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Most of Taiwan's traditional industrial factories have been operating for over 25 years. Specifically, for extra-high voltage and high-voltage users, these factories still rely on old-fashioned methods of energy management, using manual transcription and analysis to record energy consumption. This makes it difficult for them to adjust quickly based on load characteristics. To overcome this challenge and embrace Industry 4.0 principles, the idea of implementing a new energy management system is being explored.The new system incorporates concepts like decentralized architecture, industrial Internet of Things, and relational databases. It involves adding new hardware and software, establishing communication networks, and designing streamlined processes. This enables factories to create a customized energy management system that meets their specific needs. The integrated energy management system combines crucial energy sources like electricity demand, solar power, and gas supply flow. It provides a real-time interface to compare detailed information from different factory sites. This helps factories understand their production line's load characteristics and implement efficient production scheduling, ultimately saving energy costs.
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