At the 2nd Shanghai International Charging Pile and Swap Station Exhibition in 2023, innovative products such as automatic charging robots and integration of light storage and charging attracted a lot of attention.
In this exhibition, the automatic charging robot brings together deep learning, 5G, V2X, SLAM and other underlying technologies. Car owners only need to place an order with one button on the mobile phone, and the charging robot will complete automatic car search, precise parking, automatic charging with a mechanical arm, A series of functions such as automatic driving away, automatic return to the position and energy replenishment make up for the shortcomings of fixed charging piles restricted by parking spaces and space constraints, and help car owners replenish energy anytime and anywhere.
According to data released by the Passenger Federation, in April this year, the domestic retail penetration rate of new energy vehicles was 32.3%, an increase of 6.6 percentage points from the 25.7% penetration rate in the same period last year. With the continuous growth of the new energy vehicle market, there is a strong demand for charging piles and related service facilities. In the opinion of Yu Xiang, a businessman: “How to serve these car owners well, so that everyone can have a better experience and solve problems, is the direction we need to improve and develop.” He believes that the combination of emerging technologies and charging is rapidly developing. Landing on the ground, including energy storage, photovoltaics, etc., the future market potential is huge.
Robots are at the heart of modern production lines in almost all branches of industry. They take on complex tasks and can be used efficiently and flexibly. Ingiant slip rings are designed to
transfer power and data from individual drives and connect sensors in all parts of the robotic arm. Fast speeds, maintenance-free design, high temperature resistance and compact dimensions are the distinguishing features of our rotarX slip rings.
In addition to the classic power and data transmission, slip rings have other tasks in robotics. For example, slip rings for robots are usually produced with special attention to the transmission of high-definition video signals, and are sometimes equipped with KOAX bushings.
Slip rings for marine applications feature seawater-resistant housings with a high degree of protection. Miniature slip rings with a housing diameter of just 6mm ensure safe transmission even where space is critical. Robotic slip rings are designed for higher current levels to transfer all power components required for the welding process. Slip rings with hollow shafts provide space for the passage of ropes, cables and liquid or gas lines. Depending on robot requirements, various requirement profiles can also be combined in hybrid slip rings.
Post time: Jun-29-2023