C.E.L.L.S. — Infinite Storage Cells for AE2
For veteran engineers managing sprawling industrial complexes in Minecraft, the standard storage limits of Applied Energistics 2 often become a bottleneck. When your network begins to choke on billions of items or struggles to manage complex fluid dynamics, you need a solution that transcends conventional byte limitations. C.E.L.L.S. — Infinite Storage Cells for AE2 arrives as a transformative add-on designed to redefine how players interact with digital storage. This mod does not merely increase capacity; it introduces an entirely new paradigm of item management, featuring hyper-dense storage matrices, automated compression logic, and granular control over import and export operations. Whether you are running a massive multi-mod pack or a dedicated factory server, this tool provides the scalability required to handle quintillions of resources without compromising system stability.
Redefining Storage Capacity with Hyper-Density Technology
The cornerstone of this modification is the introduction of Hyper-Density Storage Cells. In the vanilla experience, storage components hit a hard ceiling based on available bytes, often leading to fragmented networks or the need for excessive disk drives. C.E.L.L.S. shatters these constraints by utilizing long integer counters, allowing individual cells to hold staggering quantities of items—reaching up to quintillions. This architectural shift means you can store nine quintillion cobblestone blocks in a single cell without risking data overflow or counter resets.
Crucially, this massive expansion in item count does not proportionally increase the NBT (Named Binary Tag) load on your world save. Traditional methods of storing vast amounts of unique items can bloat file sizes, but these specialized cells maintain minimal data footprints regardless of capacity. The mod also extends this philosophy to liquids with Hyper-Density Fluid Cells, ensuring that your chemical processing plants never run dry due to storage limitations. For players looking to download C.E.L.L.S. — Infinite Storage Cells for AE2, understanding this efficiency is key to building lag-free mega-bases.
Automated Resource Management via Compacting Cells
Beyond raw capacity, efficient space utilization is critical for any serious automation setup. The Compacting Cells feature brings the functionality of Storage Drawers directly into your ME network. These intelligent units automatically convert items between their various compression states. If you insert an iron ingot, the cell will accept iron nuggets or iron blocks, instantly converting them to the stored format. This eliminates the need for separate autocrafting setups just to normalize item forms.
The depth of this compression is highly configurable. By installing Compression and Decompression upgrade cards, players can extend the conversion chain up to fifteen distinct levels. Furthermore, the inclusion of the Oredict Card ensures seamless compatibility across different mods. Whether your iron comes from Thermal Expansion, IndustrialCraft 2, or Vanilla Minecraft, the system recognizes them as identical resources, merging them into a single storage pool. This feature is indispensable for modpacks where recipe outputs vary slightly between sources.
Customizable Architectures and Configurable Components
For architects who demand total control over their network topology, the Configurable Storage Cells offer unparalleled flexibility. Unlike pre-defined disks, these units allow you to insert any standard storage component, such as a 64k ME Storage Component, effectively inheriting its properties. The system employs an equal distribution algorithm that divides available bytes evenly among all permitted item types, reserving fifty percent of the volume for internal metadata to prevent corruption.
Advanced users can further tailor these behaviors through configuration files. By editing the configurable_components.cfg file, you can register custom storage components from other mods or ContentTweaker scripts, creating bespoke storage solutions tailored to specific project needs. It is important to note that swapping components within a populated cell is only permitted if the new component offers sufficient capacity for the existing data, safeguarding against accidental data loss.
Precision Control with Specialized Interfaces
Managing the flow of resources in and out of a massive network requires more than basic buses. C.E.L.L.S. introduces dedicated Import and Export Interfaces capable of handling items, fluids, gases, and even Thaumcraft essentia. These interfaces function as advanced filters with adjustable slot counts and polling intervals. For instance, an Import Interface can be configured to pull specific drops from a mob farm while ignoring unwanted byproducts, keeping your main network pristine.
A standout feature for magic-focused players is the Pull Card, designed specifically for Thaumcraft integration. Since the Thaumcraft transport system operates on a pull-based logic, standard export buses often fail to retrieve essentia effectively. The Pull Card overrides this limitation, actively drawing aspects from adjacent jars into your digital storage. When learning how to install and configure these interfaces, paying attention to the directionality and card slots is essential for optimal throughput.
Advanced Upgrades and Safety Mechanisms
The true power of C.E.L.L.S. — Infinite Storage Cells for AE2 for Minecraft lies in its robust upgrade system. A variety of cards allows you to fine-tune cell behavior to match your automation goals:
- Void Overflow Card: Automatically deletes excess items once a cell reaches capacity, perfect for infinite resource generators like cobblestone or water.
- Trash Unselected Card: Discards items that do not match the filter criteria on an Import Interface, preventing junk from clogging your input buffers.
- Push and Pull Cards: Enable active transfer of contents to and from neighboring inventories with customizable speed and batch sizes.
- Equal Distribution Card: Enforces strict limits on the number of item types per cell, ensuring balanced byte usage across categories ranging from 1x to 63x.
Navigating NBT Limits and Chunk Stability
While the mod offers near-infinite storage, it operates within the fundamental constraints of the Minecraft engine. The game imposes a roughly 2MB limit on packet data per chunk. If the cumulative NBT data from machines and containers in a single chunk exceeds this threshold, it can lead to "chunk banning," where the server fails to load the area and disconnects nearby players. Additionally, the AE2 network itself may sever connections if the total NBT payload surpasses protocol limits.
To mitigate these risks, the mod includes diagnostic tools. Players can enable tooltips that display estimated NBT sizes, providing early warnings before dangerous thresholds are reached. Best practices involve distributing NBT-heavy items across multiple networks and chunks rather than concentrating them in a single location. The mod also provides debug commands such as /fillcell, which populates a held cell with specified quantities (supporting suffixes like k, m, b, t, q), and /inspectslots, which simulates item insertion to test filter logic without committing changes.
Compatibility and Installation Overview
This enhancement is primarily built for the Minecraft 1.12.2 version using the Forge loader, a stable platform known for its extensive mod ecosystem. Recent updates have added multiple file variants to ensure compatibility with different sub-versions of the game and dependent libraries like AE2-UEL. Installing the mod is straightforward for those familiar with mod loaders; simply place the jar file into your mods folder alongside Applied Energistics 2. For users seeking a streamlined experience, modern launchers can automatically resolve dependencies and fetch the correct versions, allowing you to focus on building rather than troubleshooting.
In conclusion, C.E.L.L.S. transforms the Applied Energistics 2 system from a capable storage solution into an industrial-grade powerhouse. By combining quintillion-scale capacity, intelligent auto-compression, and precise flow control, it addresses the most pressing limitations faced by late-game engineers. With careful attention to NBT management and strategic use of its diverse upgrade cards, your ME network will evolve into an unshakeable fortress of order, ready to support projects of any magnitude.