Prodution Technology & Factory Equipment Development Field Overview
The Green Energy & Mobility Division provides the entire product life cycle, from orders to after-sales service for nuclear power generation, wind power generation, solar power generation systems, power distribution systems, etc., under an integrated quality assurance system.
In order to achieve a circular economy and carbon neutrality, we are actively incorporating cutting-edge production and manufacturing engineering technologies, aiming to reduce CO2 emissions at our production plants and achieve zero waste.
We will develop high-quality production technology and production equipment that will have high environmental value no matter where or who makes it.
In addition, we will promote the digitalization of production plants and production processes, and strive to ensure a stable supply of factory infrastructure and improve production efficiency by improving the resilience of production infrastructure facilities.
By supporting high-quality, low-cost manufacturing with high environmental value, we realize our customers' requests.
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Development of production technologies and production equipment that support advanced manufacturing
We develop production equipment and manufacturing engineering tools to manufacture high-quality products quickly and at low cost.
Starting with in-house development of automated production equipment (mechatronics and electrical and control design) using IoT technology, we are building a production environment to improve production work efficiency by uniquely combining elemental technologies such as CAD and CAM.
In order to contribute to society through manufacturing, it is necessary to continuously improve productivity and reduce costs.
We are promoting IE (Industry Engineering) to improve the current production and operations and make it a more rational and efficient process, and are also working to reform production operations processes and systems.
We are engaged in "manufacturing" activities to realize GX (Green Transformation) and DX (Digital Transformation) that can compete in a global environment, as well as SX (Sustainability Transformation). -
Improving the environmental value of production plants (promoting circular economy and carbon neutrality)
In order to reduce CO2 emissions from production, we are planning to introduce energy-saving equipment and renewable energy facilities and utilize energy management systems to make our plants green, and we are promoting the realization of carbon neutrality by 2030.
By effectively using plastic and other waste generated in production as raw materials and fuel, we aim to achieve zero landfill, and are working to realize sustainable resource recycling and a decarbonized society. -
Improving environmental value and resilience through greening and digitalization of production infrastructure facilities
In order to produce electric power equipment, which is a social infrastructure that requires high reliability, it is essential that the basic equipment (electricity, water, communication, etc.) and processing and transportation equipment (machine tools, presses, cranes, etc.) of production plants always operate with high precision and normal operation.
We are working to improve environmental value and resilience by responding to greening and digitalization in line with the trends of the times, while implementing the development, introduction, management, and maintenance of core equipment at these production plants with a thorough system.
