy Storage Component and 256M ME Energy Storage Component all use recipes the pack changed. Each one upgrades the previous core.[9]
Crafting Shaped
| any certu quartz dusts | any certu quartz dusts | |
| any certu quartz dusts | any certu quartz dusts |
Recipe id: appflux:1k_core
The first core.
Crafting Shaped
| any certu quartz dusts | any certu quartz dusts | |
| any certu quartz dusts | any certu quartz dusts |
Recipe id: appflux:4k_core
Upgrading a core to the next size.
Crafting Shaped
Recipe id: appflux:4m_core
Changed by the pack.
Crafting Shaped
Recipe id: appflux:256m_core
Changed by the pack.
Turning a core into a cell
There are two routes. The pack changed the direct cell crafting recipes, for example the 1k one. Or you can simply combine a core with a housing, which is the mod's own recipe.[9]
Crafting Shaped
| any insulating resin ingot | any insulating resin ingot | any insulating resin ingot |
Recipe id: appflux:1k_fe_cell
Changed by the pack.
The mod's own core plus housing recipe.
Portable cells are a quarter of the size of the normal ones, but they can automatically charge the items in your inventory.[14]
The 1k portable cell.
Getting power out
The Flux Accessor inputs and outputs the energy stored in your network. By default it has no I/O limits, which the Appflux config can change. It has a fast mode, which outputs every tick and may cause lag if used heavily, and a normal mode, which outputs based on the target's stored energy and won't cause lag. The Induction Card is made from a Flux Accessor, and per the quest you insert it into Pattern Providers to power the machines they feed.[4][6][9]
The Induction Card is made from a Flux Accessor.
Lightning shortcut
If you go down the Lightning Technology route from "Lightning Technology" quest, the pack changed several overload processing recipes for this mod. One Redstone Crystal craft makes 64 crystals, and one Energy Processor craft makes 36. Processing 64 crystals this way gives 64 charged crystals.[6][9]
Overload Processing (ae2lt)
500× Water
- 16× any glowstone dust
- 16× any fluix gem
Recipe id: ae2lt:overload_processing/appflux_redstone_crystal
Changed by the pack.
Overload Processing (ae2lt)
Recipe id: ae2lt:overload_processing/appflux_energy_processor
Changed by the pack.
Overload Processing (ae2lt)
Recipe id: ae2lt:overload_processing/appflux_charged_redstone
Charged crystals in bulk.
How does Applied Flux work with other mods?
5 parts
Applied Flux is an addon for Applied Energistics 2, so almost everything in it is built from AE2 parts. In this pack it also picks up recipes from a few other mods, and the pack has changed several of them. Here is where the connections are.[7][9]
Where the quest book puts it
The quest "Applied Flux" quest sits in the General Storage chapter (group Resources & Logistics, chapter 7 of 31), right after The Reaction Chamber. It asks for an FE storage cell, the Flux Accessor and the Induction Card. It explains that machines connected to a Pattern Provider can be powered by putting an Induction Card in the provider.[6]
Another quest, a quest in "General Storage", comes after I/O Bus. It says Applied Flux exports Energy using Energy Tablets when you right-click specific items in an import/export bus. The rest of that chapter's quests are in the quest book.[6]
Applied Energistics 2 parts
The ME FE Cell Housing is made from Quartz Glass, redstone and insulating resin. The pack changed that recipe, and it also changed every FE storage cell recipe. The Induction Card is a shapeless craft of an Basic Card and a Flux Accessor.[9]
The pack also changed the Flux Accessor recipe, which uses an Energy Acceptor and an Energy Processor. Portable cells use an ME Chest, an Energy Cell for the smaller tiers or a Dense Energy Cell for the M tiers, plus a storage component and the housing.[9]
Crafting Shaped
| any glowstone dust | any glowstone dust | |
| any glowstone dust | any glowstone dust |
Recipe id: appflux:flux_accessor
The storage components lean on AE2 processors too. The 1k component uses a Logic Processor. From the 1M component upwards, the recipes use an Engineering Processor and Vibrant Quartz Glass.[9]
The pack changed the 4M, 16M, 64M and 256M component recipes. The 4M and 16M ones now take Diamond Dust, and the 64M and 256M ones take Emerald Dust.[9]
Crafting Shaped
Recipe id: appflux:16m_core
Three ways to make Energy Processors
The Energy Processor is needed to route energy between devices, and the pack gives you several ways to get it. The first is the AE2 inscriber, which uses Printed Silicon and a Printed Energy Circuit.[9][12]
The second is the ExtendedAE crystal assembler, with a pack-changed recipe that makes 4 processors per craft.[9]
Crystal Assembler (extendedae)
Recipe id: extendedae:assembler/energy_processor
The third is AE2 Lightning Tech overload processing, also changed by the pack. It makes 36 Energy Processors per craft and uses Block of Silicon among its inputs.[9]
Overload Processing (ae2lt)
Recipe id: ae2lt:overload_processing/appflux_energy_processor
Redstone Crystal and resin
The Redstone Crystal can be made in two places. Advanced AE has a reaction recipe for it, and the pack adds a matching Modern Industrialization recipe, which uses the ftb_constructor machine type. Both take the same inputs: 16 fluix crystals, 16 glowstone dust, 16 redstone blocks and 500 water.[9]
Ftb Constructor (modern_industrialization)
Recipe id: ftb:modern_industrialization/ftb_constructor/reaction/redstonecrystal
Insulating Resin stops stored energy from leaking and is needed for the cell housing. The pack changed its recipe to use Silicon (Silicon from FTB Materials).[9][10]
Crafting Shapeless
- any glowstone dust
Recipe id: appflux:insulating_resin
AE2 Lightning Tech also has a pack-changed overload processing recipe for Harden Insulating Resin, and it uses 100 lava.[9]
Flux Accessors going into AE2 Lightning Tech
The connection runs the other way as well. AE2 Lightning Tech's Overloaded Power Supply is made in a lightning assembly using 4 Flux Accessors, along with 256 Fluix Pearl, 2 Overload Machine Frame and an Overload Singularity.[9]
Lightning Assembly (ae2lt)
Recipe id: ae2lt:lightning_assembly/overloaded_power_supply
Which FTB Skies 2: Aero quests use Applied Flux?
3 parts
Applied Flux shows up in one chapter of the quest book: "General Storage", which sits in the "Resources & Logistics" group as chapter 7 of 31. It's a big chapter with 146 quests, and it also covers Sophisticated Backpacks, Functional Storage drawers, Refined Storage 2 and plenty of Applied Energistics. Applied Flux has its own quest there, plus a small mention in another one.[6]
The Applied Flux quest
The quest "Applied Flux" quest asks for three things. The first is any one of the FE storage cells, from 1k ME FE Storage Cell all the way up to 256M ME FE Storage Cell. The second is a Flux Accessor. The third is an Induction Card.[6]
The quest text explains what each piece does. The addon lets your AE network store and automatically move power (FE) to connected machines. The Flux Accessor is the input/output block for managing FE in your system, and the FE is held in the storage cells. For machines fed by a Pattern Provider, you put an Induction Card into that Pattern Provider and it powers them automatically with the FE in your system.[6]
What comes before it
The quest unlocks after "The Reaction Chamber" quest, so you reach it by following this line through the chapter:[6]
- "Getting Started With Applied Energistics!" quest asks for an Charger.[6]
- "A Certain Quartz" quest covers getting Certus Quartz and the presses.[6]
- "Certus Quartz Budding" quest is about growing Certus Quartz crystals.[6]
- "Fluix Crystals" quest asks for a Fluix Crystal.[6]
- "The Matter Condenser" quest asks for the Matter Condenser and a Singularity.[6]
- "The Reaction Chamber" quest asks for the Reaction Chamber.[6]
- "Applied Flux" quest is Applied Flux itself.[6]
A second mention
Applied Flux also appears in an untitled checkmark quest, a quest in "General Storage", which comes after "I/O Bus" quest. It lists special right-click interactions for import and export buses, and the Applied Flux line says it exports energy using Energy Tablets.[6]
The quest book doesn't show the text of 13 of the 146 quests in "General Storage" here, so check the chapter in your own quest book for those.[6]
Which Applied Flux config options matter?
3 parts
Same as in the FTB Skies 2 1.22.0 guide
Applied Flux keeps its settings in a single common config file, and there are only a handful of options. Here is exactly how this pack sets them.[17]
Switches the pack has turned off
- flux_accessor.enable is set to false. This option controls whether the Flux Accessor is allowed to charge your ME network with stored FE, so in this pack that behavior is switched off.[17]
- misc.enable is set to false. It controls whether the ME Import Bus can import energy the way it imports items and fluids, so this pack has that switched off too.[17]
Switch that is on
- third_party_support.enable_mi is set to true. This turns on the MI-EU support.[17]
Values that match the mod default
Two numeric options are listed in the pack file along with their mod defaults, and in both cases the pack keeps the default.[17]
- flux_cell.amount is 1,048,576, the same as the mod default. It sets how much FE is stored per byte in the flux cells.[17]
- flux_accessor.io_limit is 0, also the mod default. A value of 0 means no limitation on the Flux Accessor's I/O. If you ever change it, the accepted range is 0 to 2,147,483,647.[17]
Unverified The pack file does not show mod defaults for the three on/off options, so I can't tell you whether the pack changed them from the mod's defaults.
Sources
- Applied Flux project page (modrinth) · official mod data
- FTB Skies 2: Aero 1.10.0 mod list · pack file
- In-game guide: Flux Cells (appflux) · official docs
- In-game guide: Flux Accessor (appflux) · official docs
- In-game guide: Terminal Interactions (appflux) · official docs
- FTB Skies 2: Aero 1.10.0 quests: "General Storage" · pack file
- In-game guide: Store energy in cells! (appflux) · official docs
- In-game guide: Redstone Crystal (appflux) · official docs
- FTB Skies 2: Aero 1.10.0 recipe dump: recipes making Applied Flux items · pack recipe dump
- In-game guide: Insulating Resin (appflux) · official docs
- FTB Skies 2: Aero 1.10.0 config: config/appflux-common.toml · pack file
- In-game guide: Energy Processor (appflux) · official docs
- appflux names, screen text and descriptions (English lang file) · official mod data
- In-game guide: Portable Flux Cells (appflux) · official docs
- In-game guide: Induction Card (appflux) · official docs
- In-game guide: How to mark FE in config slot (appflux) · official docs
- FTB Skies 2 1.22.0 config: config/appflux-common.toml · pack file
Where this guide comes from
Written from what FTB Skies 2: Aero itself ships: its files and recipes, the in-game guidebooks and the mods' own pages. Every statement links to the source it came from, and the numbers are checked against the pack before publishing.
Guide last verified Oct 15, 2026.
Report wrong info
Version in each release
21 releases, first in 1.0.3
| FTB Skies 2: Aero | Version | Jar | Where it came from |
|---|---|---|---|
| 1.13.0 Sep 28, 2026 | 1.21-2.1.6-neoforge | AppliedFlux-1.21-2.1.6-neoforge.jar | From the published release |
| 1.12.1 Sep 22, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.12.0 Sep 21, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.10.0 Sep 8, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.9.1 Sep 2, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.9.0 Sep 1, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.8.0 Aug 25, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.7.3 Aug 19, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.7.2 Aug 18, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.7.1 Aug 18, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.6.1 Aug 13, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.6.0 Aug 11, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.5.1 Aug 8, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.4.1 Aug 4, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.4.0 Aug 3, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.3.0 Jul 30, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.2.1 Jul 28, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.2.0 Jul 28, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.1.1 Jul 25, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.1.0 Jul 24, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.0.3 Jul 17, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
"From pack files" means the list came from the pack's own files; "from the published release" means ForgeBase read the jars of the release itself.
Items and blocks
44 items from the 1.10.0 recipe dump.
Charged Redstone Crystal
Charged Redstone Crystal Block
16k ME Energy Storage Component
16M ME Energy Storage Component
1k ME Energy Storage Component
1M ME Energy Storage Component
256k ME Energy Storage Component
256M ME Energy Storage Component
4k ME Energy Storage Component
4M ME Energy Storage Component
64k ME Energy Storage Component
64M ME Energy Storage Component
Diamond Dust
Emerald Dust
Energy Processor
Inscriber Energy Press
16k ME FE Storage Cell
16k Portable FE Cell
16M ME FE Storage Cell
16M ME Portable Cell
1k ME FE Storage Cell
1k Portable FE Cell
1M ME FE Storage Cell
1M ME Portable Cell
256k ME FE Storage Cell
256k Portable FE Cell
256M ME FE Storage Cell
256M ME Portable Cell
4k ME FE Storage Cell
4k Portable FE Cell
4M ME FE Storage Cell
4M ME Portable Cell
64k ME FE Storage Cell
64k Portable FE Cell
64M ME FE Storage Cell
64M ME Portable Cell
ME FE Cell Housing
Flux Accessor
Harden Insulating Resin
Induction Card
Insulating Resin
Flux Accessor
Printed Energy Circuit
Redstone Crystal
FTB Skies 2: Aero quests (1)
Quests from the pack's FTB Quests book that ask for this mod's items.
General Storage (1)
- Applied Flux
Config options (how FTB Skies 2: Aero sets them)
5 settings shipped in the pack's config files; 0 differ from the mod's documented default.
Show settings
| Setting | FTB Skies 2: Aero value | Mod default |
|---|---|---|
flux_accessor.enable Allow Flux Accessor to charge ME network with stored FE. config/appflux-common.toml | false | not documented |
misc.enable Allow ME Import Bus to import energy like items/fluids. config/appflux-common.toml | false | not documented |
third_party_support.enable_mi Enable MI-EU support. config/appflux-common.toml | true | not documented |
flux_accessor.io_limit The I/O limit of Flux Accessor. 0 means no limitation. config/appflux-common.toml | 0 | 0 |
flux_cell.amount FE can be stored per byte. config/appflux-common.toml | 1048576 | 1048576 |
Which FTB Skies 2: Aero mods work with Applied Flux?
The FTB Skies 2: Aero mods that share the most recipes with Applied Flux. Highlighted ones have a guide.
Comments and tips
Loading comments...