Diagram: power flows from the grid through a GRID-FLEX rectifier to an 800VDC bus, feeding battery storage (BESS) and a row of data center server racks.
Power delivery
for the electric era
Critical infrastructure built on liquid-cooled power modules proven in 50+ countries.
Power infrastructure at scale.Two decades of high-power DC, deployed globally,
now on both sides of the spectrum.
Liquid-cooled
architecture
Every Tritium product, charger or rectifier, runs on our proprietary liquid-cooled power modules: one module for grid connection and a second for DC bus connection. We house them in sealed enclosures that ensure no contaminants like moisture, salt or dust can enter.
DC Power Unit
Meet GRID-FLEX.
The other side of the meter.
Rack power has outgrown 48 VDC. The next generation of AI data centers is being designed around 800 VDC. GRID-FLEX is the link between the grid and 800 V GPU racks. The same liquid-cooled power electronics that drive our chargers now convert, store and dispatch energy, including from DC-coupled batteries.
Built for speed.
Built for throughput.
Compact, cost-effective charging that keeps every bay turning.
50 kW · CCS & NACS · 97.9% efficient Explore DC-FLEX → TRI-FLEXUltra-scalable distributed charging platform.
Up to 3.2 MW DC · 64 charge points · BESS ready Explore TRI-FLEX → PKM150DC microgrid charging that exceeds your grid limit.
50–150 kW per station · shared power · IP65 sealed Explore PKM150 → RTM75Compact charging for retail & destination.
75 kW · smallest footprint in class Explore RTM75 →Energy is complicated.
Reaching us isn't.
Building a charging network, a data center power train, or a microgrid, our engineers will help you spec the right power architecture.