Suiling Liansheng Water Supply Plant 300KW Energy Storage Electromagnetic Boiler Project
Project Overview
This project is located at the Liansheng Township Water Supply Plant in Suiling County, Heilongjiang Province, serving as a benchmark initiative for the smart upgrade of township water services. The project is equipped with a 300KW energy storage electromagnetic boiler, along with a synchronously deployed digital twin intelligent monitoring dashboard that provides three-dimensional visualization of key data such as water temperature, pipeline pressure, and real-time energy consumption, comprehensively enhancing the digital operation and maintenance capabilities of township water services.
Key Parameters
- Project Location: Liansheng Township Water Supply Plant, Suiling County, Heilongjiang Province
- Installed Capacity: 300KW
- Equipment Type: Energy Storage Electromagnetic Boiler + Digital Twin Monitoring
- Application Scenarios: Smart Water Services + Clean Heating
- Commissioning Time: 2025-2026 Heating Season
Customer Pain Points
Traditional township water supply plants face multiple challenges during their digital and low-carbon transformation:
- Dispersed operational data with no unified monitoring and display platform;
- Fault response relies on manual experience, with delays in detecting anomalies;
- The energy structure is dominated by coal, which is inconsistent with the "dual carbon" goals;
- Uneven capabilities of operation and maintenance personnel make it difficult to maximize equipment performance.
Solution
Jingyu Thermal Energy has created a dual-driven "Clean Energy + Smart Control" solution for the Liansheng Water Supply Plant: on the heating supply side, the 300KW energy storage electromagnetic boiler provides the main heat source; on the control side, a digital twin dashboard is deployed to unify and visualize equipment operation, energy consumption, and alarms on a single display.
Unit Configuration
- Core Unit: One 300KW high-frequency electromagnetic induction boiler, with thermal efficiency ≥98%;
- Heat Storage Device: Large-capacity insulated water storage tank, combined with valley electricity strategy for heat storage and release;
- Smart Platform: Digital twin dashboard integrating three major modules: equipment status, energy consumption, and alarms;
- Control Unit: PLC control cabinet + IoT gateway, supporting remote precise intervention.
Core Technology and Highlights
- Valley Electricity Heat Storage, Peak-time Heat Supply: Fully utilizing time-of-use electricity pricing to balance grid load;
- Digital Twin Visualization: Three-dimensional presentation of water temperature, pressure, and energy consumption for data-driven decision-making;
- Fault Warning and Remote Intervention: Abnormal conditions detected in advance, with significantly shortened response time;
- Clean Energy Replacement: Completely bidding farewell to coal, building a new benchmark for low-carbon water services.
Implementation and Timeline
The project is implemented in two phases: the first phase involves the renovation of the equipment room and grid connection of the 300KW main unit; the second phase involves the deployment of the digital twin platform and data integration, achieving a smart operation and maintenance closed loop of "visible upon commissioning, immediate alerts upon anomalies."
Operational Results
- Stable heating throughout the entire heating season, with visualized temperature control at key nodes of the plant and pipeline network;
- The digital twin platform enables operation and maintenance personnel to grasp the overall situation at a glance, significantly improving inspection efficiency;
- The combination of valley electricity strategy and efficient equipment operation has significantly reduced energy consumption costs across the entire cycle;
- Zero-emission operation has simultaneously improved the environmental quality around the plant and the image of the water services.
Customer Value
The project reshapes the township water service operation and maintenance model with "Clean Energy + Digital Twin," providing a complete and replicable template for the smart and low-carbon upgrade of rural water service infrastructure in Northeast China.
Project Real-scene Photos
