/COMMUNICATION/newswire -- COMO, CO, ITALY -- THURSDAY, 14 NOVEMBER 2024, 18:16 UTC+1
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CHINA -- /COMMUNICATION/newswire -- Oct 30, 2022
Shenzhen Hello Tech Energy Co.,Ltd introduces Solar Mars Bot, an intelligent energy storage robot designed to maximize photovoltaic power generation efficiency and provide users with a more intelligent and efficient electricity experience.
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Shenzhen Hello Tech Energy Co.,Ltd unveils Solar Mars Bot, an innovative energy storage robot that integrates photovoltaic and energy storage into a service robot, enhancing photoelectric conversion efficiency and providing users with a more intelligent and efficient electricity experience. The top photovoltaic panel features an automatic light tracking system, maximizing power generation without manual intervention on sunny days and planning its path to charge if necessary. Equipped with 4G modules and various ports, the robot can move through the App's tracking and location, realizing the concept of integration of pv, ess, and charging system.
The energy storage module adopts a high-rate lithium iron phosphate battery core with longer cycle life, higher safety, and environmental protection, prolonging the product's service life. Solar Mars Bot's solar panel utilizes the etfe lamination process, effectively reducing light reflection and improving power generation efficiency. With a length and width of 1140mm and 815mm, and a thickness of 810mm, the robot weighs 70kg and boasts a power of 3000W, capacity of 5000WH, and solar panel power of 600W. The pv ess stores 5 kilowatt-hours of electricity per day.
Solar Mars Bot features six photovoltaic panels on top, pushed around by connecting rod motors to locate the best sunlight irradiation angle using the light-tracking sensor. The mechanical arm and wheels enable position tracking and fast power storage. The robot's laser radar and camera module obtain accurate environmental information, facilitating outdoor obstacle avoidance and independent route planning. The project started in Shenzhen in November 2022 and was completed in February 2023, with a patent application for the appearance completed in February 2023.
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