1988 to 2000, this is the growth stage of sub-imitation.
The development of domestic power industry has effectively promoted the growth of sub-imitation.
199 1 year, Fang Ya completed the development and production of two sets of thermal power plant simulators, which indicated that Fang Ya began to master the manufacturing technology of simulators.
199265438+1On October 25th, Comrade Xiaoping came to Asia on a southern tour. On this unforgettable day, Comrade Xiaoping's kind teaching inspired the growth of a generation of Asian humanoid.
1992-1At the end of 993, Fang Ya successfully developed the simulation support software with independent intellectual property rights, which laid the foundation for comprehensive development.
At the same time, Fang Ya undertook Qinshan nuclear power simulator project, which broke the blockade and monopoly of foreign nuclear power simulators in China.
Subsequently, sub-imitation successively entered the fields of chemical industry, power grid, aviation, military, entertainment, dynamics, virtual reality and so on. The scale and industrialization development of the simulation system are realized.
The Asian Imitation and Engineering Center has successfully developed a series of supporting software and platforms with independent intellectual property rights, reaching the international advanced level, and developed more than a dozen domestic first-time projects such as Qinshan nuclear power simulator, imitation imported 600MW thermal power unit full-range simulator, and chemical production whole-process simulator. It won a series of awards such as "1995 National Top Ten Scientific and Technological Achievement Award" and "Ninth Five-Year Excellent Achievement Award", which also made China one of the few countries with nuclear simulation capability in the world and won a high reputation at home and abroad.
Since the implementation of the torch plan for more than ten years, the system engineering business including simulation, control and information has been comprehensively developed and improved.
The development of automation control involves many industries such as electric power, metallurgy, petrochemical, environmental protection and so on. Can provide users with different specifications of monitoring system, DCS, DAS, PLC program control, SCADA system, power management system, online performance analysis and decision support system design, installation, debugging, trial operation and technical training of the whole process services.
In terms of information system, Fang Ya takes Internet/Intranet/Extranet network system integration and application, website construction, e-commerce platform, ERP system, equipment management system, CRM system, triple play project and broadband multimedia application as the company's leading direction, and actively participates in the development and integration of communication, energy, enterprise, government system engineering, national "three gold" project and other related information systems.
At this stage, the industrialization ability of sub-imitation system engineering has been greatly improved. Import substitution realizes the industrialization of scientific and technological achievements. In the process of developing high technology and realizing industrialization, a sub-imitation brand has been created. The largest simulation industry base in Asia is in China and also in Asia. This is a glorious growth process. It can be said that the establishment and growth of sub-imitation is a milestone in the field of simulation in China.
From 2000 to 2004, this is the second stage of the development of sub-imitation simulation technology-innovation and in-depth development.
In the report of the 15th National Congress of the Communist Party of China, the CPC Central Committee clearly put forward "transforming and upgrading traditional industries with high-tech and advanced applicable technologies". The Guangdong provincial government also pointed out in its work report that "high-tech industries and transforming traditional industries with high-tech should be regarded as the first growth point of the province's economy".
According to the objective needs of national economic development, sub-imitation comprehensively applies simulation, control and information technology to realize the technical transformation of traditional industries, thus forming an advanced integrated system engineering integrating simulation, control and information, so that the above three can run on the same platform to obtain the best performance and effect.
The transformation of traditional industries is a systematic project, which needs to analyze all aspects of problems from a systematic perspective, and plan and formulate practical and effective measures. According to different actual situations, the specific situation is analyzed and tailored. The trinity advanced integrated system engineering with network as the core promotes the development of individual projects to the height of overall solutions. Its main technical features are online simulation and online decision control, which expands the application space of simulation technology from training and acceptance to online, ensuring safety and promoting economy.
The important achievements at this stage include: the control system project of garbage power plant, the digital acquisition system of steel plant, the control system of cement plant, the optimized control system of digital steel ball mill, the digital power plant and Naibor plan products.
Since 2005, Asian imitation has ushered in the third stage of simulation technology development-implementing Scientific Outlook on Development and promoting the realization of circular economy.
Scientific Outlook on Development's proposal greatly promoted the development of soft science decision theory. Simulation technology is also the best tool and means to study large-scale systems and help scientific decision-making. Therefore, the implementation of Scientific Outlook on Development has brought an excellent opportunity for the great development of simulation technology.
Fang Ya applies online simulation technology to the iron and steel industry, and makes good service for saving energy and promoting the realization of circular economy.
Following the cooperation with Shaoguan Iron and Steel Plant in Guangdong Province, Fang Ya cooperated with metallurgical enterprises such as Jigang in Shandong Province and Xiangtan Iron and Steel in Hunan Province in an all-round way, and made static calculation and dynamic analysis on the energy system of the iron and steel plant, realizing online decision-making and optimal control, saving energy consumption, achieving remarkable economic and social benefits, reducing the energy consumption level of China's iron and steel industry and promoting the overall development. At the same time, further reduce energy consumption and environmental pollution, and provide a good foundation for building a conservation-oriented society and sustainable development.
The future development direction of sub-imitation is:
Based on more than 20 years of imitation, we continue to expand our business in three major areas: simulation, control and information. Based on the advanced integrated system engineering integrating simulation, control and information technology, we will further expand the online simulation and online decision control business of industrial systems such as electric power, steel, chemical industry and cement. Further promote the construction of court informatization and e-government; Expand and deepen the construction of entertainment sports simulation system; Analysis and verification of economic simulation; Open up the traffic simulation business field; Products and Technology After more than 20 years of continuous efforts, Fang Ya has successively completed many large-scale simulation control projects 100 at home and abroad, such as thermal power plants, nuclear power plants, substations, power grids, petrochemicals, ships, airplanes, entertainment and sports simulation, most of which are national, ministerial and provincial key scientific and technological projects, and the technology has reached the contemporary international advanced level. Its implementation and completion have greatly promoted the application level of simulation technology in China and made outstanding contributions to the industrialization of simulation machines in China. Simulation, also known as simulation, is based on computer technology, network technology, digital modeling technology, graphics and image technology, simulation support software technology and other multidisciplinary technologies, and simulates and reproduces the real environment or process according to the structure, principle, process and characteristics of the simulated object. The products manufactured by simulation technology can be used for training, design, feasibility demonstration, preliminary verification and actual operation analysis and optimization. At the beginning of its establishment, Fang Ya undertook the project of "Industrial System Simulation and Control Device", which was included in the first batch of national torch plans and then included in the national torch key plan. Therefore, the sub-imitation technology started from a high starting point.
In the early 1990s, the company independently developed advanced simulation support software system and various automatic modeling software with independent intellectual property rights, reaching the international advanced level. It has broken through the obstacles of foreign countries in advanced simulation technology, and successfully applied to nuclear power, aviation, navigation, military industry, electric power, chemical industry and other fields, greatly accelerating the development pace of real-time simulation in China.
In just a few years, Fang Ya has developed "the first simulated imported thermal power unit", "the first simulated dual-switching thermal power unit", "the first simulated marine engine", "the first simulated airplane pilot" and "the first simulated nuclear submarine high platform". ...
In the melting pot of high-tech development, Asian imitation has grown mature;
1995, the first full-range simulator of nuclear power plant in China-"Qinshan 300MW nuclear power unit full simulator" won the "95 National Top Ten Scientific and Technological Achievement Award", which made China rank among the advanced ranks in the international simulation industry, became one of the few countries in the world that can manufacture full simulators of nuclear power, turned a new page in the simulation history of China and won the honor for the company.
199665438+In February, Fang Ya undertook the task of establishing a national simulation control engineering technology research center, and passed the acceptance of the Ministry of Science and Technology in June 2000. This is the only national engineering technology research center in the field of simulation control in China.
1997, successfully passed the German authoritative certification body T &；; The ISO900 1 certification of Uumlv determines the quality assurance mode from design/development to production, installation and service. For systems engineering, quality is the source of life for products. Fang Ya is the first company in the domestic simulation industry to pass the international quality system certification, and insists on taking the initiative to bring new products into the quality control system at any time during the company's development to ensure quality.
During the period of 1999, Fang Ya made use of the system engineering experience accumulated for many years and the advantages of simulation technology to create brilliant achievements in computer Y2K Armageddon. With high-quality and efficient services, Yafang has solved a large number of Y2K problems for all walks of life at home and abroad, such as Huaneng Group, Hong Power Plant, Guizhou Shuicheng Iron and Steel Group, Wuhan Merchants Intelligent Building, Shanghai Baosteel and other dozens of enterprises, which are among the best in domestic counterparts.
After more than 20 years of continuous efforts, Fang Ya has successively completed more than 0/00 large-scale simulation control projects at home and abroad, such as thermal power plants, nuclear power plants, substations, power grids, petrochemicals, ships, airplanes, entertainment and sports simulation, most of which are national, ministerial and provincial key scientific and technological projects, and the technology has reached the contemporary international advanced level. Its implementation and completion have greatly promoted the application level of simulation technology in China and made outstanding contributions to the industrialization of simulation machines in China.