THE END OF OIL BASES IN PALWORLD 1.0: How the High Pressure Extractor & Power Grid Math Redefined Base Engineering
DELETE YOUR OIL BASES NOW! 🛢️🔥 The Biggest Base Building Myth in Palworld 1.0 Just Got Busted…
Hardcore players are completely tearing down their oil bases after discovering a game-changing technology upgrade: the High Pressure Crude Oil Extractor! You no longer need Crude Oil nodes to farm infinite oil—you can literally build 70+ extractors anywhere on the map! But there’s a catch: pairing them with the wrong generator will instantly cause a catastrophic power grid collapse…
Is this Pocketpair’s best quality-of-life upgrade, or did it break base progression forever? The new power grid meta tested 👇🔥
For months, the endgame macro-economy of Palworld was dominated by a single geographic constraint: Crude Oil nodes. Guilds and solo players alike were forced to sacrifice valuable base slots on desolate, node-dense locations like the Sakurajima or Scorch Ashland deserts simply to feed the immense oil requirements for Polymer, Circuit Boards, and high-tier ammunition. However, with the full release of Palworld 1.0, that meta has been permanently dismantled.
Detailed technical testing conducted by prominent base analyst The Pal Professor reveals that the new High Pressure Crude Oil Extractor completely removes node reliance, allowing players to generate Crude Oil in any base location across the world map. But while geographic freedom has been achieved, it has introduced a complex new engineering hurdle: power grid management.
High Pressure vs. Standard Extractor: Breaking Down the Upgrades
To understand why players are mass-dismantling legacy oil outposts, one must compare the functional mechanics of both extraction technologies:
Location Independence: Standard Crude Oil Extractors require direct placement over visible Crude Oil nodes on the map. In contrast, the High Pressure Crude Oil Extractor can be constructed on any flat terrain inside any Base Sphere across the Palpagos Islands.
Extraction Speed & Yields: Benchmarks confirm that both extractors operate at the exact same baseline production speed. Neither machine holds an inherent yield advantage over the other.
Research Station Scaling: Production rates for both extractors scale identically when boosted by upgrades in the Research Station (specifically nodes within the Mining research tree for extraction speed and the Electric research tree for power efficiency).
Because the High Pressure Extractor yields identical output without locking players to specific geographic biomes, legacy “Oil Base” outposts have become functionally obsolete.
Power Grid Mathematics: Large Power Generator vs. Ancient Power Generator
While High Pressure Extractors solve geographic constraints, their power consumption introduces severe grid stability challenges. Base builders attempting to deploy multiple units must carefully match generator output with extractor wattage draw.
Large Power Generator (3x Speed Factor) + Level 10 Generating Electricity Pal:
--> Maximum Capacity: ~5 to 6 Extractors
--> Failure Threshold: Adding a 7th extractor causes immediate grid drain and shut down.
Ancient Power Generator + Smorux (Dual Electricity/Watering Pal):
--> Maximum Capacity: ~38 to 40 Extractors
--> Failure Threshold: Power drops when Smorux pauses generation to cool down extractors.
Ancient Power Generator + Dedicated Electricity Pal + Dedicated Water Pal:
--> Maximum Capacity: 70+ Extractors (Hyper-Scale)
--> Result: Infinite grid growth with zero thermal interruptions.
As demonstrated in stress tests, the Large Power Generator (unlocked earlier in the Technology Tree) quickly bottoms out when driving more than six extractors simultaneously. Even when powered by a maxed-out Electricity Pal on normal work mode, adding a 7th extractor drains battery capacity down to zero, causing all machinery to stall.
Upgrading to the Ancient Power Generator is mandatory for large-scale operations. Driven by high-tier electricity generation, the Ancient Power Generator easily maintains dozens of extractors simultaneously.
The Dual-Tasking Dilemma: Smorux AI & Thermal Overheating
A critical takeaway from The Pal Professor‘s benchmarks involves Pal work AI during heavy extractor operations.
When utilizing dual-work Pals like Smorux—which possesses both Generating Electricity and Watering work suitabilities—the Pal naturally alternates between charging the power generator and watering/cooling down the High Pressure Extractors to prevent thermal shutdowns.
While a single maxed-out Smorux can successfully run up to 40 extractors, its dual-tasking behavior introduces grid volatility. Whenever Smorux steps away from the generator to perform cooling actions, power capacity drops momentarily.
To achieve smooth 70+ extractor “Hyper-Bases,” players must separate these responsibilities:
Assign 1 Dedicated Electricity Pal (e.g., Orserk or maxed Worksuitability electric units) strictly to the Ancient Power Generator.
Assign 1 Dedicated Water Pal strictly to machine cooling duty.
This separation prevents power fluctuations, allowing the Ancient Power Generator’s storage reserves to climb continuously even under heavy load.
Research Station Synergies & The Future of Base Logistics
To maximize oil extraction without overburdening base Pal slots, players are heavily leveraging Research Station passive upgrades:
Electric Research Tree: Unlocks higher battery storage thresholds and accelerates generator charging speeds.
Mining Research Tree: Directly boosts crude oil extraction speed per cycle.
Expedition & Utility Trees: Provides passive resource generation to supplement base crafting pipelines.
The arrival of the High Pressure Crude Oil Extractor marks a massive quality-of-life win for Palworld 1.0. By shifting the challenge from “finding the right node” to “engineering the right power grid,” Pocketpair has given players complete freedom over base placement—paving the way for cleaner, more efficient, and infinitely scalable industrial fortresses.
