Towards a greener and more sustainable world, DC superconducting energy transmission is expected to play a greater role in energy grids, smarter cities and inexperienced ports and all power-hungry areas and functions positively impacted by electrification, significantly when Renewable energy will be the symbol of the overwhelming majority of capacity building.
Vitality transmission over long distances usually faces environmental issues, due to the huge footprint of each trail, and due to soil warming due to vitality dissipation. Superconducting information allows for the inclusion of environmental impact (-10X material amount and footprint) and presents no damage and significantly reduces set up and working costs.
Chubu College, supported by Japanese authorities and industry, has promoted the improvement of superconducting DC transmission applied sciences for more than 15 years, including the world’s longest class 1,000-m DC transmission line and 500-m line of transmission for implementation in society. Including development and operation. which displays energy transmission from a solar power plant to a web knowledge center.
ASG, with over 60 years of expertise within extreme vitality physics, fusion vitality and improvement of superconducting magnets and techniques and units for medical applications, is actively pursuing new functions of superconductivity with MgB2 value efficient extreme temperature superconducting supplies. doing to get the answer. Industrial and energy high quality technology.
Professor Motojima of Chubu College declared: “I strongly envision that by combining the experience, data and ongoing efforts at Chubu College with these at ASG, we will, within several years, be able to create an innovation in an impact grid system. I am confident that this collaboration of experience and assets will create a synergy that can result in rapid and eco-friendly improvements in reaching our goals that benefit society on a worldwide foundation. could.
“This agreement is another important step in enhancing our position in the increasingly revolutionary superconducting cable technology,” said Sergio Frattini, CEO of ASG Superconductors.
“Fulful collaborations with a reputed and skilled partner such as Chubu College will position ASG in the most effective position in its effort to discover and develop extreme temperature superconducting supplies, wires and technologies that can be used for inexorable vitality storage, transportation and extreme vitality consuming industrial processes. is for.”