IOT News

With the continuous advancement of industrial IoT technologies, more and more enterprises are shifting toward digitalized and automated production management. For digitally transformed businesses, the high costs associated with electricity consumption have become a critical issue that demands attention. The core challenge addressed by WideIOT's energy data acquisition solution is how to enable real-time monitoring of power usage while providing actionable insights for energy optimization.

By connecting various electricity meters to WideIOT's industrial smart gateways, the system can collect real-time power consumption data and upload it to an energy monitoring platform. The platform offers visualized data displays and analytical tools, highlighting key power-consuming equipment and identifying anomalies. This empowers businesses to quickly optimize their operations, reduce energy waste, and lower costs.

1. Data Acquisition
The gateway can collect data from multiple electricity meters simultaneously and transmit it to the cloud via 5G/4G/Wi-Fi/Ethernet, enabling rapid deployment of a data collection system.

2. Alerting & Notifications
By setting energy consumption thresholds for various systems, the platform sends automatic alerts via SMS, email, or dashboard displays when limits are approached or exceeded. This ensures that staff are promptly notified to take corrective action and prevent unexpected issues.

3. Equipment Inspection & Monitoring
The system continuously monitors the status and performance of diverse equipment. It can detect abnormal conditions early and issue warnings, allowing maintenance teams to respond quickly and perform timely repairs.

4. Data Analysis
Users can intuitively view and analyze energy data, identify consumption trends, develop energy-saving strategies, and compare usage patterns across different time periods or devices. Clear visibility into electricity usage facilitates informed decision-making.

Application Scenarios

1. Steel Mill Power Consumption Control
In steel plants, high-energy equipment such as blast furnaces and rolling mills consume substantial amounts of electricity. With the power monitoring system, plant managers can obtain real-time, detailed energy data and generate comprehensive reports. This enables them to better regulate equipment operation and energy usage, ultimately reducing power loss and production costs.

2. Hospital Power Safety Monitoring
Hospitals rely heavily on highly reliable power supplies, making equipment stability and electrical safety paramount. The energy monitoring system provides real-time detection of abnormal power usage, enabling swift incident response. It enhances overall energy efficiency while strengthening safety and reliability.

3. Office Building & Campus Energy Management
Office parks and campus environments are often complex and expansive, with unclear energy performance indicators. By deploying the power monitoring system, facility managers can track consumption at the building or even unit level, enabling more granular energy oversight. This facilitates timely data aggregation and reporting across the campus, supporting the development of smart, energy-efficient zones.