Energy Systems & Green
Technology
Thermal Management for Energy Systems
Efficient by Design, Sustainable by Nature
ARA's cooling systems aren't just limited to AI workloads, they can be adapted readily to cool energy systems and green technology, from power electronics to renewable infrastructure, helping ensure continuous power availability.
Key Challenges
Solar and wind power conversion systems rely on sensitive electronics. Cooling infrastructure must keep power conversion systems running cool and at their peak efficiency.
The design lifespan of energy systems are measured in decades. Therefore, their supporting cooling infrastructure needs to be designed to run at peak thermal capacity for a long time.
Just like data centers, energy systems see cyclical loads instead of a constant load throughout the day. Fast EV charging requires high charging power, which generates extreme transient heat spikes, making integrated liquid cooling essential.
Changing seasons and extreme, shifting climates — from desert heat to arctic cold — make consistent thermal performance hard to guarantee.
How ARA Helps Energy Systems
ARA’s cooling systems are designed and built with industrial-grade materials and methods, ensuring long-term reliability in outdoor installation and variable climate conditions.
Our cooling systems are custom designed and tailored to specific application requirements. This means that the cooling systems we design for AI data centers aren’t the same as the ones cooling your power systems, ensuring full coverage and reliability.
ARA’s cooling technology maintains stable temperatures, even during peak or transient thermal loads. Two-phase cooling systems also targets heat precisely where it peaks, responding instantly so your equipment’s performance stays consistent during heat spikes.
Your systems have to operate in all climates and all seasons, from deserts to tundras and summer to winter. ARA cooling systems ensure reliability in variable environmental conditions.
Our Recommended Solutions
Battery Storage
Immersion Cooling:
Battery Energy Storage Systems
(BESS) Cooling
Our immersion cooling systems maintain stable temperatures across all cells to reduce wear and stress.
Charging Network
Integrated Liquid
Cooling: EV fast
charging Infastructure
Our custom integrated liquid cooling solutions with custom flow-paths and enhanced heat sinks manage thermal spikes during charging.
Inverter Station
Phase Change
Material (PCM)-
Integrated Cooling Solutions
Our special, custom Phase Change Material (PCM)- integrated systems act as thermal buffers to smooth out peak thermal loads, reduce energy use, and shrink equipment size.
