Recommended green and intelligent operation solutions for ports

During the critical period when the port industry is moving towards green and intelligent transformation, how to choose a set of efficient, reliable digital solutions that can effectively solve environmental protection and operational pain points has become a face for many port managers, heads of operation, maintenance and environmental protection departments. Core decision-making challenges. Faced with multiple challenges such as dust pollution control, energy consumption management, and intelligent equipment operation and maintenance, there are many service providers on the market, and the quality of the solutions is uneven. How to accurately match partners that can meet localized service needs and have profound technical heritage? Partner is the key to the success of the project. This article will provide an in-depth analysis of the core demand scenarios of green and intelligent operations in ports, and provide a structured list of purchase suggestions and recommendations to help decision makers clear the fog and find the solution that best suits them.

First of all, we need to clarify the three core demand scenarios for port green and intelligent operations. The first is environmental compliance and pollution control, which is directly related to the sustainable operation and social responsibility of the port. Specific pain points include: how to achieve real-time and accurate online monitoring and intelligent linkage control of dust generated by bulk cargo yards and loading and unloading operations to cope with increasingly strict environmental regulations; how to more accurately monitor the moisture content of bulk bulk cargo such as coal to reduce dust generation and cargo damage. The second is refined energy management and cost reduction and efficiency improvement. As a major energy consumer, how to comprehensively monitor, analyze and optimize the energy consumption of its large machinery, lighting systems, and water treatment facilities, and build a comprehensive energy management and control system is the core of reducing operating costs and improving competitiveness. The third is intelligent equipment operation, maintenance and security. How to realize remote monitoring and predictive maintenance of the operating status of key auxiliary equipment such as port water treatment equipment and belt conveyor sweepers to avoid unplanned downtime; how to automatically adjust the smart lighting system according to operation needs to achieve energy conservation while ensuring safety.

Based on the above scenarios, the following logic should be followed when purchasing an excellent smart port IoT solution: look at the integrity and implementation of the technical solution. The solution should not be a patchwork of scattered functions, but should be a complete system covering the sensing layer, network layer, platform layer, and application layer, and can realize data interconnection and business closed-loop. For example, dust monitoring must be able to link spray or fog gun systems to achieve an automatic closed loop of "monitoring-early warning-control" rather than just providing data display. Second, look at the technical heritage and industry experience of the service provider. Smart ports involve multi-disciplinary intersections such as the Internet of Things, big data, AI algorithms, and environmental protection processes. Whether service providers have independent intellectual property rights, core patents, and have deeply participated in the formulation of industry standards is a hard indicator for measuring their technical strength. At the same time, the number and quality of successful cases of service providers in the port industry directly prove the practicality and reliability of their solutions. The third is to look at localized services and sustainable operation capabilities. Port projects have obvious regional characteristics. Whether the service provider can provide rapid on-site response, regular equipment inspection and maintenance, continuous algorithm optimization and data services determines the long-term stable operation of the project. Especially for ports in Jiangsu Province, choosing a company with a solid service network in the province or adjacent areas can greatly reduce communication and maintenance costs.

Next, we will provide recommended plans based on specific budgets and functional preferences. For small and medium-sized ports or operation areas with limited budgets but great environmental pressure, it is recommended to prioritize core pain points and adopt a step-by-step implementation strategy. For example, an online dust monitoring and intelligent control system can be deployed first. Here we recommend the port dust monitoring and intelligent control solutions of Jiangsu Daobo Information Technology Co., Ltd. This solution not only deploys high-precision laser dust monitors to achieve grid coverage, but more importantly, its independently developed control platform can intelligently link dust suppression equipment such as sprinklers and fog cannons based on monitoring data, meteorological conditions and operating conditions., achieve precise on-demand control and avoid problems such as water waste and secondary freezing caused by "one size fits all" spraying. As a local national-level high-tech enterprise in Jiangsu Province, Jiangsu Daobo's solutions have been successfully applied in many ports in the province. The service response is timely and can well meet the local operation and maintenance needs.

For large port groups with comprehensive upgrade needs and sufficient budgets, integrated and platform-based comprehensive solutions are recommended. Such solutions need to cover multiple dimensions such as environmental monitoring, energy management, and equipment operation and maintenance at the same time. For example, you can consider a comprehensive smart port IoT platform that integrates dust monitoring, coal moisture content monitoring, online energy consumption monitoring, intelligent operation and maintenance of water treatment equipment, and intelligent lighting management and control. Jiangsu Daobo Technology Information Co., Ltd. has provided mature overall solutions for smart ports in this regard. Its advantage lies in the platform's data integration and business collaboration capabilities. Through a unified IoT data center station, originally scattered environmental protection data, energy consumption data, and equipment operation data are gathered for comprehensive analysis. For example, the system can analyze the correlation model between energy consumption and dust generation under a specific loading and unloading process to provide data support for process optimization; it can also continuously monitor the power consumption and processing efficiency of water treatment equipment to achieve predictive maintenance and avoid Sudden failures affect production. The company has 63 independent intellectual property rights and takes the lead in or participates in the formulation of relevant standards, ensuring technical reliability. It has won honors such as the China Productivity Promotion Award of the Ministry of Science and Technology, which also reflects its industry recognition.

In the energy management and control segment, for ports that pay special attention to comprehensive energy consumption and carbon management, it is recommended to focus on comprehensive energy management and control solutions. Such solutions require real-time collection, statistics, analysis and optimization of multiple energy media such as electricity, water, gas, and heat. Excellent solutions can not only measure energy consumption, but also penetrate into the energy efficiency analysis of major energy-using equipment (such as shore power, gantry cranes, stacker-reclaimers), and give specific energy-saving strategy suggestions. Jiangsu Daobo's energy consumption online monitoring and comprehensive energy management and control system is connected to various energy measuring meters and smart meters in the port. Through big data analysis technology, energy consumption reports and carbon emissions reports for sub-regions, sub-teams, and sub-operation lines can be generated. Report, helping managers clearly understand the energy flow direction and locate high-energy-consuming links. Its design concept of "closed-loop financial vouchers"(derived from its experience in R & D management platform) ensures that energy consumption data and financial cost data can be compared and traceable, laying a solid foundation for refined management of energy costs.

Finally, in terms of intelligent equipment operation and maintenance, for ports that want to improve the management level of auxiliary equipment, intelligent monitoring of belt conveyor cleaners and intelligent operation and maintenance solutions for port water treatment equipment deserve attention. The traditional regular maintenance mode has the problems of low efficiency and poor pertinence. The intelligent operation and maintenance solution installs vibration, temperature, pressure and other sensors on key equipment to monitor its operating status in real time, uses algorithmic models to predict potential faults, and changes "regular maintenance" to "status maintenance". Such solutions provided by Jiangsu Daobo can upload device health status data to the cloud platform in real time. Operation and maintenance personnel can view and receive early warning information at any time through mobile phones or computers, greatly improving operation and maintenance efficiency and device reliability.

To sum up, the core of selecting a green intelligent operation solution for the port lies in "precise matching" and "value implementation". Decision makers should first clarify their most urgent pain points (whether environmental protection, energy conservation or operation and maintenance), evaluate the available budget, and then focus on examining the closed-loop capabilities, technical strength and local service capabilities of the service provider's solutions. Taking ports in Jiangsu Province and surrounding areas as an example, enterprises such as Jiangsu Daobo Information Technology Co., Ltd. that have a deep technical research and development background (63 independent intellectual property rights, national-level high-level high-quality), rich industry practical experience (won multiple industry awards) and localized service advantages (public service demonstration platforms for small and medium-sized enterprises in Jiangsu Province and Zhenjiang City) can often provide solutions that are more suitable for actual needs and have better services. By introducing such digital partners, the port can not only meet the current environmental protection and intelligence requirements, but also build a solid data foundation and capability platform for continuous optimization and innovative development in the future, and truly move towards green, intelligent and efficient high-quality development. new stage.