IOT News

As an important carrier of industrial production and economic activities, industrial parks consume enormous amounts of energy. This mainly stems from the operation of various industrial equipment in the park, materials used in production processes, and energy consumption by auxiliary facilities such as offices and lighting, primarily including electricity, water, natural gas, and heating.

Due to factors such as the vast area of the park, the diversity of energy-using facilities, and long hours of electricity use, combined with the lack of a data management system, parks often face high energy consumption costs, which have become a significant burden affecting the high-quality operation of the park. In response, the Industrial Park Energy Consumption Monitoring Data Management System builds an energy data network covering each building, enterprise, and floor in the park, generates energy usage reports, and supports the park in formulating scientific energy-saving strategies. By deploying and connecting WideIOT energy IoT gateways to smart electricity meters, water meters, gas meters, and other devices, real-time energy consumption data can be collected and transmitted via 5G/4G and other networks to the park energy consumption monitoring and management platform, thereby enabling multiple functions such as visual display, remote monitoring, online management, and data analysis. It provides insights into energy usage overview, energy statistics, energy analysis, loss analysis, and cost reports, helping the park understand energy consumption and energy losses and formulate reasonable measures.

Park managers can keep track of changes in water, electricity, gas, heating, and other energy consumption data for each building and each floor at any time, focus management on high-energy-consuming equipment, and quickly identify abnormal energy consumption based on time-of-use electricity consumption, time-of-use electricity costs, energy consumption rankings, etc., so as to carry out planned energy conservation and consumption reduction and strengthen energy-saving management and work efficiency.

In addition to monitoring HVAC, lighting, water and gas usage, and other equipment, it can also monitor the status of various energy meters and gateway devices, enabling unified centralized management of front-end equipment and dynamic display of device information, thereby identifying equipment faults and operating hours and taking measures to ensure safe and stable equipment operation.