AE2 Lightning Tech Reborn

Quick rating

Community listing page, reviews here may not be monitored by the author.

How listings work Are you the author?

AE2 Lightning Tech Reborn

By YANG120A

No reviews yet

AE2 Lightning Tech is an Applied Energistics 2 addon that turns lightning into a storable ME resource, adds Overload Crystal progression, lightning-powered machines, and high-throughput Overloaded ME network infrastructure.

Mod Loaders
Minecraft
Hosting Partner

Want to reach Minecraft players?

We're looking for a server hosting partner to feature here and other parts of the site. Interested? Send us a message!

Get in touch

About

Description

AE2 Lightning Tech

Header Image AE2 Lightning Tech is an addon for Applied Energistics 2 that turns lightning into a real part of your automation chain. It adds Lightning as a ME-storable resource, builds a material progression around Overload Crystals, and expands AE2 with advanced machines and high-throughput Overloaded network infrastructure.

Features

Lightning System

Collect natural strikes, generate artificial lightning, and store Lightning energy inside your ME network. Lightning works as a dedicated resource used by machines, recipes, and later progression.

Overload Materials

Progress through a new material chain based on Overload Crystals, lightning transformation, crystal growth, advanced alloys, processors, and other key components used across the mod.

Processing Machines

Build a lightning-powered production line with machines for transformation, assembly, crystal catalysis, weather control, and high-throughput parallel processing.

Overloaded ME Network

Upgrade your AE2 infrastructure with Overloaded network components designed for much higher channel capacity, larger pattern workflows, wireless routing, and remote machine connections.

Dependencies

  • Required: Applied Energistics 2

Feedback

Bug reports and suggestions are welcome on the project issue tracker. Please include your Minecraft, NeoForge, AE2, and AE2 Lightning Tech versions when reporting problems.

Special thanks to the Applied Energistics 2 team.