12 results found. 1 - 10 of 12 results
In the last issue “Technology and Challenges,” we introduced the advantages of PIECLEX, the inspiration behind its development, and the technical challenges on the road to productization. In this issue titled “Applications and Outlook,” we asked the developers about the potentials and future prospect of PIECLEX as well its social impact concerning the environmental issues.
“PIECLEX” is a type of fabric based on the completely new concept of “Stretch-driven Antimicrobial” that was developed by PIECLEX Co., Ltd., a company that was jointly launched by Murata Manufacturing and Teijin Frontier. We spoke with Mr. Shiomi and Mr. Takumi, two developers at PIECLEX, about the behind-the-scenes development of this new fabric. In this “Technology Explainer Section,” we introduce the advantages of PIECLEX, the inspiration behind its development, and the technical challenges on the road to productization.
Smart Factories: Giving Form to Digital Transformation in the Manufacturing Industry
We explain here trends in the use of the latest technologies for decarbonization, which is one of the mega-trends surrounding the manufacturing industry. Digital transformation in the manufacturing industry, which is being tackled in smart factories, and decarbonization efforts are two sides of the same coin. It will be important to introduce and utilize advanced information processing technologies such as IoT, AI, and digital twins as a means of realizing RE100-compliant factories.
Aircraft engines have strict safety standards. Therefore, electrifying them has been considered unfeasible on both a technical and commercial basis. However, it is becoming increasingly likely that it will be possible to electrify aircraft engines due to the development of lightweight materials and the progress of electronics technologies. How far have aircraft engine electrification and autopilot systems progressed now? We explain here the current state and future of electric aircraft engines and autopilot systems as well as the latest information on realizing them, with a focus on electronics technologies.
Railways are more energy-efficient than other modes of passenger transportation, with CO2 emissions per ton-kilometer roughly one-seventh those of passenger cars. This is due to the energy-saving effects of power electronics, the electronics technology garnering the most attention amid calls to reduce CO2 emissions in order to achieve carbon neutrality. This article explains the evolution and principles of power electronics for drive motors in rolling stock (electric trains).
Energy harvesting is a technology whereby tiny amounts of energy are harvested from the surrounding environment and then converted into electric power using voltage materials, modules, and sensors. Let's look at several leading examples of how energy is harvested from the environment.
SDGs×Murata
Continuing from Part 1, this section introduces the process for achieving a “100% renewable energy plant” and Murata's own energy management system, etc.
SDGs×Murata
An introduction to the climate change measures of Kanazu Murata Manufacturing, the first plant to achieve “100% renewable energy” within the Murata Group.
SDGs×Murata
In Part 2, we introduce the internal company systems for advancing climate change measures throughout the company and for promoting the switch to renewable energy.
SDGs×Murata
An introduction to the climate change measures being carried out across the entire Murata Group as part of its SDG initiatives.
