Stackable Farm

This blueprint is primarily designed for large-scale farming operations. Each storage unit can process a maximum crop throughput of 1,200/min. The setup supports up to two storage units, reaching a maximum processing speed of 2,400/min. Theoretically, this can sustain the simultaneous output of up to 120 farms (depending on fertilizer usage and other factors affecting crop yield). However, I haven't personally tested a farm of such massive scale.

• 1-1.Stackable Farm - Parallel Piping
  • Stackable farm setup with water input and product output flowing in the same direction.
• 1-2.Stackable Farm - Counter-Flow Piping
  • Stackable farm setup with water input and product output flowing in opposite directions.
• 2-1.Lateral Product Transport Module - Parallel
  • Horizontal transport line designed to be placed at the end of the Parallel farm.
• 2-2.Lateral Product Transport Module - Counter-Flow
  • Horizontal transport line designed to be placed at the end of the Counter-Flow farm.
• 3.Auto-Sorting Storage Hub
  • Automated sorting warehouse designed to be placed at the end of the farm.
• 4.Overflow-to-Hydrogen Converter
  • Connects to the storage system to convert excess products into hydrogen.
    can handle the output of a maximum of 10 farms (approximately 450/MIN). Therefore, the demand and production volume should not differ too much.

Update V3 : add Lateral Product Transport Module - Counter-Flow

Update V5 : fix Hydrogen Overflow problem

Update V6 : Optimized the central water pipe distribution and increased the maximum water transport capacity from 3 to 4 pipelines, allowing it to support longer farms.

Update V7 : Optimized Hydrogen Overflow and Hydrogen Storage

Update V8: Added a storage alert for Canola.

Canola cannot be turned into compost, so remember to reduce your crop cultivation if your Canola storage is full.

Update V9: Optimized certain pipelines (fixed an issue where some pipelines could still connect properly without the No-Pillar)