Dafeng Technology 120KW Energy Storage Electromagnetic Boiler Project

Project Overview

This project is located at the facility of Heilongjiang Dafeng Technology Development Company, serving as a demonstration project for clean energy transformation in industrial parks. The project deploys a 120KW energy storage electromagnetic boiler, equipped with a large white water storage tank and a supply-return water pipeline network with red-blue markings, providing a stable heat source for the office and production auxiliary areas of the facility, achieving an energy structure upgrade from "coal" to "electricity" and from "extensive" to "intelligent."

Key Parameters

Project Location: Facility of Heilongjiang Dafeng Technology Development Company
Installed Capacity: 120KW
Equipment Type: Energy Storage Electromagnetic Boiler
Application Scenario: Clean Heating for Industrial Parks
Commissioning Time: 2025-2026 Heating Season

Customer Pain Points

The original heating mode of the industrial park falls short of modern production requirements:

Primarily reliant on small coal-fired boilers, resulting in significant environmental pressure, prominent carbon emissions, and dust issues;
Lack of centralized management for operational data, with maintenance depending on experience;
Heating stability is affected by coal quality, mismatched with the requirements of precision production environments;
Aging equipment leads to high maintenance frequency, posing risks of unplanned downtime.

Solution

Jingyu Thermal Energy tailored a 120KW energy storage electromagnetic boiler solution based on the park's load characteristics, with "clean electricity + intelligent control + remote monitoring" as the design core. The system integrates the main unit, water storage tank, circulation pump set, PLC control cabinet, and IoT gateway, with the red-blue supply-return water pipeline network installed according to standards, featuring clear markings and reliable connections.

Unit Configuration

Core Main Unit: One 120KW high-frequency electromagnetic induction boiler with thermal efficiency ≥98%;
Heat Storage Device: Large white insulated water storage tank, constructing a closed hydraulic circulation system;
Circulation System: Supply-return water pipeline network with red-blue markings + plate heat exchanger;
Control Unit: PLC intelligent control cabinet + IoT remote monitoring terminal.

Core Technology and Highlights

Electromagnetic Induction Heating: Complete separation of water and electricity, with high thermal efficiency and simple maintenance;
Off-Peak Electricity Heat Storage: Heat storage at night and heat release during the day, balancing grid load and reducing electricity costs;
Pipe Anti-Corrosion Process: Uses anti-corrosion steel pipes and insulation materials, suitable for industrial facility environments;
Remote Data Monitoring: Real-time cloud upload of water temperature, pressure, and power consumption, providing a basis for maintenance.

Implementation and Schedule

The project was completed in one go from site survey, equipment room layout, equipment placement, pipeline connection, to electrical commissioning. The equipment room layout is compact and reasonable, with clear markings on instruments and valves, facilitating daily inspection and maintenance.

Operational Results

Stable heating across the entire facility with minimal temperature fluctuations, improving both office and production environments simultaneously;
Clean electricity replaces coal, achieving zero emissions and zero smoke/dust, significantly enhancing the park's image;
Remote monitoring and alert mechanisms make maintenance more efficient, significantly reducing the risk of unplanned downtime;
The off-peak electricity heat storage strategy combined with efficient equipment operation results in more advantageous full-cycle energy consumption costs.

Customer Value

This project is an important part of the low-carbon and intelligent upgrade of the Dafeng Technology Park, providing a reference engineering example for "coal-to-electricity" industrial park transformation in Northeast China, and holding positive significance for promoting clean heating in regional industries.