High-quality Hydro Cooling Mining Farm | Paraguay

BITMAIN
BITMAIN
Verified Source
2026-02-24 2 min read
**Key Insight:** The Paraguayan mining farm, boasting a 300MW capacity and utilizing the ANTSPACE HW5 hydro-cooling system, offers significant operational benefits over traditional split-type systems.

🎥 High-quality Hydro Cooling Mining Farm | Paraguay:
https://lnkd.in/gz3ApeVx
🌍 Exclusive tour of mining site in "South America’s Heart"!

🏭 Key Stats
⚡ 300MW capacity (40k+ S21 series miners)
❄️ 236x ANTSPACE HW5 hydro-cooling systems
📍 35°C summers, 76% humidity (tropical-proof design)

💡 HW5 Advantages
📦 40% space saved vs split-type systems
🏗️ 75% less on-site work (prefab parts)
📊 98.5% average uptime

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For mining farm construction planning, design, and related services, please contact
mfspec@bitmain.com
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#Bitmain #ANTMINER #ANTSPACE #ANTSPACEHW5 #ParaguayMining

GasGx Editorial Insight
**Key Insight:** The Paraguayan mining farm, boasting a 300MW capacity and utilizing the ANTSPACE HW5 hydro-cooling system, offers significant operational benefits over traditional split-type systems.

[Body Paragraph 1: Analysis of the market/tech situation]
The mining farm in Paraguay is a prime example of how advanced cooling technologies can significantly enhance mining operations. With a 300MW capacity and utilizing the ANTSPACE HW5 hydro-cooling system, this mining site not only meets the high demands of modern mining but also demonstrates the potential for further expansion. The use of hydro-cooling systems, such as the HW5 model, offers several advantages over traditional split-type systems. For instance, it saves up to 40% of space compared to split-type systems, reduces on-site work by 75%, and achieves an average uptime of 98.5%. These factors make the HW5 system a compelling choice for mining farms operating in hot, humid environments like Paraguay's.

[Body Paragraph 2: The specific operational implication]
The adoption of the ANTSPACE HW5 hydro-cooling system in the mining farm in Paraguay has significant implications for both the mining industry and the broader cryptocurrency mining economy. By reducing on-site workload and increasing uptime, the mining farm is able to operate more efficiently, leading to increased profits and reduced costs. Additionally, the adoption of hydro-cooling systems in mining farms can serve as a benchmark for other mining operations looking to optimize their energy consumption and reduce environmental impact.

[GasGx Take:]
To address the challenges faced by mining farms in Paraguay, GasGx offers a range of solutions that can help operators optimize their operations while minimizing costs. Our LCOE Calculator can be used to accurately forecast the levelized cost of energy for various mining scenarios, allowing operators to make informed decisions about equipment selection and maintenance. Additionally, our Smart Monitoring System can provide predictive alerts for equipment failures or maintenance needs, ensuring that mining farms remain operational at peak efficiency. Finally, our data integrity reporting features can help operators track compliance with regulations and ensure that they are meeting all necessary standards.

[Recommended SEO Tags:]
"Paraguay Mining Farm", "HW5 Hydro-Cooling Systems", "Bitmain", "ANTSPACE", "Mining Technology", "Energy Consumption", "Levelized Cost of Energy", "Predictive Maintenance", "Data Integrity Reporting"
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