Aspen works directly with our customers to develop custom solutions which are affordable, efficient, and compact. Examples of some of the systems and subsystems Aspen has developed for our customers are included in the gallery below. The solutions are organized by the type of technology used (air cooling, liquid cooling, or direct expansion).
Contact us for more details on any of these solutions.
High capacity cooling system enables reliable use of mobile military electronics
High capacity air-cooling system used to chill 650 W of heat generated within a radome
2000 W version of the ECU-Chill, which uses two miniature Aspen compressors in parallel.
Aerostat Air Conditioner System
Rugged cooling system (550 W) developed to cool a custom surveillance camera application
Patient Thermal Management System
Over 1 hour thermal treatment on a single battery
Aspen wine chiller keeps beverages cool and ready for dispensing
Personal Cooling Systems
Portable cooling units with up to 300 W of cooling provided
Military Liquid Chiller Unit
Rugged liquid chiller which pumps circulated coolant to an external coldplate for >350 W of cooling and 200 W of heating
Miniature chiller to keep a keg of beer cool throughout the day
Race Car Driver Chiller
On-board cooling system to keep a driver cool and focused in the hottest climates
Medical Laser Chiller
Chiller system for a laser for a medical application
Rugged Liquid Chiller Unit
Ruggedized chiller unit used for cooling electronics in extreme environments
Direct Expansion (DX)
DX Laser Cold Plate
Precise thermal regulation (+/- 0.4°C)
Compactly integrated into the customer’s chassis
High Heat Flux DX Subsystem
DX system provides uniform temperature and high heat flux (40 W/in²) at cold temperatures (0°C)
Photonics Mast Cooling Unit
Over 200 W of cooling; dissipates heat to either the air or to the sea water.
DX Heat Pipe Laser Cooling Subsystem
>300 W of cooling with thermal uniformity across the surface of the coldplate
Laboratory Cold Plate
Precisely chills or maintains the temperatures of chemicals on the lab bench during experiments.
Battery Cold Plate
Direct expansion cold plate uses two Aspen compressors to remove over 500 W of heat, while cooling to 10°C
Multiple Cold Plate System
Six serial cold plates which provide over 600 W of cooling to a phased array antenna in extreme ambient conditions
Cell Processing Cold Plate
Direct expansion cold plate used in laboratory applications for cell processing at cold temperatures (3°C)