Enhance market competitiveness with easy maintenance and management solutions such as 'drone station' and 'mobile surveillance devices'[Industry News reporter Jeong Han-gyo] Ison is a smart infrastructure solution company that provides safe and convenient products based on its work experience at various industrial sites and Middle East sites, including security, telecommunications and energy fields. Ison is focusing on developing and supplying innovative products under the corporate concept of "Let's create convenient and safe products with creative technologies."In particular, products such as solar energy structure of Steel Beam Basic Modular Method supplied by Ison, drone station using platform poles, and mobile monitoring devices provide excellent convenience, safety, maintenance and management easy solutions, helping to enhance competitiveness of customers."Steelbow basic modular construction method is excellent for reducing costs by simplifying the installation process as well as safety and durability of the structure," said CEO Kim Eung-wook of Ison. "It is a carbon certification first class structure that does not have welding work and does not use concrete. It is an eco-friendly method that can be recycled 100 percent upon removal."What are the characteristics of a solar energy structure using the Steel Beam Foundation Modular Method?As with the mathematical formula, the existing solar power structure has been installed as a basic method of concrete or a basic method of screw file. The problem was that the quality and efficiency of the work are determined by the skill of the workers, and that it was difficult to manage the quality of the workers at once due to the large number of employees being deployed.To solve this problem, Ison developed an innovative steel beam-based solar structure that uses corrosion-resistant steel based on molded It has developed the world's first 'modular method' of assembling structures, foundations, and modules in the workplace in advance and transporting them to the installation site.Photovoltaic structures of the Steel Beam Foundation Modular Method can be used reliably for more than 30 years. This is because it used POSMac, a material that is excellent in corrosion resistance, and applied optimized design and fabrication and construction methods. POSMAC is a highly corrosion resistant, highly corrosion resistant alloy plated product developed by POSCO's own technology, and shows five times greater corrosion resistance compared to ordinary molten galvanized steel plates with the same amount of adhesion. In addition, if the connecting bolts are also bolted in the event of joining a metal body using a super-thin coating product consisting of a high hardness of metal zinc layer and a special coating, use a MacBOLT (MacBOLT) which inhibits corrosion by potential difference and has a good corrosion resistance.Photovoltaic structures of the Steel Beam Foundation Modular Method are suitable structures for large solar power plants with hundreds or more of structures rather than small solar power plants, and the more economical benefits are increased as the generation capacity increases.What efforts do you make to improve the stability of the solar structure?The degree of ground subsidence in the Holy Land and Cut Land areas varies over time, which can cause safety problems for the structure. The Steel Beam Foundation Modular Method was developed to minimize this problem, which was demonstrated by the strength review of Steel Beam Foundation Modular Method. Based on the design dimensions for the newly constructed Steel Beam Foundation Modular Method, the strength of the structure was considered in theoretical and experimental methods to verify stability.Based on the vertical downward force calculated according to the variation in the depth of soil being buried, including the magnetic force of the steel beam foundation modulator, the input force and vertical safety factor for the pull to the upper section caused by maximum wind speed were verified. The vertical gravity and the safety factor that the structure can withstand on the support of the floor are calculated and applied during installation according to changes in the depth of the structure's flooring calculated by these verification. In response, Ison has a domestic patent and an international patent is also being applied.In addition, the government also has technology to monitor whether or not a module is abnormal or not using drones to monitor whether or not a module is abnormal or not, and thus provided a system to minimize damage in advance by monitoring the impact of a structure in real time due to natural disasters.What projects are you preparing for 2020?It believes that it is necessary to introduce Ison's specialized technology to customers first, and is conducting pilot projects to secure references. The size of the project is about 1 to 3MW, and it plans to develop domestic and foreign markets after building performance of supply to South Korean solar energy EPC companies. As large-scale solar power projects such as Saemangeum are under preparation, Ison will cooperate with companies with extensive design experience and will actively carry out eco-friendly Steel Beam Modular Construction that is suitable for Saemangeum environment.In case of overseas countries, we believe that large-scale solar power facilities are installed using desert or idle land, and that many large global markets are in front of us. Based on a domestic reference, the overseas market will seek to advance into the global market with large suppliers of the country, where solar installation is active recently.Although the Chinese companies' offensive in volume is causing a contraction of new and renewable energy companies in Korea, Ison is planning to export its products through diversification of markets in North America, South America and Southeast Asia by securing product competitiveness through innovative technology development.In addition, the company will actively participate in exhibitions and seminars in Korea and will also collaborate with solar energy EPC companies in order to raise awareness of the Steel Beam Basic Modular Method with many advantages. It plans to actively utilize the advantages of Steel Beam Basic Modular Method and will also produce professional technicians through related education.Photovoltaic structures installed in large areas are exposed to the outside for a long time and are reduced in efficiency compared to the early stages by pollutants, and they are virtually impossible because of the cost and time needed to manage them only with human resources. In response, Ison plans to enhance its competitiveness by providing a mobile monitoring system that manages solar power plants without a license and monitoring solutions using drones.Steel Beam Basic Modular Method, which is an innovative artificial method, can be highly competitive not only in Korea but also in other countries. In addition, the company is focusing on developing new products that combine engineering and field perspectives to provide stable and cost-saving solar energy structures. Great efforts will be made to become a leading solar structure operator trusted by customers. It is also planning to actively participate in R&D projects that are carried out in countries and secure marketplaces by securing technical skills and excellence of products.Industry News (http://www.industrynews.co.kr)
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