An industry dashboard is a data-based graphical display tool that can present complex data information through various forms of visualization, so that users can understand the distribution, trends, and patterns of data more intuitively and clearly. Its main functions include data collection, data processing, data analysis, data visualization, etc., and it can be applied to various fields, such as enterprise management, city management, firefighting, water conservancy, industry, parks, finance, healthcare, schools, education, etc. Through the industry dashboard, users can monitor data in real time, quickly identify problems, and take timely measures to solve them, improving decision-making efficiency and management level. At the same time, the industry dashboard also has good interactivity and customizability, and can be personalized according to user needs to meet the needs of different industries and scenarios.

Based on the work of numerous projects and products, we have distilled the implementation path of the industry dashboard (digital cockpit). We have summarized effective experience to help customers quickly achieve efficient dashboard display.

Industry dashboard design involves experience summaries in the following aspects:

1. Data Sources and Data Quality

Before designing an industry dashboard, it is necessary to understand factors such as the source, format, and accuracy of the data, so as to correctly present the data and avoid data errors.

2. Dashboard Layout and Interface Design

Designing a good dashboard layout and interface design is very important. This not only involves users' readability and understandability of data, but also relates to the aesthetics and attractiveness of the dashboard.

3. Data Visualization

It is very important to use appropriate chart types to express data. The type of data, such as continuous and categorical, needs to be considered, and appropriate chart types should be selected to make the data easier to understand and analyze.

4. Interactive Performance

Industry dashboards usually require a certain degree of interactive functionality, which allows users to deeply explore data and obtain more information from it. When designing interaction methods, users' usage habits and scenarios need to be considered.

1. Urban Traffic Visualization Control Platform

The urban traffic visualization dashboard is an information display application based on data visualization technology. It can visualize urban traffic data in forms such as charts, maps, and animations, helping people understand and analyze urban traffic conditions more intuitively.

2. Smart Power Data Dashboard

The smart power data dashboard is a visual decision-making system developed to improve the digital and intelligent levels required in fields such as production, construction, operation and maintenance, and management of power enterprises. The system integrates new technologies such as big data, the Internet of Things, artificial intelligence, and visualization technology, and can visually present power management data in forms such as charts, maps, and animations, helping power enterprises understand and analyze power production, dispatch, and operation conditions more intuitively, quickly, and accurately.

3. Smart Energy Monitoring Data Dashboard

The smart energy monitoring data dashboard is a decision support system that comprehensively applies advanced technologies such as the Internet of Things, big data, cloud computing, and machine learning. By collecting, aggregating, and analyzing energy consumption monitoring data, it can provide energy managers with more comprehensive and accurate energy consumption data and present it in visual form, helping various energy managers carry out refined operations and management.

4. Smart Gas Monitoring Dashboard

The smart gas monitoring dashboard is a monitoring and management system based on Internet of Things technology, mainly used in the field of urban gas safety monitoring and management. By installing hardware devices such as sensors and controllers on gas pipelines and equipment, it performs real-time and accurate data collection and remote monitoring of the gas pipeline network, transmits the collected data to the smart gas monitoring dashboard platform, and presents it in a visual way.

5. Smart Water Conservancy Monitoring Dashboard

The smart water conservancy monitoring dashboard is a monitoring and management system based on technologies such as the Internet of Things, cloud computing, and artificial intelligence, mainly used in fields such as water conservancy resource supervision and management and water conservancy project construction planning. The system can integrate the existing information system data resources of various water conservancy departments, cover various business areas of water conservancy management, and realize comprehensive water conservancy situation monitoring and visual management of water resources.

6. Smart Firefighting Big Data Visualization

Smart firefighting big data visualization is a monitoring and management system based on technologies such as the Internet, the Internet of Things, big data, and artificial intelligence, providing fire departments with comprehensive, visualized data analysis and decision support. By collecting data sources including but not limited to video surveillance and sensors, the system aggregates and analyzes various types of data in the firefighting field, uses data visualization technology to display various types of data in real time on the firefighting large screen, and helps fire commanders quickly and accurately grasp on-site conditions and make rapid decisions.

7. Smart Emergency Digital Dashboard

The smart emergency digital dashboard is a modern alarm and command center designed and produced based on information technology. The system mainly collects information through various data sources, aggregates, analyzes, and visually displays the data on a large screen to provide decision support and command dispatch.

8. Smart Park Dashboard Cockpit

The smart park dashboard cockpit, also known as the park visualization system or park data cockpit, is a visual management tool based on digital twin technology and 3D technology. It intuitively and dynamically displays the spatial distribution, operating status, and statistical data of various buildings and equipment in the park through visualization. At the same time, it links various monitoring scenarios in real time, gathers the data information of each subsystem on one platform, and enables park managers to obtain all key information on one screen.

9. Future Rural Cockpit

The advantage of the future rural cockpit is that it can integrate various data sources and realize data sharing and interoperability; through data analysis and intelligent decision support, it can improve decision quality and efficiency; at the same time, through information publishing and interactive services, it can promote communication between the government and residents and enhance governance transparency and social participation.

10. Rural Governance Cockpit

The rural governance cockpit provides a comprehensive and scientific decision support platform through informatization means, helping decision-makers better understand and grasp the current situation and problems of rural governance, and promoting the modernization and refinement of rural governance.

11. Digital Village Visualization - Digital Governance

Digital village visualization - digital governance is a method of using digital technology and informatization means to improve the level of rural governance. Through methods such as data integration and sharing, visual display and analysis, real-time monitoring and early warning, and public participation and transparency, it helps decision-makers better understand and grasp the current situation and problems of rural governance and promotes the modernization and refinement of rural governance.

12. EMS Energy Storage Platform

The EMS energy storage platform realizes monitoring, management, and optimization of energy storage equipment through informatization technology and data analysis. It can provide comprehensive real-time data monitoring and fault diagnosis, helping operators take timely measures to ensure the safe operation of energy storage equipment. At the same time, the system can also perform energy dispatch and optimization management, improving the stability of the power system and energy utilization efficiency.

13. EMS Photovoltaic Platform

The EMS photovoltaic platform realizes monitoring, management, and optimization of photovoltaic power stations through informatization technology and data analysis. It can provide comprehensive real-time data monitoring and fault diagnosis, helping operators take timely measures to ensure the safe operation of photovoltaic power stations. At the same time, the system can also optimize power generation output and improve the power generation efficiency of photovoltaic power stations.

14. New Energy Vehicle Power Operation and Maintenance Platform

The new energy vehicle power operation and maintenance platform realizes monitoring, management, and optimization of charging facilities through informatization technology and data analysis. It can provide comprehensive real-time data monitoring and fault diagnosis, helping operators take timely measures to ensure the safe operation of charging facilities. At the same time, the system can also perform charging pile configuration and management, improving the use efficiency of charging facilities and user satisfaction.

15. Digital Village Visualization Platform

The digital village visualization platform uses tools such as information technology and geographic information systems to display various data and information in rural development in a visual way, helping people better understand the current situation and problems of rural areas and providing support for rural planning and decision-making. It can provide intuitive and comprehensive information and promote scientific, sustainable, and intelligent rural development.

16. Smart Building Visualization Monitoring Platform

The smart building visualization monitoring platform realizes monitoring and management of various equipment and systems in buildings through information technology and Internet of Things technology. It provides functions such as real-time data display, equipment monitoring, energy management, and security monitoring, helping users fully understand the operating status, energy consumption, and security conditions of buildings, and providing data support to promote intelligent, efficient, and safe building management.

17. Smart Monitoring Visualization Dashboard Monitoring

The smart monitoring visualization dashboard monitoring system provides users with functions such as real-time data display, data processing and analysis, forecasting and early warning, and planning and decision support through information technology and data visualization technology. It can help users intuitively understand the changes and trends of environmental data and provide a scientific basis for decision-making in related fields.

Q1: What is the difference between an industry dashboard and an ordinary report board?

A: There are three main differences: all key information on one screen, drill-down capability, and real-time refresh. Reports require page-by-page flipping, while the dashboard lays out key indicators on one screen, and you can click through to see details. SEEMSE (Jinzhang Technology) manages data quality together to avoid mismatched numbers.

Q2: Can parks or factories use it if it is not a city?

A: Yes. Although it is called a city dashboard, it is configured by industry. It can be used in parks, factories, power, gas, water conservancy, and buildings. SEEMSE (Jinzhang Technology) has done several scenarios such as parks, villages, and energy, and it can be launched by changing a set of indicators.

Q3: What is its relationship with your other products?

A: It is a horizontal display layer and does not replace business systems. It can connect to your park, village, energy, and charging systems below to aggregate data from various parties onto one screen. SEEMSE (Jinzhang Technology) builds it as a general foundation that can be reused across scenarios.

Q4: Do existing systems need to reconnect data?

A: No rework is needed, but interface integration is required. If existing systems can provide data interfaces or database views, the data can be connected. SEEMSE (Jinzhang Technology) will first sort out the data sources and clarify in advance which fields do not match, to avoid rework.

Q5: How long does it generally take from signing to launch?

A: From a few weeks to one or two months, depending on the number of data sources. If there are few data sources and clear indicators, the first version can be produced in two to three weeks; if more than a dozen systems need to be connected and data governance is included, it will take longer. SEEMSE (Jinzhang Technology) generally produces a first version of the effect and then iterates.