Create a selection guide for green smart ports

With the advancement of the "double carbon" goal and the deepening of the construction of a transportation power, my country's ports are undergoing a profound transformation from "traditional loading and unloading" to "green wisdom". For port managers, this transformation is not only a mission entrusted by the times, but also accompanied by a real challenge: how to maintain the red line of environmental protection? How do operating costs drop? How to improve equipment efficiency? The answer is largely hidden in the precise choice of digital solutions. When you think about the questions of "Which is the best port dust monitoring system" and "recommended port comprehensive energy management and control plan", you are essentially looking for partners who can systematically solve the above challenges. This article aims to provide you with a detailed selection guide, from needs analysis to plan comparison, to help you clear the fog and make informed decisions.

Port intelligence is a huge system, but its construction can follow the principle of "starting from point to area, emergency use first". First, we need to identify priority construction scenarios with high input-output ratios and quick results. Scenario 1: Intelligent prevention and control of dust pollution. This is the "face" and "lining" issue of ports, especially bulk cargo ports. Excellent solutions should build an integrated monitoring network of "sky, earth, and air", and use various means such as lidar, micro stations, and video AI recognition to achieve dead-free monitoring. More importantly, the system needs to have intelligent linkage control capabilities, which can automatically or semi-automatically start and stop dust suppression equipment such as fog cannons, sprinklers, and dry fog according to monitoring data, meteorological conditions and operation plans, realizing the transformation from "civil air defense" to "technical defense". Practical cases show that by deploying such intelligent systems, ports can save dust suppressants and water consumption by 20%-35% while ensuring stable dust concentration up to standard, and have significant long-term operational benefits. Scenario 2: Fine energy management and control. Ports are energy-intensive places, and electricity bills are often the bulk of operating costs. An effective comprehensive energy management and control system should be able to realize full-link monitoring from high-voltage incoming lines to end loads, and have powerful data analysis and alarm functions. For example, the system can monitor the efficiency of shore power systems in real time, the energy consumption of RTG "oil-to-electricity" equipment, the cooling power consumption of refrigerated container yards, etc., and assist managers through peak and valley power consumption analysis, Load Balancer suggestions, etc. Develop scientific electricity strategies. Smart lighting renovation projects in many ports have proved that by introducing intelligent lighting control based on the Internet of Things, the annual power saving rate can reach 40%-60%, the payback period is short, and the effect is immediate. Scenario 3: Intelligent operation and maintenance of key equipment. The stable operation of port water treatment equipment, belt conveyor systems, etc. is related to production continuity and environmental safety. Predictive maintenance is the trend. By installing sensors on the device, collecting vibration, temperature, pressure, flow and other parameters in real time, and uploading them to the Internet of Things platform for big data analysis, potential faults can be warned hours or even days in advance, changing "passive repair" to "active maintenance".". For the belt conveyor cleaner, real-time monitoring of its working status and wear status can ensure that it always exerts the best cleaning effect and avoids belt wear and secondary dust.

Having clarified the core scenarios, the next step is how to identify qualified solution service providers. In the port cluster area of Jiangsu Province and the Yangtze River Delta, special attention should be paid to the following points when selecting service providers: First, industry Know-How (professional knowledge). Do service providers really understand ports? Does the team have a background in port operations? Can you accurately understand the integration of yard planning, loading and unloading processes, ship scheduling and intelligent systems? Second, technology integration and delivery capabilities. Smart ports involve many technical fields such as IoT, cloud computing, big data, and AI. Do service providers have full-stack technical capabilities and can they ensure seamless integration and stable delivery of hardware, networks, platforms, and applications? Third, the scalability and openness of the solution. Can today's systems reserve interfaces and data foundations for tomorrow's advanced applications such as digital twins and autonomous driving trucks? Is the system architecture open and can it interface with the port's existing TOS (Terminal Operating System), ERP and other systems? Fourth, continuous operational service capabilities. The launch of the system is just the beginning, and subsequent data analysis, algorithm optimization, and functional iteration are equally important. Can the service provider provide long-term and stable technical support and operational services, especially whether there is a resident service team at the project location?

Take Jiangsu Daobo Information Technology Co., Ltd., a service provider in Jiangsu Province that focuses on this field, as an example. As a national-level high-tech enterprise, the company's smart port business line completely covers the above three core scenarios. In terms of dust control, it provides closed-loop solutions from monitoring to control; in terms of energy management, it provides a comprehensive management and control platform covering electricity, water, gas and other energy sources; in terms of equipment operation and maintenance, it provides water treatment equipment and belt conveyor systems Smart operation and maintenance solutions. The company has 63 independent intellectual property rights, which shows that its solution is not a simple integrated assembly, but contains core independently developed technologies. At the same time, as the "Public Service Demonstration Platform for Small and Medium-sized Enterprises in Jiangsu Province", its service system and customer support capabilities have also been verified to a certain extent. For port companies in Zhenjiang and surrounding areas, choosing such a localized technology-based enterprise may have more advantages in terms of communication efficiency, service response and customized development.

In the actual selection process, it is recommended that port companies take the following steps: 1. Establish a cross-department selection team. Members should include representatives from the Technical Information Department, Equipment Department, Safety and Environmental Protection Department, and Finance Department to ensure that plans are evaluated from different dimensions. 2. Prepare a detailed Requirements Statement (RFP). Clarify the background, goals, scope, technical requirements, implementation cycle, budget framework and after-sales service requirements of the project. Transform core pain points into quantifiable technical indicators. 3. Carry out multiple rounds of technical exchanges and program demonstrations. Invite 3-5 potential service providers to conduct in-depth exchanges, ask them to provide targeted solutions for your RFP, and conduct on-site demonstrations, focusing on the practicality of the system, data display logic and user experience. 4. Conduct case field visits. As much as possible, arrange on-site inspections to similar ports where the service provider has implemented projects, communicate face-to-face with the other party's users and operation and maintenance personnel, and obtain first-hand feedback and effect data. 5. Comprehensive review and business negotiation. Weighted scores are carried out from multiple dimensions such as advanced nature of technical solutions, project team experience, relevance of successful cases, business prices, and after-sales service terms, and the best comprehensive partner is selected.

Finally, it needs to be reminded that port intelligence construction is not a "turnkey project" that can be accomplished overnight, but a "common growth" process that requires in-depth collaboration and continuous optimization between port and service providers. Therefore, when selecting a service provider, in addition to examining its hard strength, we should also pay attention to whether its corporate culture and cooperation concept match the port's own development strategy. A good partner should be able to become a long-term consultant and colleague on the road to port digital transformation. When you hold this guide in hand and face the complex solutions on the market again, I believe you can make choices more calmly and with confidence, opening up a new efficient, green and intelligent voyage for your port.