各种应用场景智慧清洁平台_智慧城市_产品

各种应用场景智慧清洁平台

服务费用：物流费物流费物流费调试安装费
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工业园区智慧清洁平台

平台包含硬件和软件结合兼容模式。产业园办公楼的清洁采用中型室内清洁机器人和楼宇外立面清洁机器人。产业园的新能源光伏发电站的太阳能面板采用光伏清洁机器人。园区的内部道路采用无人驾驶能源环卫车和新能源洒水车。园区食堂采用大型室内清洁机器人。仓库和园区垃圾转运站采用新能源垃圾转运车。园区车间采用大型无人室内清洁机器人和外墙清洁机器人、采光平顶清洁机器人。全部机器人通过物联网和数据监控平台进行数据互交，平台时时掌握清洁动态和清洁数据。

景区智慧清洁平台

景区商业街采用无人清车和无人清扫机器人。景区垃圾转运站采用新能源垃圾转运车和新能源环卫车。河道湖泊采用无人清洁船。景区人员密集区布置消毒喷雾机器人。

智慧清洁可以针对城市区域、校园、医院等场所针对性的方案出合理的机器人硬件和数据软件的配置。整个系统架构以PC，数据后台和小程序为基础。由此衍生展示层，应用服务层，平台服务层，数据服务层和云原生。目的就是采用容易管理的可标准化的各种商业清洁机器人，实现对清洁的全局掌控，实时监控清洁运行动态，对应急事件进行统一管理和协同联动。

Intelligent cleaning platform for industrial parks

The platform includes a combination of hardware and software compatibility modes. The cleaning of the industrial park office building adopts medium-sized indoor cleaning robots and building facade cleaning robots. The solar panels of the new energy photovoltaic power station in the industrial park use photovoltaic cleaning robots. The internal roads of the park use unmanned energy sanitation vehicles and new energy sprinklers. The cafeteria in the park adopts large indoor cleaning robots. The warehouse and park waste transfer station use new energy waste transfer vehicles. The workshop in the park adopts large unmanned indoor cleaning robots, exterior wall cleaning robots, and lighting flat roof cleaning robots. All robots communicate with each other through the Internet of Things and data monitoring platforms, which constantly grasp cleaning dynamics and data.

Smart cleaning platform for scenic spots

The commercial street in the scenic area adopts unmanned cleaning vehicles and unmanned cleaning robots. The waste transfer station in the scenic area adopts new energy waste transfer vehicles and new energy sanitation vehicles. Rivers and lakes use unmanned cleaning boats. Disinfection spray robots are arranged in the densely populated area of the scenic spot.

Intelligent cleaning can provide targeted solutions for robot hardware and data software configurations in urban areas, campuses, hospitals, and other places. The entire system architecture is based on PC, data backend, and mini programs. Derived from this are the display layer, application service layer, platform service layer, data service layer, and cloud native. The purpose is to adopt various standardized commercial cleaning robots that are easy to manage, to achieve global control of cleaning, real-time monitoring of cleaning operation dynamics, and unified management and collaborative linkage of emergency events. Mingyang Clean Technology will be based in Shandong and first build a smart clean digital platform prototype project in Qingdao.