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China's 15th Five Year Plan (2026 to 2030) for power system construction sets a goal of building a nationwide charging infrastructure network capable of supporting more than 110 million electric vehicles by the end of the decade. The plan, discussed by experts from Xiamen University and the China Electricity Council in the National Business Daily, also targets 50 percent nonfossil energy in total electricity generation by 2030 and consumption of more than 2.8 billion kilowatts of new energy. The development of electricity spot, capacity and ancillary services markets is expected to accelerate during this period.

Why it matters: The 110 million EV target signals massive public charging infrastructure procurement and grid integration work across China over the next five years. Accelerated electricity market development may reshape how CPOs price and operate charging services, with time and location based pricing becoming more prominent.

China's installed EV charging infrastructure has surpassed 21 million units, according to a report via China Daily. The figure underscores the country's rapid buildout pace as it supports the world's largest electric vehicle market.

Why it matters: The scale of China's network sets a global benchmark for deployment speed and density, informing CPOs and investors assessing how mature markets evolve and what supply chain capacity exists for hardware at volume.

China has achieved a milestone of 20 million electric vehicle charging facilities, according to China Daily. The report marks a significant expansion in the country's charging infrastructure network. No further deployment figures or timeline details were provided in the available excerpt.

Why it matters: The 20 million facility mark underscores China's dominant position in global EV infrastructure and sets a benchmark for procurement scale that other markets are working to match. CPOs and equipment suppliers targeting growth will continue to look at Chinese rollout velocity as a leading indicator for technology adoption and network density requirements.