ICP DAS IoT Solution for Automated Stores Introduction With the growing adoption of IoT technology, automated stores can operate with real-time monitoring, remote management, and reduced labor requirements. Traditional washing machines and vending machines often required staff to visit the site regularly for equipment inspections, maintenance, and restocking, increasing labor and operating costs. By using […]

Smart Energy Management for Display Manufacturing Introduction A leading panel display manufacturer producing TFT-LCDs, LCDs, and touch panels needed a reliable way to monitor the current consumption of HEPA inverters used in its cleanroom production environment. To ensure stable inverter operation while supporting energy management initiatives, the company required real-time visibility into inverter performance and […]

Smart Foundry Solution: 22% Energy Savings, 28% Less Material Use Challenges Production data, including raw material weights, melting time, and furnace energy consumption, was largely recorded manually. This resulted in fragmented, incomplete data that made analysis and process optimization difficult. Material feeding and furnace temperatures relied heavily on operator experience, making it challenging to maintain […]

Zhangbei Wind, Solar & Energy Storage Demonstration Project (China) Introduction The Zhangbei National Wind and Solar Energy Storage and Transmission Demonstration Project in Hebei Province, China, is one of the world’s largest battery energy storage facilities and a pioneering example of integrated renewable energy infrastructure. The project combines wind power, solar power, energy storage, and […]

Industrial IoT Energy Monitoring Concentrator (PMC-5200 Series) Introduction The PMC-5200 Series Power Meter Concentrators are designed to support Industry 4.0 initiatives focused on energy efficiency and carbon reduction. The series integrates seamlessly with ICP DAS power meters through RS-485 or Ethernet connections, providing advanced capabilities for power monitoring, energy analysis, demand management, and alarm notifications. […]

Thailand Palm Oil Mill Energy Monitoring & Predictive Maintenance Introduction This customer is a palm oil producer in Thailand specializing in palm kernel oil extraction. Rich in fatty acids, palm kernel oil is widely used in products such as edible oils, biodiesel, cosmetics, and other industrial applications. Operating a palm oil processing facility in Thailand’s […]

Smart Energy Management Solutions for Panel Display Manufacturing Introduction A leading panel display manufacturer produces TFT-LCDs, LCDs, and touch panels in cleanroom environments equipped with HEPA inverters. To ensure reliable inverter operation and improve energy efficiency, the company needed a way to monitor inverter current in real time. ICP DAS’s energy management solution enables continuous […]

  Power Monitoring for More Efficient Mask Aligner Operations ICP DAS USA’s DNM-831I-100V-50A Voltage Attenuator & Current Transformer, M-7017RMS-G 8-Channel True RMS Input Module, and PMC-5231 Power Meter Concentrator were used to monitor power consumption and collect operating data from mask aligners. This data provides valuable insights for predictive maintenance, helping improve equipment reliability, reduce […]

Remote Monitoring and Control of Solar Street Lights via 4G Introduction The existing solar-powered streetlights included a built-in 4G gateway, but it was only compatible with the vendor’s proprietary platform and could not connect to the customer’s independently developed system. This limitation raised data security concerns and restricted integration flexibility. The customer needed a reliable […]

Smarter Energy Management, Lower Carbon Impact Key Challenges: Limited Energy Visibility Real-time monitoring of individual equipment and overall facility energy use was unavailable, making it difficult to identify inefficiencies and implement effective energy-saving measures. Inefficient Lighting Control Although the lighting system supported two-way control, the functionality was underutilized. The lack of scheduling and automated management […]