Brief: Découvrez la technologie révolutionnaire de rénovation des mineurs refroidis par liquide Ore Box, conçue pour une exploitation minière économe en énergie et sans bruit. Cette technologie de refroidissement par liquide par immersion garantit des opérations minières stables tout en réduisant l’impact environnemental. Découvrez comment il transforme l'exploitation minière traditionnelle refroidie par air en une solution durable et rentable.
Related Product Features:
Immersion liquid cooling technology transfers heat from mining machines to oil, maintaining low temperatures.
Supports various miner models including Ant S19, S17, S9, and Shenma M21s.
Includes heat exchanger components, temperature controllers, and multiple interfaces for easy setup.
Compatible with Great Wall No. 10 or No. 25 transformer oil, or Dow Corning DC dimethyl silicone oil.
External water source options include well water, river water, or cooling tower circulating water.
Optimal flow rate of 3l/min ensures stable temperatures around 38°C for efficient cooling.
Custom thermal conductive silicone grease enhances overclocking performance and longevity.
Waste heat utilization connects to building heating systems, adding value and improving efficiency.
Faqs:
What types of mining machines are compatible with this liquid cooling technology?
The technology supports various models including Ant S19, S17, S17+, T17, S15, S11, S9, and Shenma M21s, among others.
How does the liquid cooling system improve mining efficiency?
The system transfers heat from the mining machines to cooling oil, maintaining low temperatures and reducing noise, while also enabling waste heat utilization for added value.
What are the external water source options for the cooling system?
You can use well water, river water, or a cooling tower circulating water system, depending on the availability at your site.
What is the recommended flow rate for optimal cooling performance?
A flow rate of 3l/min is recommended, as it maintains the most stable temperature of around 38°C for efficient cooling.