IOT News

Industrial parks, as crucial hubs for industrial production and economic activities, consume vast amounts of energy.

 This energy usage primarily stems from the operation of various industrial equipment, production processes, and auxiliary facilities such as office spaces and lighting, encompassing electricity, water, natural gas, and heating. Due to the expansive area of industrial parks, diverse energy-consuming facilities, and prolonged operating hours, coupled with the absence of a data management system, industrial parks often face exorbitant energy consumption costs, posing a significant burden on their high-quality operation.

To address this challenge, WideIoT offers a comprehensive solution for industrial park energy consumption monitoring and data management.

 This solution involves constructing an energy data network across various buildings, enterprises, and floors within the park, generating energy consumption reports to support the formulation of scientific energy-saving strategies.

By deploying WideIoT energy IoT gateways and connecting them to smart electricity meters, water meters, gas meters, and other devices, real-time energy consumption data can be collected and transmitted via 5G/4G networks to the park's energy consumption monitoring and management platform.

 This enables a range of functions, including visual display, remote monitoring, online management, and data analysis. It provides insights into energy consumption overviews, statistics, analyses, loss analyses, and cost reports, aiding parks in understanding their energy consumption patterns and losses, and formulating appropriate measures.

Park administrators can monitor changes in water, electricity, gas, and heat consumption data across different buildings and floors at any time, focusing on high-energy-consuming equipment.

 They can swiftly identify abnormal energy consumption based on time-of-use electricity rates, electricity costs, and energy consumption rankings, enabling planned energy-saving initiatives and enhancing energy management efficiency and effectiveness.

In addition to monitoring HVAC systems, lighting, water, and gas usage, the system can also oversee the status of various energy meters and gateway devices, facilitating centralized management of front-end equipment. It dynamically displays equipment information, enabling the detection of equipment faults and operating durations, and taking proactive measures to ensure safe and stable equipment operation.