Kitu Systems has completed the deployment of its Expedition Charge Management System at the California headquarters of a major North American energy infrastructure company, expanding workplace charging capacity to support employee electric vehicle adoption and fleet electrification.
The installation integrates Kitu’s enterprise-grade Expedition CMS with 80-amp Level 2 charging stations supplied by FractalEV. The charging stations went live in December 2025 and are now in use by employees of a utility operator that supplies electricity to millions of customers across several markets.
Kitu said the deployment is designed to serve both employee workplace charging and internal fleet electrification programmes. The Expedition CMS platform provides real-time monitoring, remote station management and detailed usage analytics, allowing the utility to track utilisation, energy consumption and operational costs across its charging assets.
The system is aimed at large organisations managing growing numbers of electric vehicles, offering reporting tools that can support return-on-investment assessments and longer-term electrification planning. Kitu said the platform is built to scale in line with rising employee EV ownership and phased fleet transitions.
“Companies are recognising that workplace charging is essential infrastructure for supporting employees and electrifying their fleets,” said Thomas Barbour. “We’re proud to collaborate with our partners in California to deliver a solution that makes EV adoption practical and accessible for working families across the state.”
Workplace charging has become an increasingly important element of corporate decarbonisation strategies in the United States, particularly for utilities and large employers seeking to encourage EV uptake while electrifying service and support fleets.
Kitu said the California deployment adds to a growing number of employee and fleet charging projects it has delivered nationwide, as enterprises invest in managed charging platforms to support their transition to electric mobility.
