Suiling Beishan Township Water Supply Plant 200KW Energy Storage Electromagnetic Boiler Project

Project Overview

This project is located at the Beishan Township Water Supply Plant in Suiling County, Heilongjiang Province. The core configuration includes a 200KW energy storage electromagnetic boiler and a complete pipeline network system. Guided by the design philosophy of "valley electricity heat storage + constant temperature water supply," the project provides a stable heat source for winter equipment freeze protection, plant heating, and auxiliary facilities, comprehensively improving the green energy-saving level and operational reliability of the township's water supply infrastructure.

Key Parameters

• Project Location:Beishan Township Water Supply Plant, Suiling County, Heilongjiang Province

• Installed Power:200KW

• Equipment Type:Energy Storage Electromagnetic Boiler

• Application Scenario:Heating and freeze protection for township water supply plant

• Commissioning Time:2025-2026 Heating Season

Customer Pain Points

Township water supply plants in Northeast China face harsh operating conditions in winter:

• Outdoor temperatures often drop below -25°C, posing a high risk of freezing and cracking for pipelines and equipment;

• The original heating method has poor thermal stability, requiring frequent inspections by night shift personnel;

• Fuel transportation and storage occupy significant space, creating considerable environmental pressure;

• Operation and maintenance staff are stretched thin, making it difficult to cope with prolonged low-temperature weather.

Solution

Jingyu Thermal Energy designed a 200KW energy storage electromagnetic boiler solution for the Beishan Township Water Supply Plant. Combined with the operational characteristics of the water plant, the solution is tailored with a "full-power heat storage during valley electricity periods, on-demand constant temperature during peak and flat periods" strategy, ensuring that key areas of the water plant remain within a safe temperature range even in extremely cold weather.

Unit Configuration

• Core Main Unit:One 200KW high-frequency electromagnetic induction boiler with thermal efficiency ≥98%;

• Heat Storage Device:Large-capacity insulated water storage tank, completing full-power heat storage at night;

• Circulation System:Main circulation pipes + branch control valve groups, precisely connecting to various heat consumers in the plant;

• Control Unit:PLC intelligent control cabinet + multiple safety pressure relief protections.

Core Technology and Highlights

• Valley Electricity Heat Storage Strategy:Fully utilizes low-price electricity periods for heat storage, significantly reducing electricity expenses throughout the heating season;

• Electromagnetic Induction Heating:Water-electricity separation, long equipment lifespan, and exemption from annual inspection;

• Multiple Safety Protections:Comprehensive protection logic for over-temperature, over-pressure, water shortage, and leakage;

• IoT Remote Monitoring:Supports mobile inspection and alarm push notifications.

Implementation and Construction Period

The project was carried out during off-peak water supply periods at the plant. The equipment room layout is compact and reasonable, with clearly marked pipeline directions for easy later inspection and maintenance. Full system commissioning and pressure tests were completed before commissioning.

Operating Results

• Temperature in all key areas of the plant remains stable, significantly reducing the risk of pipeline and equipment freezing and cracking;

• The valley electricity heat storage strategy delivers significant electricity cost savings;

• Remote monitoring reduces nighttime staff trips, markedly improving operation and maintenance efficiency;

• Zero-emission operation simultaneously improves the environmental quality around the plant.

Customer Value

The project provides a safe, clean, and economical heating solution for township water infrastructure through electromagnetic heating + energy storage technology, holding typical示范 significance for promoting the green upgrading of rural water infrastructure in severely cold regions of Northeast China.

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