PM864A 3BSE018162R1As a recognized clean energy, hydrogen energy is also one of the important industrial raw materials. Hydrogen industry and hydrogen energy utilization have become an important way to achieve China’s dual-carbon goal. It is predicted that by 2030, China’s annual production of green hydrogen will reach 10.26 million tons. With the development and innovation of energy technology, the large-scale application of green electricity and green hydrogen will not only effectively help various industries to achieve carbon emission reduction, but also bring huge market space for wind power, photovoltaic, electrolytic water hydrogen production and green ammonia industry.
In the speech entitled “Green electricity, green hydrogen and green chemical supply chain and value chain optimization”, Gong Dain, industrial digital solution manager of Schneider Electric, pointed out that in the process of development and application of green hydrogen, there are challenges that the volatility and intermittency of renewable energy and the production safety and continuity of synthetic ammonia chemical industry conflict; At the same time, the contradiction between the high energy loss in the traditional green hydrogen industry process and the efficiency of investment production has once become a technical problem plaguing the industry. The popularity of green ammonia industry must undergo a transition from instability to stability, and this process urgently needs to realize the long-term stability of the green “new path” through an integrated digital solution covering the whole life cycle.
In the field of green hydrogen and synthetic ammonia chemical industry, Schneider ElPM864A 3BSE018162R1ectric has perfect power distribution and automation solutions, aiming at the green hydrogen coupling chemical process of electrolytic water to produce synthetic ammonia, new energy power generation – electrolytic hydrogen production – synthetic ammonia, Schneider Electric provides digital twin and full life cycle solutions, according to the process characteristics and control characteristics of green hydrogen – synthetic ammonia. The independent digital systems such as power generation, energy storage, power grid, hydrogen production and ammonia synthesis will be coordinated to achieve the overall design of upstream and downstream, collaborative operation and maintenance, and create future industries. While bringing more possibilities to the green development of enterprises, in the whole production process:
Through digital twin simulation technology to predict the impact of changes on production scheduling, combined with operational data analysis, improve production stability and production adjustment ability
Through big data algorithms, combined with weather data to provide production basis, through real-time data and equipment predictive maintenance to give key equipment conditions and production trends
Quickly locate the critical equipment operation and maintenance status related to process adjustment, and formulate maintenance strategies in time
Through the integrated operation platform, we can visualize the whole process of enterprise operation and help enterprises improve decision-making and operation direction
In addition, through the AVEVA Process Simulation software, Schneider Electric digital solutions PM864A 3BSE018162R1cover the whole process of green hydrogen coupling chemical industry with multi-type and multi-scenario digital solutions combined with process automation intelligent control and safety products, and tap the data value: Including AVEVA E3D 3D design software, AVEVA Diagram & Engineering integrated process design and engineering platform, AVEVA ERM materials and construction management system, AVEVA APC advanced process control system, AVEVA RTO real-time optimization system, AVEVA UOC Integrated Operations Center and AVEVA PI System big data management platform, as well as a range of interconnected digital solutions including Foxboro DCS system and EcoStruxure™ Triconex safety meter system for smart energy and chemicals
At the electrical control level, ETAP power system simulation software creates an integrated digital twin platform solution to build virtual models and provide comprehensive analysis for different stages of the electrical system life cycle from design, construction, operation to maintenance, helping managers make relevant decisions. Complete the full process coverage from analysis, modeling, optimization, operation and maintenance to real-time monitoring and forecasting.
