10 seconds to supplement 1 kilometer range, Japan conducts wireless charging system experiments for public road electric vehicles
IT Home reported on October 19 that, according to the media such as The Register and Nihon Keizai Shimbun on Tuesday local time, a joint research team composed of nine companies, including Tokyo University, Chiba University, Bridgestone and Mitsui Real Estate, began the system experiment of wireless charging facilities for electric vehicles on public roads in the "Pozhiye Smart New Town" in Poji, Chiba Prefecture, Japan at the beginning of this month.According to the introduction,The project embeds power transmission coils into the road surface at "critical locations" such as in front of traffic lightsBecause most vehicles in these positions will drive slowly to facilitate charging
IT Home reported on October 19 that, according to the media such as The Register and Nihon Keizai Shimbun on Tuesday local time, a joint research team composed of nine companies, including Tokyo University, Chiba University, Bridgestone and Mitsui Real Estate, began the system experiment of wireless charging facilities for electric vehicles on public roads in the "Pozhiye Smart New Town" in Poji, Chiba Prefecture, Japan at the beginning of this month.
According to the introduction,The project embeds power transmission coils into the road surface at "critical locations" such as in front of traffic lightsBecause most vehicles in these positions will drive slowly to facilitate charging.The facility is expected to provide approximately 1 kilometer of range for a regular electric vehicle within 10 seconds.
To avoid wasting energy,The transmission coil is not always energized.
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This test is expected to continue until March 2025,The testing content includes aspects such as equipment safety and durability. 2030 .
IT Home previously reported that,Various similar studies and experiments have emerged both domestically and internationally. 7 18 5G + 120 1.3 .
Stellantis .
Tag: seconds to supplement kilometer range Japan conducts wireless charging
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