ACT Expo 2025, TRIFLEX is the ultra-scaling charging platform unveiled by Tritium
The newly-launched platform allows charging operators to start with what they need today and seamlessly scale as demand increases—without replacing their initial investment. TRI-FLEX also includes integration with battery energy storage systems and renewable energy sources to further enhance charging capabilities in grid-constrained locations.
Tritium is a global player active in EV charging systems. At ACT Expo 2025, the company unveiled a brand-new product, namely the TRIFLEX, a platform featuring a next-generation distributed architecture that enables charge point operators to scale from four up to 64 charge points easily. This ultra-scaling approach addresses critical infrastructure challenges as the EV market transitions from early adoption to mainstream over the next several years.
The core of the platform is the TRI-FLEX Hub, a power conversion system that grows from 400kW to 1.6MW of AC power and up to 3.2MW of DC power. Indeed, a single Hub can power two to 32 TRI-FLEX dispensers (up to 64 charge points), eight times more than conventional distributed systems. Customers can mix and match 100kW, 200kW, and 400kW dispensers in a single system, creating the ideal configuration for their site.
Tritium’s new charging platform unveiled in Anaheim
TRI-FLEX’s innovative design allows operators to avoid costly utility upgrades while maximizing charging capacity. “The EV revolution will move at the speed of its infrastructure,” commented Arcady Sosinov, Tritium‘s CEO. “TRI-FLEX removes critical barriers to widespread adoption by enabling phased deployment strategies that align capital expenditure with actual utilization, simplifying permitting processes and maximizing return on investment.”
In other words, the newly-launched platform allows charging operators to start with what they need today and seamlessly scale as demand increases—without replacing their initial investment. TRI-FLEX also includes integration with battery energy storage systems and renewable energy sources to further enhance charging capabilities in grid-constrained locations.
