Station Energy Consumption Data Acquisition IoT Solution

Whether for cars, trains, or high-speed rail, stations serve as crucial transportation hubs, undertaking functions such as passenger gathering and dispersion, and transportation organization, providing long-distance travel services for urban and rural residents.

 However, with the increasing number and scale of station constructions, along with the diversification of services provided, energy consumption issues have inevitably arisen, leading to significant energy costs and operational burdens.

As large public buildings and transportation hubs, railway stations are characterized by vast spaces, multiple functional areas, high passenger flow, and continuous year-round operation.

 This results in a high demand for energy-consuming equipment such as air conditioning, fresh air systems, heating, and lighting, with operating times far exceeding those of other ordinary public buildings, leading to substantial costs for water, electricity, gas, and heat consumption. Therefore, achieving real-time monitoring and data acquisition of station energy consumption holds significant value and importance for enhancing energy-saving efforts.

By deploying WideIoT energy consumption data acquisition gateways in various scenarios within the station, such as power distribution rooms, pump stations, and heat exchange stations, it is possible to connect multiple water meters, electricity meters, gas meters, and heat meters.

 These gateways can then real-time acquire energy consumption data and transmit it to the station's energy management platform via 5G/4G/WIFI/Ethernet, providing functions such as visual display, remote monitoring, intelligent alarming, and data analysis. This enables a quick understanding of energy consumption variations and abnormal energy usage information within the station, facilitating precise energy-saving measures and efficient decision-making. It effectively improves energy utilization efficiency and energy-saving management levels, further reducing energy consumption costs and promoting the creation of "dual-carbon" green stations.

Implemented Functions

1. Data Acquisition and Integration: Connects multiple water meters, electricity meters, gas meters, and heat meters to achieve data acquisition and integration into the station's energy management platform, enabling standardized data processing.

    This allows for a quick understanding of the operational status and energy consumption data of various energy-consuming devices within the station (such as lighting, air conditioning, and elevators).

2. Visual Energy Display: Establishes an energy data dashboard to visually display station energy network data, presenting station energy consumption data in the form of charts and reports to managers.

    This enables quick viewing of energy consumption data for individual devices or systems, as well as energy consumption over single or cumulative time periods, facilitating the formulation of scientific energy-saving measures.

3. Intelligent Energy Management: By integrating station operational data, passenger flow, and energy consumption costs, it is possible to reasonably adjust the energy usage plans for various devices and adjust energy loads. This ensures station operational safety while reducing energy consumption and waste, thereby lowering energy consumption costs and quickly identifying abnormal energy usage.