设备简介

Equipment Introduction

可编程式微控恒电位仪是一款集恒电位仪、动态直流排流、交流干扰去耦及基于特殊算法的综合智能调控于一体的创新型阴极保护电源设备。其核心采用闭环控制系统，通过实时监测管道电位并动态调整反向电流输出，构建“排流+阴极保护”双重防护体系。具备毫秒级响应能力和机器学习优化算法，可自适应复杂环境，不管是现有的阴极保护系统还是利用自身恒电位仪功能都可协同形成“排流+阴极保护”双重防护机制。

The programmable micro-controlled potentiostat is an innovative cathodic protection power supply equipment integrating potentiostat, dynamic DC drainage, AC interference decoupling and comprehensive intelligent control based on special algorithms. Its core adopts a closed-loop control system, which constructs a dual protection system of "drainage + cathodic protection" by real-time monitoring of pipeline potential and dynamically adjusting reverse current output. It has millisecond-level response capability and machine learning optimization algorithm, and can adapt to complex environments. Whether it is an existing cathodic protection system or using its own potentiostat function, it can synergistically form a dual protection mechanism of "drainage + cathodic protection".

设备支持物联网远程智能管理，同时支持本地操作及多模式运行。支持太阳能/市电双供电模式，集成极性排流、固态去耦合及数据远程传输功能，也可独立运行，安装便捷、环境适应性强等优势，能显著降低总体投资与维护成本。

The equipment supports IoT remote intelligent management, and also supports local operation and multi-mode operation. It supports solar power/mains dual power supply mode, integrates polarity drainage, solid-state decoupling and data remote transmission functions, and can also operate independently. It has the advantages of convenient installation and strong environmental adaptability, and can significantly reduce the overall investment and maintenance costs.

产品特点

Product Features

功能完整：具备多种运行模式。集恒电位仪、极性排流器、固态去耦合器、智能测试桩于一体，支持太阳能供电或市电输入

Complete and comprehensive functions: with multiple operation modes. Integrates potentiostat, polarity drainer, solid-state decoupler and intelligent test pile, supporting solar power supply or mains input

动态追踪补偿：根据地铁负荷变化(如早晚高峰电流波动)实时调整输出，保持管道电位在-0.85~-1.2V(CSE)保护区间内

Dynamic tracking and compensation: dynamically adjust the output according to subway load changes (such as morning and evening peak current fluctuations) to keep the pipeline potential within the protection range of -0.85~-1.2V (CSE)

协同保护：利用自身恒电位功能或与现有阴极保护系统联动，构建“排流+阴极保护”双重防护机制，提升整体防护效率

Comprehensive collaborative protection: use its own constant potential function or link with the existing cathodic protection system to build a dual protection mechanism of "drainage + cathodic protection" and improve the overall protection efficiency

性能稳定可靠：简化内部电路设计，提高处理能力，轻松实现恒电位仪基本的功能需求，确保了设备的稳定性和可靠性，同时操作简便易于学习

Stable and reliable performance: simplify the internal circuit design, improve the processing capacity, easily realize the most basic functional requirements of the potentiostat, ensure the stability and reliability of the equipment, and at the same time, it is easy to operate and learn

响应精准迅速：具备微秒级的调整能力，有效避免了传统方法所固有的滞后性。利用机器学习优化算法，以适应复杂土壤环境和多干扰源的场景

Accurate and rapid response: with microsecond-level adjustment capability, effectively avoiding the inherent lag of traditional methods. Use machine learning optimization algorithm to adapt to complex soil environments and scenarios with multiple interference sources

远程智能管理：支持物联网接入，实现数据云端存储与远程调控，降低人工巡检需求

Remote intelligent management: supports IoT access, realizes cloud data storage and remote control, and reduces the need for manual inspection

投资运维降低：工作量小，安装过程简单，施工占地面积小。从设备购置到施工的总体成本均有所下降，进而后期的维护费用也相应减少

Reduced investment and operation and maintenance: small workload, simple installation process, small construction area. The overall cost from equipment purchase to construction has decreased, and the later maintenance cost has also been reduced accordingly

适用环境

Applicable Environment

适用于长输管道/城镇燃气阴极保护不足管段

Suitable for long-distance pipelines/urban gas pipelines with insufficient cathodic protection

适用于存在动态杂散电流干扰(如地铁)的管道

Suitable for pipelines with dynamic stray current interference (such as subways)

适用于同时存在交流干扰、动态直流干扰、阴保水平不足的管道

Suitable for pipelines with AC interference, dynamic DC interference and insufficient cathodic protection level

适用于其他金属设施防护场景

Suitable for other metal facility protection scenarios

设备选型与设备参数