Applied Flux in FTB Skies 2
FTB Skies 2 1.24.0 ships version 1.21-2.1.6-neoforge · First seen in 1.0.1
Applied Flux is a mod in FTB Skies 2 1.24.0, 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
Last verified for FTB Skies 2 v1.24.0 on Oct 13, 2026 · text last changed Oct 13, 2026
Also applies to:FTB Evolution 2 1.0.2 to 1.4.0FTB Skies 2: Aero 1.0.3 to 1.10.0FTB StoneBlock 4 1.1.1 to 1.23.0
- Sections
- 8
- Recipes shown
- 24
- Items named
- 40
- Quests covered
- 2
Every recipe and number here was checked against FTB Skies 2 1.24.0, read from the running game on Oct 13, 2026.
What is Applied Flux?
2 parts
Applied Flux adds a way to store energy (FE) inside your ME network. This pack includes version 1.21-2.1.5-neoforge. If you already run an AE2 system and want your power to live in the same network as your items and fluids, this is the mod for you.[1][2]
What it does
The main feature is the ME FE Storage Cell family, which runs from the 1k ME FE Storage Cell up to the 256M ME FE Storage Cell. Like AE2's item and fluid cells, their capacities are based on bytes. By default each byte holds 1,048,576 FE, and the biggest cell holds 281,474,976,710,656 FE. That is the mod's default, and the sources don't show the pack changing it.[3]
The mod's page says the largest cell can store over 200 trillion FE.[1]
To get energy in and out of the network, you use the Flux Accessor. By default it has no I/O limits, though that can be changed in the Appflux config. It has a fast mode and a normal mode. Fast mode outputs energy every tick and can cause lag if you lean on it heavily. Normal mode bases its output on the target's stored energy and won't cause lag.[4]
Your terminal shows the stored energy as a green fluid. It isn't a real fluid, so buckets won't work. You can fill or drain it with an energy container such as a battery or an electric tool.[5]
Where it fits in the pack
Applied Flux appears in the pack's AE2 quest chapter. The quest "Applied Flux" quest unlocks after an earlier quest in that chapter. It asks you to get any FE cell, the Flux Accessor and the Induction Card.[6]
Unverified What the Induction Card converts is not clear from the available sources, and neither are the crafting steps for the cells and the accessor.
How do you get started with Applied Flux?
5 parts
Applied Flux lets you store FE inside your ME network using dedicated cells. Once the energy is in the network, you can view it in the terminal and charge or discharge items right there. Here is the order I'd go in.[1][7]
Step one: Insulating Resin
Start with Insulating Resin. It stops stored energy from leaking, and it is the necessary material for making FE cell housing.[8]
Crafting Shapeless
Water Bucket
Cactus
Bone Meal
- any silicon
Slime Ball
- any glowstone dust
Recipe id: appflux:insulating_resin
Step two: Redstone Crystal and the 1k component
Plain redstone is too loose to put in a cell. Instead, a redstone block is crystallized into Redstone Crystal using fluix crystal and glowstone. These crystals store a large amount of energy in very little space.[9]
The crystal is what you need for the first storage component, the 1k ME Energy Storage Component.[10]
Crafting Shaped
| any certu quartz dusts | any certu quartz dusts | |
| any certu quartz dusts | any certu quartz dusts |
Recipe id: appflux:1k_core
Step three: cell housing and your first FE cell
Next, make the ME FE Cell Housing, which uses the resin from step one.[8][10]
Crafting Shaped
| any redstone dust | ||
| any redstone dust | Empty slot | any redstone dust |
| any insulating resin ingot | any insulating resin ingot | any insulating resin ingot |
Recipe id: appflux:fe_housing
With a component and a housing, you can make your first 1k ME FE Storage Cell. The pack gives you two routes: one combines the component with a housing, and the other is a direct crafting recipe.[10]
Combining the component with a housing.
Crafting Shaped
| any redstone dust | ||
| any redstone dust | any redstone dust | |
| any insulating resin ingot | any insulating resin ingot | any insulating resin ingot |
Recipe id: appflux:1k_fe_cell
The direct crafting route.
Cell capacity is based on bytes, just like item and fluid cells. By default every byte holds 1,048,576 FE, and the Appflux config can change that.[3]
Step four: Energy Processor, Flux Accessor and Induction Card
The Energy Processor is used to manage energy flows in the ME system, and all energy devices need one to route energy. In this pack it is also an ingredient in the Flux Accessor and in the 4k, 16k, 64k and 256k storage components.[10][11]
The Flux Accessor is how energy gets in and out of your network. It pulls energy from the network, and it needs an external cable to push energy out. By default it has no I/O limits, though the Appflux config can change that.[4][12]
Crafting Shaped
| any glowstone dust | any glowstone dust | |
| any copper ingot | any copper ingot | |
| any glowstone dust | any glowstone dust |
Recipe id: appflux:flux_accessor
The Induction Card allows AE devices to accept or send energy.[12]
Quest checkpoint
The pack has a quest in the ae2 chapter that asks you to have any FE storage cell, a Flux Accessor and an Induction Card. That is exactly the set you've just made. See "Applied Flux" quest.[6]
How does Applied Flux work?
7 parts
Storing energy in FE cells
The ME FE Storage Cell is the main way to store power with Applied Flux. Capacities are based on bytes, just like item and fluid storage cells. By default every byte holds 1,048,576 FE, set by flux_cell.amount. This pack leaves it at that default of 1,048,576.[3][13]
The biggest cell can store over 200 trillion FE, so you will almost never run out of room.[1]
Portable FE cells are the handheld version, at a quarter of the size of the normal cells. You can install an extra item in them so they automatically charge the items in your inventory.[14]
Energy inside your network
Terminals show the stored energy as a green fluid. It isn't a real fluid, so buckets won't work on it. To fill or drain it, use an energy container such as a battery or an electric tool. You can also charge and discharge items right in the terminal.[1][5]
The Energy Processor is what manages energy flows in the ME system. Every energy device needs one to route energy.[11]
Flux Accessor
The Flux Accessor can input and output the energy stored in your ME network. That energy means the FE in your FE Storage Cells, not the energy in AE2 Energy Cells. Its tooltip says it pulls energy from the network and needs an external cable to push energy.[4][12]
It has a fast mode and a normal mode. Fast mode outputs energy every tick, which can cause lag if you use it heavily. Normal mode outputs based on the target's stored energy and won't cause lag issues.[4][12]
By default it has no I/O limit. flux_accessor.io_limit controls this, and 0 means no limitation. This pack keeps it at 0.[4][13]
Induction Card and config slots
The Induction Card lets AE devices accept or send energy.[12][15]
Pack-specific switches
- misc.enable is set to false in this pack. It is described as letting the ME Import Bus import energy like items and fluids.[13]
- third_party_support.enable_mi is set to true, so MI-EU support is enabled.[13]
Crafting the materials
Redstone on its own is too loose to put in a cell. The Redstone Crystal stores a large amount of energy in very little space. The base recipe is a transform recipe.[9][10]
Transform (ae2)
- any glowstone dust
- any fluix gem
- any redstone storage block
Recipe id: appflux:transform/redstone_crystal
The Charged Redstone Crystal comes from the charger.[10]
The pack changes several recipes in this chain. It has its own versions of the Redstone Crystal and Charged Redstone Crystal reaction recipes. It also changes the Crystal Assembler and Circuit Cutter recipes for the Redstone Crystal, the Energy Processor and the Printed Energy Circuit. The charger recipe for the Inscriber Energy Press is changed too. Check the rendered recipes below rather than relying on the mod's defaults.[10]
Changed by the pack.
Reaction (advanced_ae)
Recipe id: advanced_ae:chargedredstone
Changed by the pack.
Charger (ae2)
- any iron storage block
Recipe id: appflux:charger/energy_press
Changed by the pack.
Insulating Resin stops stored energy from leaking, and it is a necessary material for the ME FE Cell Housing. The Harden Insulating Resin is made by smelting or blasting the resin.[8][10]
Crafting Shapeless
- any silicon
- any glowstone dust
Recipe id: appflux:insulating_resin
Crafting Shaped
| any redstone dust | ||
| any redstone dust | Empty slot | any redstone dust |
| any insulating resin ingot | any insulating resin ingot | any insulating resin ingot |
Recipe id: appflux:fe_housing
Building a cell
A cell is two parts: an ME Energy Storage Component for the size, and the housing. Here is the 16k example. The 16k ME Energy Storage Component is built on top of the 4k ME Energy Storage Component, and the finished 16k ME FE Storage Cell is a shapeless recipe.[10]
Crafting Shaped
| any fluix dust | any fluix dust | |
| any fluix dust | any fluix dust |
Recipe id: appflux:16k_core
How do you progress through Applied Flux?
6 parts
Applied Flux is all about storing FE inside your ME network. In this pack the path is short: make Redstone Crystals, turn them into Energy Processors, build a storage core, then put that core in a cell. The pack changes several recipes along the way, so follow the ones shown here and not the mod's defaults.[7][10][11]
The pack's quest book has one quest for the mod, "Applied Flux" quest in the ae2 chapter. It comes after another quest in that chapter. It asks for any FE storage cell tier, a Flux Accessor and an Induction Card, so it works as a checklist for the whole path.[6]
Redstone Crystals
Everything starts with the Redstone Crystal. It can store a large amount of energy while taking up very little space. The pack changes how you make it in the Reaction Chamber, in the Crystal Assembler and in the Productive Bees centrifuge. There is also an AE2 transform recipe for it that the pack leaves as the mod made it.[9][10]
The pack changes this Reaction Chamber recipe.
Next you need the Charged Redstone Crystal. The pack changes the Reaction Chamber recipe for it and the Productive Bees centrifuge recipe. The AE2 Charger recipe is the mod's own.[10]
Reaction (advanced_ae)
Recipe id: advanced_ae:chargedredstone
The pack changes this Reaction Chamber recipe.
The Energy Processor
The Energy Processor routes energy in your ME system, and all energy devices need one. You make it in an Inscriber. First you need the Inscriber Energy Press, and the pack changes how you make that in the Charger.[10][11]
Charger (ae2)
- any iron storage block
Recipe id: appflux:charger/energy_press
The pack changes this Charger recipe.
The press then prints a Printed Energy Circuit, which goes into the processor recipe.[10]
Inscriber step that makes the printed circuit.
Inscriber step that makes the processor.
The pack gives you other routes to the same processor. The Crystal Assembler recipe is changed. The Circuit Cutter makes the printed circuit from a Charged Redstone Crystal Block, also changed by the pack. A Modern Industrialization assembler recipe added by the pack makes the processor too.[10]
Storage cores, tier by tier
Storage components climb through 1k, 4k, 16k, 64k, 256k, 1M, 4M, 16M, 64M and 256M. You start with the 1k ME Energy Storage Component. Every tier after that is built from the core of the tier below it, so you climb one step at a time.[3][10]
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 tier.
Crafting Shaped
| any certu quartz dusts | any certu quartz dusts | |
| any certu quartz dusts | any certu quartz dusts |
Recipe id: appflux:4k_core
Each later tier uses the previous core.
Crafting Shaped
| any ender pearl dust | any ender pearl dust | |
| any ender pearl dust | any ender pearl dust |
Recipe id: appflux:1m_core
The 1M and higher recipes use a different processor from the lower tiers.
Cells
The ME FE Cell Housing needs Insulating Resin, which stops stored energy from leaking. You can smelt or blast the Insulating Resin into Harden Insulating Resin.[8][10]
Crafting Shaped
| any redstone dust | ||
| any redstone dust | Empty slot | any redstone dust |
| any insulating resin ingot | any insulating resin ingot | any insulating resin ingot |
Recipe id: appflux:fe_housing
The housing recipe.
Each cell tier can be made in a shaped recipe straight from the core, or by combining the core with a finished housing.[10]
Crafting Shaped
| any redstone dust | ||
| any redstone dust | any redstone dust | |
| any insulating resin ingot | any insulating resin ingot | any insulating resin ingot |
Recipe id: appflux:1k_fe_cell
Shaped version, shown for the first tier.
Shapeless version with a housing.
The mod's guide lists a default of 1,048,576 FE per byte, which the Appflux config can change. At that default, cell capacities run from 1,073,741,824 FE up to 281,474,976,710,656 FE.[3]
Portable cells
Portable FE cells are a quarter of the size of normal FE cells. You can install an Induction Card in them and they will automatically charge the items in your inventory. Low tiers use an AE2 Energy Cell in the recipe and high tiers use a Dense Energy Cell.[10][14]
Low tier portable cell.
High tier portable cell.
Getting the power out
The Flux Accessor can input and output energy stored in your ME network. By default it has no I/O limits, and that can be changed in the Appflux config. It has a fast mode and a normal mode. Fast mode outputs energy every tick and may cause lag if heavily used.[4]
Crafting Shaped
| any glowstone dust | any glowstone dust | |
| any copper ingot | any copper ingot | |
| any glowstone dust | any glowstone dust |
Recipe id: appflux:flux_accessor
The Flux Accessor block.
The Induction Card turns some AE2 parts into something that can input and output energy.[15]
The Induction Card recipe.
How does Applied Flux work with other mods?
4 parts
Applied Flux is built on top of AE2, and in this pack it also reaches into ExtendedAE, Advanced AE, Modern Industrialization and a Create-based chain that makes Evolutionary Matter. Here is where those links show up in the recipes and quests.[10]
AE2: the foundation
Nearly everything in Applied Flux is made from AE2 parts. The energy storage components start with an Logic Processor at the 1k tier, and every tier from 1M up uses an Engineering Processor. The finished FE cells also need Quartz Glass.[10]
Portable FE cells pair an ME Chest with an AE2 energy cell. The 1k to 256k portable cells use the Energy Cell, and the 1M to 256M ones use the Dense Energy Cell. Each portable cell also has a disassembly recipe that takes it apart again.[10]
The Flux Accessor is built around AE2's Energy Acceptor. The Induction Card is a shapeless craft of the accessor with an Basic Card.[10]
The ae2 quest chapter has a quest, "Applied Flux" quest, that asks you to hand in an FE storage cell of any size, the Flux Accessor and the Induction Card.[6]
Energy Processor and other machines
The Energy Processor is a key crafting material, and the pack lets several machines from different mods make it. The first is the normal AE2 inscriber recipe.[10][11]
The pack changed the ExtendedAE crystal assembler version of this recipe.[10]
Crystal Assembler (extendedae)
4× Printed Silicon
4× Printed Energy Circuit
- 4× any redstone dust
Recipe id: extendedae:assembler/energy_processor
The pack also added a Modern Industrialization assembler recipe, which uses Molten Redstone as its fluid input.[10]
Assembler (modern_industrialization)
Recipe id: ftb:modern_industrialization/assembler/appflux/energy_processor
Redstone Crystal via Advanced AE
The Redstone Crystal, which you need for the first storage component, is made in an Advanced AE reaction recipe that the pack has changed.[9][10]
Charged Redstone in Evolutionary Matter
The Charged Redstone Crystal also leaves Applied Flux's own recipes. The pack added a Create sequenced assembly recipe for Evolutionary Matter that uses it. The same recipe pulls in items from several other mods: the predictions Generalized Overworld Prediction, Generalized Nether Prediction and Generalized Ender Prediction, plus Living Flesh, Nitro Crystal and Portal Fluid Source.[10]
Sequenced Assembly (create)
Charged Redstone Crystal
7× Incomplete Evolutionary Matter
Generalized Ender Prediction
Generalized Nether Prediction
Generalized Overworld Prediction
100× Portal Fluid Source
Living Flesh
Nitro Crystal
Recipe id: ftb:create/sequenced_assembly/evolutionary_matter
Which FTB Skies 2 quests use Applied Flux?
2 parts
In the quest data for this pack, Applied Flux appears in the "ae2" chapter. The quest has no title in the quest book, so look for it by its place in the chapter: it is "Applied Flux" quest.[6]
What the quest asks for
The quest has a list of tasks. One accepts any FE storage cell, from the smallest tier to the largest. The rest ask for a specific item each.[6]
- Any one FE cell: 1k ME FE Storage Cell, 4k ME FE Storage Cell, 16k ME FE Storage Cell, 64k ME FE Storage Cell, 256k ME FE Storage Cell, 1M ME FE Storage Cell, 4M ME FE Storage Cell, 16M ME FE Storage Cell, 64M ME FE Storage Cell or 256M ME FE Storage Cell. You don't need a big one, so the smallest cell does the job.[6]
- The Flux Accessor.[6]
- The Induction Card.[6]
Where it fits in the order
This quest comes after quest "The Reaction Chamber" quest in the same chapter, so finish that one first.[6]
Which Applied Flux config options matter?
3 parts
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.[13]
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.[13]
- 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.[13]
Switch that is on
- third_party_support.enable_mi is set to true. This turns on the MI-EU support.[13]
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.[13]
- 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.[13]
- 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.[13]
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.
What changed in Applied Flux between versions?
Applied Flux has a short history in this pack, and the sources only cover a couple of points in it.[2][17]
- Applied Flux 1.21-2.1.4-neoforge was the first release of the mod for Minecraft 1.21.1.[17]
- FTB Skies 2 1.22.0 ships Applied Flux 1.21-2.1.5-neoforge, so the pack is one version ahead of that first 1.21.1 release.[2][17]
- The mod has been in the pack for a long time. It was first included in FTB Skies 2 1.0.1 or earlier.[2]
Unverified What changed between Applied Flux 2.1.4 and 2.1.5 is not confirmed, and no pack changelog entries for this mod were available, so there is nothing to say about pack-specific changes to it across releases.
Sources
- Applied Flux project page (modrinth) · official mod data
- FTB Skies 2 1.22.0 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 1.22.0 quests: "ae2" · pack file
- In-game guide: Store energy in cells! (appflux) · official docs
- In-game guide: Insulating Resin (appflux) · official docs
- In-game guide: Redstone Crystal (appflux) · official docs
- FTB Skies 2 1.22.0 recipe dump: recipes making Applied Flux items · pack recipe dump
- In-game guide: Energy Processor (appflux) · official docs
- appflux tooltips and descriptions (English lang file) · official mod data
- FTB Skies 2 1.22.0 config: config/appflux-common.toml · pack file
- 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
- Applied Flux 1.21-2.1.4-neoforge changelog · changelog
Where this guide comes from
Written from what FTB Skies 2 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 13, 2026.
Report wrong info
Version in each release
44 releases, first in 1.0.1
| FTB Skies 2 | Version | Jar | Where it came from |
|---|---|---|---|
| 1.24.0 Oct 12, 2026 | 1.21-2.1.6-neoforge | AppliedFlux-1.21-2.1.6-neoforge.jar | From the published release |
| 1.23.0 Sep 24, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.22.0 Sep 3, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.21.1 Jul 29, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.20.1 Jul 29, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.20.0 Jul 27, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.19.0 Jul 24, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.18.2 Jun 21, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.18.1 Jun 16, 2026 | 1.21-2.1.5-neoforge | AppliedFlux-1.21-2.1.5-neoforge.jar | From the published release |
| 1.18.0 May 31, 2026 | 1.21-2.1.4-neoforge | AppliedFlux-1.21-2.1.4-neoforge.jar | From the published release |
| 1.17.0 May 27, 2026 | 1.21-2.1.4-neoforge | AppliedFlux-1.21-2.1.4-neoforge.jar | From the published release |
| 1.16.0 May 13, 2026 | 1.21-2.1.4-neoforge | AppliedFlux-1.21-2.1.4-neoforge.jar | From the published release |
| 1.15.0 May 1, 2026 | 1.21-2.1.4-neoforge | AppliedFlux-1.21-2.1.4-neoforge.jar | From the published release |
| 1.14.3 Apr 1, 2026 | 1.21-2.1.4-neoforge | AppliedFlux-1.21-2.1.4-neoforge.jar | From the published release |
| 1.14.2 Apr 1, 2026 | 1.21-2.1.4-neoforge | AppliedFlux-1.21-2.1.4-neoforge.jar | From the published release |
| 1.14.1 Mar 27, 2026 | 1.21-2.1.4-neoforge | AppliedFlux-1.21-2.1.4-neoforge.jar | From the published release |
| 1.14.0 Mar 21, 2026 | 1.21-2.1.4-neoforge | AppliedFlux-1.21-2.1.4-neoforge.jar | From the published release |
| 1.13.4 Feb 27, 2026 | 1.21-2.1.4-neoforge | AppliedFlux-1.21-2.1.4-neoforge.jar | From the published release |
| 1.13.3 Feb 19, 2026 | 1.21-2.1.4-neoforge | AppliedFlux-1.21-2.1.4-neoforge.jar | From the published release |
| 1.13.2 Feb 17, 2026 | 1.21-2.1.4-neoforge | AppliedFlux-1.21-2.1.4-neoforge.jar | From the published release |
| 1.13.1 Feb 13, 2026 | 1.21-2.1.4-neoforge | AppliedFlux-1.21-2.1.4-neoforge.jar | From the published release |
| 1.13.0 Feb 12, 2026 | 1.21-2.1.4-neoforge | AppliedFlux-1.21-2.1.4-neoforge.jar | From the published release |
| 1.12.0 Jan 6, 2026 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.11.0 Dec 10, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.10.2 Nov 24, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.10.1 Nov 20, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.9.2 Oct 7, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.9.1 Sep 29, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.9.0 Sep 22, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.8.0 Aug 27, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.7.0 Aug 23, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.6.1 Aug 8, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.6.0 Aug 6, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.5.2 Jul 24, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.5.1 Jul 23, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.5.0 Jul 22, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.4.1 Jul 15, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.4.0 Jul 15, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.3.1 Jul 9, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.3.0 Jul 8, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.2.0 Jul 6, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.1.1 Jul 2, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.1.0 Jul 1, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-neoforge.jar | From the published release |
| 1.0.1 Jul 1, 2025 | 1.21-2.1.3-neoforge | AppliedFlux-1.21-2.1.3-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 1.24.0 recipe dump.
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
Redstone Crystal
FTB Skies 2 quests (1)
Quests from the pack's FTB Quests book that ask for this mod's items.
Applied Energistics 2 (1)
- Applied Flux
Config options (how FTB Skies 2 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 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 mods work with Applied Flux?
The FTB Skies 2 mods that share the most recipes with Applied Flux. Highlighted ones have a guide.
Comments and tips
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