科技改变生活
立足于“互联网”+“环卫大数据”，利用云计算、大数据、移动互联网、GPS、RFID、传感器物联等技术手段
针对当前环卫管理的难点，结合各级环卫管理部门的需求，利用“智慧环卫网关”将分散、独立的采集点进行联网，实现统一管理、资源共享
为管理决策提供有效的数据支撑，提高管理效率、降低运营成本、保证作业安全。
针对当前环卫管理的难点，结合各级环卫管理部门的需求，利用“智慧环卫网关”将分散、独立的采集点进行联网，实现统一管理、资源共享
为管理决策提供有效的数据支撑，提高管理效率、降低运营成本、保证作业安全。
Based on the "Internet" + "sanitation" big data, the use of cloud computing, big data, mobile Internet, GPS and RFID, sensor technology,
in view of the current difficulties of the sanitation management, with the demand of the sanitation management departments at all levels, the use of "wisdom sanitation gateway" will be dispersed, independent of the patch to network, realize the unified management, resource sharing, to provide effective data support for management decisions,
improve the efficiency of management, reduce operating costs, ensure the safety of the operation.
in view of the current difficulties of the sanitation management, with the demand of the sanitation management departments at all levels, the use of "wisdom sanitation gateway" will be dispersed, independent of the patch to network, realize the unified management, resource sharing, to provide effective data support for management decisions,
improve the efficiency of management, reduce operating costs, ensure the safety of the operation.
通过采集环境监测数据（水质、大气、固废等）和污染源监测数据（企业、机动车等），并整合相关生态环境数据资源，建立数据基础融合平台，数据融合基础上，利用数据挖掘、机器学习、视频AI算法等模型基础构建生态环境决策中心，提供智能决策引擎，实现大气、水质、污染源、移动源智慧治理。
By collecting environmental monitoring data (water quality, atmosphere, solid waste, etc.) and pollution source monitoring data (companies, motor vehicles, etc.), and integrating relevant ecological environmental data resources, a data foundation fusion platform is established. Based on data fusion, data mining, machine Learning, video AI algorithms and other models are based on building an ecological environment decision-making center, providing an intelligent decision-making engine, and realizing smart governance of air, water quality, pollution sources, and mobile sources.
实现大气管控、水质管控、土壤管控、固废管控、辐射管控、污染源管控、移动源管控。智慧环保方案最终实现生态环境保护数字治理、精准治理、智能治理，全局治理。
Realize atmospheric control, water quality control, soil control, solid waste control, radiation control, pollution source control, and mobile source control. The smart environmental protection program finally realizes digital governance, precision governance, intelligent governance, and overall governance of ecological environmental protection.
通过激光雷达数据的建模，可提供数字高程模型等一系列包括高度、坡度、坡面、坡向在内的地形产品。可用于城市、森林、山地、海洋等各地类的三维地形模型建设。并辅以高分辨率遥感影像，提供天地一体化的详细对地观测产品服务。
Through the modeling of lidar data, a series of terrain products including height, slope, slope and aspect can be provided, such as digital elevation models. It can be used for the construction of 3D terrain models of cities, forests, mountains, oceans and other various places. It is supplemented by high-resolution remote sensing images to provide detailed earth observation products and services that integrate space and earth.
基于三维点云数据快速提取地面物体模型，获取区域三维信息数据，应用于园区的整体规划设计；城市应用时可用于旧城改造过程中，建筑物以及土地资源的评估和监测；用于灾害应急的分析等。将各种规划设计方案定位于虚拟的三维现实环境当中，用动态交互的方式对其进行全方位的审视，评价其对现实环境的影响，评价空间设计规划的合理性，降低了设计成本的同时提高了规划效率及效果。
Quickly extract ground object models based on three-dimensional point cloud data, obtain regional three-dimensional information data, and apply them to the overall planning and design of the park; in urban applications, it can be used for the evaluation and monitoring of buildings and land resources in the process of old city reconstruction; for disaster emergency Analysis and so on. Positioning various planning and design schemes in a virtual three-dimensional reality environment, using dynamic and interactive methods to examine them in all directions, evaluating their impact on the real environment, evaluating the rationality of space design planning, and reducing design costs at the same time Improve planning efficiency and effectiveness.
物联感知
IoT perception
数据分析
data analysis
机器学习
Machine learning
AI算法
AI algorithm
环境数字孪生
Environmental digital twin