Semiconductor & AI
Semiconductors and AI
The development of AI and data centers has brought increased attention to semiconductors. This article explores the industry by examining the manufacturing process behind them and the "temperature" technology involved.
Featured
How are semiconductors made? Manufacturing process and the little-known role of "temperature" that support the AI era.
Semiconductors underpin AI, smartphones, and automobiles. This article traces their manufacturing process, revealing the often-overlooked role of temperature.
Read the articleMeasurement & Data
Measurement and data
Measuring temperature leads to recording, explaining, judging, and improving. We consider how to connect measured values to on-site decision-making, rather than simply leaving them as numbers.
Perspective
It's not just the temperature that's being measured. | The importance of being able to explain the measured values.
It's not just about measuring temperature, but also about considering "why we can trust that number." We'll think about the meaning of the measurement values through calibration, traceability, recording, and monitoring.
Read the articleDepolization
Decarbonization and energy conservation
Decarbonization in manufacturing is not simply about reducing energy consumption. We will consider energy issues in manufacturing from multiple perspectives, including quality, equipment, on-site experience, data, and supply chains.
01
Why is decarbonizing factories so difficult? | The energy dilemma faced by manufacturing sites
We will examine the reasons why decarbonizing factories is difficult from the perspective of balancing quality and energy consumption, which are challenges faced in manufacturing.
02
The true nature of intuition and experience | The meaning of transforming manufacturing wisdom into data
We will consider how to utilize the experience and on-site intuition of veterans as data.
03
Where does heat loss in factories come from? Energy saving considerations based on conduction, convection, radiation, and temperature variations.
We will understand how heat escapes and consider energy saving based on temperature measurements.
04
Can quality and energy efficiency coexist? Optimizing energy in manufacturing sites from a temperature control perspective.
We will consider how temperature control can be used to reduce energy consumption while maintaining quality.
05
Will decarbonization lead to increased corporate value? The future of manufacturing and supply chains.
We consider decarbonization not just in terms of individual factories, but from the perspective of the entire company and supply chain.
06
Where to begin with energy conservation in factories? Decarbonization measures through "measure, understand, and change"
To begin energy conservation, first organize what needs to be measured, what needs to be known, and what needs to be changed.
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