Alphacool ES Chiller 700 Launches at $876 for 700W Cooling

High-performance workstation and server builds often struggle to maintain stable temperatures under sustained load. The Alphacool ES Chiller 700 addresses this thermal bottleneck by introducing dedicated compressor-based liquid cooling to these demanding environments. This shift allows system integrators to push hardware beyond standard air or passive liquid cooling limits. Buyers requiring extreme thermal stability will find this unit relevant for their specific infrastructure needs.

Compressor chiller brings 700W cooling to professional builds

The ES Chiller 700 functions as a standalone compressor chiller designed for integration into custom liquid cooling loops. It targets professional workstations and server racks where thermal management is critical for performance consistency. The unit operates on standard 220V AC power, making it suitable for regions with compatible electrical infrastructure. Its design prioritizes precise temperature regulation over general-purpose consumer cooling.

Specifications

• Cooling Capacity: 700W
• Temperature Precision: 0.3°C
• Water Tank: 2L
• Pump Head: 10m
• Max Flow Rate: 10 L/min

Alphacool specifies a cooling capacity of 700W for the ES Chiller 700. The system maintains temperature control precision within 0.3°C to ensure stable operating conditions. A 2L internal water tank supports the cooling cycle, paired with a pump capable of a 10m head. The maximum flow rate reaches 10 L/min, and the device connects via standard G1/4" threaded ports. It carries an IP44 protection rating and recommends an operating temperature range of 5 to 40°C.

The official price for the ES Chiller 700 is 749.99 EUR (around $876). This pricing positions the unit as a specialized component for professional cooling setups rather than mainstream consumer builds. The device is currently available through Alphacool's official channels in the European market. System builders should account for the 220V power requirement and physical space needed for the compressor unit during integration.