Acheng Funeral Home 500KW Electromagnetic Boiler Heating Project

Project Overview

This project is located at the Acheng District Funeral Service Center in Harbin City, and is a clean energy renovation project for public service facilities. The project commissions one 500KW high-capacity electromagnetic boiler, completely replacing the original traditional coal-fired boiler, providing winter heating and daily hot water for the business building, farewell hall, and ancillary facilities. The system operates cleanly with low carbon emissions, safely and quietly, precisely matching the facility's all-day constant temperature and solemn environment requirements.

Key Parameters

• Project Location: Acheng District Funeral Service Center, Harbin City
• Installed Capacity: 500KW (Single high-capacity unit)
• Equipment Type: Electromagnetic Boiler
• Application Scenario: Public service facility heating
• Commissioning Time: 2025-2026 Heating Season

Customer Pain Points

Funeral service venues have extremely high requirements for environmental cleanliness, solemnity, and temperature stability. The original system had the following pain points:

• Frequent cleaning of coal-fired boiler smoke and slag was inconsistent with the venue's dignified image;
• Combustion noise interfered with the farewell ceremony environment;
• Night shifts and coal-loading operations occupied a large amount of manpower;
• Equipment aging led to increased failure rates and decreased heating stability.

Solution

Jingyu Thermal Energy customized a 500KW single high-capacity electromagnetic boiler solution for the funeral service center. The complete system consists of a boiler main unit, circulation pump group, PLC intelligent control cabinet, and cloud IoT monitoring platform, equipped with time- and zone-based control strategies to achieve differentiated heating for the farewell hall, office area, and ancillary facilities.

Unit Configuration

• Core Main Unit: One 500KW high-frequency electromagnetic induction boiler, with thermal efficiency ≥98%;
• Circulation System: High-temperature hot water circulation pump group + plate heat exchanger, adaptable to multiple parallel terminals;
• Control Unit: PLC intelligent control cabinet, supporting time-based and zone-based programmable control;
• Monitoring Platform: Cloud IoT platform, with real-time visibility of water temperature, pressure, and energy consumption.

Core Technology and Highlights

• Water-Electricity Separation Architecture: Completely eliminates combustion and leakage risks, providing greater peace of mind in public scenarios;
• Zero-Emission Operation: No smoke or odor, with significantly improved environment in the farewell hall and surrounding areas;
• Ultra-Low Noise: No combustion or high-frequency mechanical noise, maintaining a solemn and dignified ceremony environment;
• Cloud Intelligence: Supports remote data monitoring, fault warning, and energy-saving strategy deployment.

Implementation and Timeline

The project is implemented in phases without affecting the venue's normal operations: first completing the boiler room renovation and main pipeline laying, then utilizing low business periods to complete equipment hoisting, electrical commissioning, and grid connection.

Operating Results

• All-day constant temperature operation, with temperature stability in the farewell hall and office area significantly better than before the renovation;
• Zero emissions and zero combustion noise, with an overall upgraded service experience for the venue;
• Cloud-based monitoring reduces on-site staffing requirements, with corresponding reductions in operation and maintenance costs;
• Rapid equipment start/stop response, with significantly improved ability to handle load fluctuations.

Customer Value

The project reshapes the heating system of public service facilities through clean energy and intelligent management, serving as a benchmark case for clean heating renovation in the funeral industry in Northeast China, and providing important reference value for the low-carbon upgrade of similar public service facilities.

Project Real Scene