China’s first vehicle-mounted mobile token compute factory was unveiled, using domestically produced computation and energy-management systems to flexibly match AI compute demand and trial a compute‑and‑power coordination model aimed at increasing renewable offtake and cutting compute operating costs. The system is housed in a standardized 40‑foot container with all‑electric compute and cooling, integrated storage-compute-network design and electric tractor compatibility. It supports deployment

China’s first vehicle-mounted mobile token compute factory was unveiled, using domestically produced computation and energy-management systems to flexibly match AI compute demand and trial a compute‑and‑power coordination model aimed at increasing renewable offtake and cutting compute operating costs. The system is housed in a standardized 40‑foot container with all‑electric compute and cooling, integrated storage-compute-network design and electric tractor compatibility. It supports deployment of nine server racks, features an integrated power-and-communications quick‑connect interface and can network multiple units into a mobile compute cluster, commissioning on site in 6–8 hours. When renewable generation produces low‑price power, the units can relocate to substations near generation to increase renewable consumption and lower operating costs; developers estimate mobile access can cut overall costs by about 25%, enabling lower‑cost token services for downstream applications.