exist“Dual carbon”Under the promotion of strategy, the green transformation of urban infrastructure has shifted from“Ground Engineering”Extend to underground space. Limited space is not only a function of urban operation“blood capillary”It is also a key battlefield for carbon reduction. The traditional operation and maintenance model relies on high energy consuming equipment and passive disposal, while intelligent monitoring systems rely on“Passive power supply, precise regulation, active defense”The three major innovations are opening up a new path for green upgrading in limited space operation and maintenance.

The greenization of intelligent monitoring in confined spaces is first reflected in the breakthrough of energy models. Traditional equipment relies on mains power supply, which not only consumes high energy but also makes underground space wiring difficult and maintenance costs enormous. The new generation of monitoring equipment utilizes passive power supply technology to achieve“self-sufficient”Running in style；combine5GNarrowband Internet of Things technology,It can be done with low power consumptionComplete real-time data transmission.

The core of green operation and maintenance lies in“precise”Traditional dredging and exhaust operations often result in premature or excessive operation due to human judgment errors, leading to dual waste of energy and resources. The intelligent monitoring system collects real-time data on gas concentration, liquid level height, and sediment accumulation, and combines it withAIAlgorithm dynamically sets risk threshold，Once a certain dataReaching the warning value, accurately activate the correspondingClean up the system,avoid“one-size-fits-all”Shi Puqing. such“On demand homework”pattern,It can greatly reduceMechanical energy consumption.

In addition,Limited space accidents such as gas leaks and sewage leaksclass，Not only does it threaten life safety, but it may also cause secondary environmental pollution. The intelligent monitoring system is assisted by triple protection“Dual carbon”Goal: Risk prediction：Using blockchain technology to establish a gas diffusion traceability model, accurately identifying leakage points,reduceEmergency response scope, reducing carbon emissions during the rescue process; Pollution prevention and control: Real time monitoring of toxic and harmful substances,onceImmediately link the closed system to prevent pollutants from entering natural water bodies or soil when exceeding the standard; Energy efficiency optimization: dynamically adjust the power of pump stations and ventilation equipment to improve the overall energy efficiency of limited space equipment groups.

The value of the limited space intelligent monitoring system lies not only in the energy-saving and consumption reducing measures at the technical level, but also in the reconstruction of the underlying logic of urban operation and maintenance——use“data driven”replace“empiricism”, using“Precise intervention”replace“extensive management”.Through the integration of smart monitoring and low-carbon technology, limited spaces have transformed from hidden sources of carbon emissions to guardians of green development. When every manhole and every section of the pipeline becomes“Carbon Steward”，urban“Dual carbon”The target can truly penetrate the surface and take root and grow in those invisible corners.