US Army picks Calnetix as electrification inverter partner
Robotic Combat Vehicle following a live fire exercise at Camp Grayling, Michigan, in April 2021. (Photo: US Army/Dan Heaton)
The US Army Ground Vehicles Systems Center has chosen California-based Calnetix Technologies to design and develop a 500kW bidirectional silicon carbide inverter, which will be demonstrated in multiple new-generation programmes.
The high-frequency and power-dense inverter will be demonstrated in Robotic Combat Vehicle - Medium and Optionally Manned Fighting Vehicle prototypes as a part of the Platform Electrification and Mobility (PEM) effort, Calnetix announced on 28 July.
The company will deliver a number of inverters during the multi-year technology development phase.
PEM inverters will drive traction motors and pair with hybrid electric generators to provide mobility and onboard electrical power.
Vatche Artinian, CEO of Calnetix Technologies, claimed: ‘The PEM inverter will provide high-temperature operation and power density, high system efficiency of up to 98.5%, and unmatched power levels and durability for the harsh environments of the US Army’s Ground Vehicle Systems.’
Related Programmes in Defence Insight
More from Land Warfare
-
UK artillery factory opens as defence review inches forward
The new artillery and howitzer factory pre-dates the emphasis on this capability from this month’s Strategic Defence Review (SDR). The first joint industry-government meeting outlined in the review took place this week.
-
Precision Strike Missile engine successfully tested from M270A2 launcher
Lockheed Martin’s Precision Strike Missile (PrSM) is a next-generation surface-to-surface missile with the solid rocket motor (SRM) provided by Northrop Grumman. The company is working to boost its SRM production capability.
-
CV90 user group signs agreement to improve procurement and commonality
The CV90 is in service with or ordered by ten countries. The agreement between six of these countries is designed to create commonality to provide economies of scale and a reduced training burden.