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AGAO Solar Powered Scooter Ignited the Japanese Market! Mainstream Media Are Eagerly Reporting, Leading the New Trend of Green Travel!

May 19, 2025 AGAO

After conducting test rides and empirical experiments at scenic spots such as Saki Island and Yattendo Bridge in Sanyuan City, Japan, AGAO solar scooter has successfully attracted mainstream media coverage such as Sanyuan TV and TBS TV with its leading solar charging technology and excellent endurance performance. At the same time, it has been featured in the single page of the third largest magazine in Japan, OCEANS, becoming a hot topic in the local green travel field.

Japan's debut: Solar powered black technology conquering scenic scenes

As one of the first "solar powered automatic charging micro vehicle" introduced in Japan, the AGAO solar scooter officially landed in Sanyuan City on February 7th, and was the first to hold test rides and empirical experiments on Saki Island and Yatsushiro Bridge. The high-efficiency solar panels installed on the scooter can achieve "solar automatic charging", with a range of over 30km when fully charged. With daily sunlight exposure, it can increase the range by an additional 10-30km without the need for external charging equipment. The advantage of zero electricity cost is particularly prominent in scenic spots.

In the empirical experiment during the cherry blossom season in Saki Island, AGAO solar scooter traveled back and forth between Xiangtian Port and Tazhifeng Qianben Cherry Blossom Scenic Area, maintaining stable performance despite complex road conditions. The safety design with a maximum speed of 20km/h and IoT remote management functions (such as remote locking) were highly recognized by the local government and tourists. At the test ride event, the Mayor of Sanyuan City and the President of the Tourism Association personally experienced and affirmed the dual value of vehicles in low-carbon travel and emergency power supply (which can serve as a power supply source).

Media Focus: Technological Breakthroughs Trigger Industry Shock

In a report, Sanyuan TV specifically pointed out that Laineng Tec's product is the first micro vehicle in the Japanese market to achieve "solar self charging+driver's license free riding". Its "specific small prime mover bicycle" classification positioning not only meets the unlicensed driving needs of users over 16 years old, but also ensures safety through speed limit design (pedestrian speed ≤ 6 km/h), providing a new solution for short distance commuting in scenic spots and urban areas. TBS TV station conducted an in-depth analysis of the light energy conversion technology carried by vehicles under the title "Future Transportation: How Solar Energy Changes Urban Travel".

In a single page report, the third largest magazine in Japan, OCEANS, systematically introduced the technical parameters and application scenarios of the product under the theme of "Walking Solar Power Station: Redefining Micro Mobility with Laineng Tec". As mentioned in the article, vehicles can monitor their power, location, and usage status in real time through IoT systems. Operators can remotely complete vehicle scheduling and troubleshooting without the need for manual inspections, greatly reducing operation and maintenance costs. This innovative model is regarded as a milestone in the combination of smart transportation and green energy in the industry.

Market outlook: Embarking on a new journey of global green travel

The successful landing in the Japanese market marks a crucial step in the strategic layout of Laineng Tec in overseas markets. It is reported that after Sanyuan City, cities such as Tokyo and Osaka have started negotiations to introduce solar powered vehicles into their urban public transportation systems, which will be used for sightseeing, parking, community commuting, and other scenarios. In the future, Laineng Tec will continue to deeply cultivate solar energy application technology, promote the popularization of "integrated light storage and charging" solutions in more countries and regions around the world, and use innovative technology to help build a zero carbon transportation network.

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