环境影响评估(生命周期评估和温室气体核算体系)
我们的测量和分析技术有助于减少整个供应链的温室气体排放
我们通过开发和提供专门用于研发设施的能源管理系统(EMS),促进能源管理,为实现碳中和社会做出贡献。
能源管理是一项旨在可视化和了解工厂、建筑物和其他设施以及整个社区的能源使用状况的举措,以实现最佳的能源使用。
EMS(能源管理系统)支持这些举措。实现全面的能源管理,需要从能源使用的可视化开始,一直到管理、分析和控制能源。
研发设施的能源使用很容易受到研发实验内容和时间表频繁变化的影响,因此需要针对非常规设施操作进行能源管理优化。这与工厂和办公室的能源管理不同,后者侧重于稳态能源使用。
Over the years, HORIBA has cultivated expertise in energy solutions "Generate (optimal control of power generation)" and "Use (efficient operation of energy)". In addition, HORIBA will add the energy system solution "Store (optimal adjustment of energy storage system)" using hydrogen and batteries, which will be developed in the future, to realize total "Optimization (energy management)" of energy as a whole.
At the core of this energy management technology is integrated lab management system inclucing our proprietary test automation system, STARS Enterprise. This facility adjustment and control solution, designed specifically for R&D centers with large fluctuations in energy demand, achieves significant energy savings based on "visualization and bird's-eye view of facility operation," "pattern recognition of demand fluctuation factors," and "coordinated control of R&D facilities" in response to energy consumption patterns of "unreasonableness, wastefulness, and irregularity. We realize significant energy savings.
*1 This program supports the development of technologies that are expected to be highly effective in saving energy in 2040, focusing on "key technologies" identified as priority areas in the "Energy Conservation Technology Strategy" (Agency for Natural Resources and Energy, NEDO), and aims to strengthen industrial competitiveness while realizing a decarbonized society in Japan. The program aims to strengthen Japan's industrial competitiveness while realizing a decarbonized society.
*2 Our estimate based on simulations at HORIBA's E-LAB.
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