Solutions
Mastering the Flux of Critical Infrastructure.
High-performance integrated solutions designed to master the complexity of modern mission-critical infrastructure
Our Solutions
Mastering Every Variable
The industry’s only complete simulation of liquid-cooled server environments, combining electrical, thermal, and hydraulic load emulation in a single platform.
Infrastructure doesn’t live on a spec sheet; it lives in the field. FluxTec was born to meet the demands of the real world, identifying hidden problems others miss and delivering complete solutions that perform under the most rigorous conditions. We build for the unpredictable variables of hyperscale operations. When the environment shifts, our solutions hold the line, maintaining equilibrium where other models often fail.
FluxTec Liquid
Liquid Load Banks
The industry’s only solution that simultaneously manages power and thermal dynamics to ensure total system performance.
FluxTec AIR
Integrated Testing Systems
A comprehensive suite of high-performance solutions built to handle mission-critical infrastructure at hyperscale. Coming soon.
Coming Soon
FluxTec Power
Power Solutions
Purpose-built power solutions engineered for the rigorous demands of hyperscale and mission-critical environments. Coming soon.
Coming Soon
The Only Solution Built for the Job.
We prioritize the done-right standard, building high-fidelity solutions that account for the full environment.
Have a question?
Frequently Asked Questions
What is a liquid load bank and how is it different from traditional load banks?
A liquid load bank is an electrical load bank that uses liquid cooling to replicate the operating conditions of modern liquid-cooled servers. Beyond simulating electrical demand, advanced liquid load banks emulate the thermal output and hydraulic behavior of real-world server environments, allowing power and cooling infrastructure to be tested together before production workloads go live.
Why is Integrated Systems Testing (IST) at the Technical Cooling System (TCS) important for modern data centers?
The Technical Cooling System (TCS) is the critical interface between facility cooling infrastructure and liquid-cooled IT equipment. While traditional commissioning methods can validate electrical systems and portions of the mechanical infrastructure independently, they often do not replicate the thermal and hydraulic conditions created by live servers. Integrated Systems Testing (IST) at the TCS uses liquid load banks to emulate real-world server loads, including electrical demand, heat rejection, flow rates, and pressure drop. This allows operators to validate the complete cooling chain before IT equipment is installed, reducing startup risk and increasing confidence in system performance.