Solutions
Dive into Ecolor's specialized applications in Smart Water, Urban Infrastructure, and Green Buildings.
Compact Water Quality Monitoring Station Solution for Township River Cross-Section Assessment
Addressing the pain points of township river cross-section water quality assessment - high cost and long construction cycles of standard stations, dispersed sites with weak local O&M capability, the need for continuous, credible and traceable assessment data, high-frequency capture of pollution plumes during rainy seasons, and simultaneous reporting to river-chief and environmental regulatory platforms - this solution is built around compact automatic water quality monitoring stations: 0.5-4 m2 enclosures require no land acquisition or civil works for rapid deployment, integrating automatic COD, ammonia nitrogen, total phosphorus, total nitrogen analysis plus the standard five parameters, with automatic sampling, cleaning, calibration and standard-sample QC; 4G/Ethernet telemetry feeds county-level regulatory and river-chief platforms directly. Intermittent, continuous and emergency operating modes fit routine assessment and flood-season intensive monitoring, while grid-based deployment achieves full coverage of township cross-sections - a refined data foundation for water environment assessment, early warning, remediation and river-chief performance evaluation.
Micro-Power Self-Powered Portable Telemetry Terminal for Emergency Water Source Quality Monitoring
Addressing the pain points of emergency water source monitoring — no grid power or wired communication at temporary sites, extremely short deployment windows, multi-parameter high-frequency sampling needs, harsh outdoor environments, and data sharing across multiple departments — this solution is built around the micro-power self-powered portable telemetry terminal (Hero V9 series): sleep current below 50 μA, standard 114 Ah lithium battery pack delivering over 4 years of autonomous operation, industrial-grade 4G LTE compatible with all carriers, IP68 protection for continuous submersion. It supports RS485 Modbus/CJ-188 multi-parameter water quality analyzers, 3 pulse channels and 2 analog inputs, with automatic switching between regular timed sampling and abnormal high-frequency sampling, dual alarm mechanisms (threshold exceedance + instantaneous surge), and simultaneous reporting to up to 3 data centers for multi-department emergency data sharing. Bluetooth configuration with e-paper display enables tool-free setup, and the quick-release bracket design allows deploy-and-measure in minutes — bringing hour-level mobile monitoring capability to sudden water pollution incidents, backup water source activation, and flood-season source water security.
Visual Fusion Radar Water Level Gauge for Non-Contact Level Measurement in Hydropower Forebays and Tailraces
Addressing the pain points of hydropower forebay and tailrace level measurement - contact-type instruments damaged by floating debris, frequent electronics failures in condensation-heavy humid environments, conventional radar offering waveform data only with no way to verify actual surface conditions, and poor power and communication infrastructure at remote mountain sites - this solution is built around the visual fusion radar water level gauge: non-contact 76-81 GHz FMCW millimeter-wave radar with ±1 mm accuracy and a 0.1-40 m range, innovatively integrated with a 5-megapixel HD camera for scheduled and on-demand photography of the water surface. The dual 'radar sees data, vision sees the site' channels cross-verify each other and automatically reveal debris accumulation, icing and overtopping; IP68 protection and an ultra-low-power design deliver over 2 years of battery life with solar power for remote sites, while RS485 telemetry feeds RTUs and monitoring platforms for continuous forebay-to-tailrace level monitoring that supports unit output optimization, flood dispatch and ecological flow supervision.
Split-Type Electromagnetic Flow Meter Solution for Pump Stations with High Humidity and Heavy Vibration
Addressing the pain points of integral-type electromagnetic flow meters failing early as their electronics suffer from condensation-heavy humidity and pump vibration, cramped installation space in underground and submersible pump rooms, costly shutdown maintenance, and diverse conductive-media metering needs, this solution is built around split-type electromagnetic flow meters: the sensor and transmitter are installed separately, the measuring tube is injection-molded from aviation-grade LGF-PA66 reinforced composite with a weld-free structure that eliminates magnetic interference, the IP68 split sensor withstands immersion, and the transmitter is wall-mounted in a dry area away from vibration sources. With DN25-DN300 sizes, up to 4.0 MPa working pressure, 0.5% accuracy and 4-20 mA / RS485 / pulse outputs feeding RTUs and monitoring platforms, it delivers continuous accurate metering of pump station inflow and outflow plus energy-efficiency analysis in harsh humid, high-vibration environments.
Radar Level Meter Solution for Level Safety Monitoring of Elevated Water Tanks and Pressure Vessels
Addressing the pain points of risky manual climbing inspections of elevated water tanks, contact-type level instruments failing under high temperature and pressure inside pressure vessels, frequent overflow and dry-run incidents, and measurement drift caused by vapor and foam, this solution is built around 26 GHz K-band radar level meters: non-contact microwave pulse measurement with ±3 mm accuracy and 0-30-70 m range covering tanks of all heights, process pressure -0.1 to 4.0 MPa and process temperature -40 to +200 degC for pressure vessels, IP67 protection with aluminum alloy / stainless steel 304 housings for outdoor tank tops, and 4-20 mA / HART / RS485 outputs feeding RTUs and monitoring platforms for continuous level monitoring, real-time overflow and dry-run alarms, and pump/valve interlock control in unattended water supply systems.
EC60 Compact Terminal Solution for Distributed IoT Retrofit of Small Water Treatment Plants
Addressing the pain points of small township water treatment plants - intake, dosing, filtration, clear-water basin and delivery pump house scattered across separate buildings with no on-site staff, lagging manual readings, undetected night-time anomalies and no wired communication infrastructure - this solution is built around the EC60 compact measurement and control terminal: Modbus RS485 acquisition of electromagnetic flow meters, level meters and residual chlorine analyzers, wireless upload over GPRS/GSM SMS to the monitoring platform, compliance with the SZY206-2016 water resources monitoring data transmission protocol, rated power below 1 W with 9-16 VDC wide-range supply, and remote real-time viewing and control from mobile phones and PCs - a low-cost distributed network that upgrades small plants from manual rounds to online IoT monitoring.
Inline Ultrasonic Flow Meter Solution for Pump Station Discharge Metering and Pump Efficiency Testing
Addressing pump station pain points - flow pulsation and pipe vibration that destabilize metering, throttle-based retrofits that waste energy, and efficiency testing without synchronized flow-pressure-power data - this solution is built around inline (spool-piece) ultrasonic flow meters: transit-time principle with multi-pulse digital signal processing, <=1% accuracy, 0 to +/-10 m/s bidirectional velocity, DN32-DN6000 sizes, no obstruction and no pressure loss, low starting flow. Three 4-20 mA inputs accept pressure transmitters and PT100 sensors; isolated RS485 Modbus connects straight to RTUs, delivering high-accuracy discharge metering plus automated pump performance curves, efficiency and specific-energy evaluation to quantify energy-saving retrofits and overhaul results.
Doppler Ultrasonic Flow Meter Solution for Flow Monitoring in Partially Filled Municipal Drainage Conduits
Addressing the pain points of low flow velocity, heavy sediment and debris, and harsh in-sewer environments in partially filled municipal drainage networks - where contact-type meters clog or fail and manual gauging is infrequent and lagging - this solution is built around Doppler ultrasonic flow meters with a 0.021-6.00 m/s velocity range and <=1.0% +/-1 cm/s accuracy, measuring water level (0.03-10 m, 0.25% FS) and temperature simultaneously. With no moving parts immune to sediment blockage and weed entanglement, IP68 protection, -10 to 60 degC wide-temperature operation and <=6 mA sleep current, the meter feeds RTUs over Modbus RS485 for continuous velocity-level-discharge monitoring of culverts, box conduits and gravity sewers, providing real-time data for drainage dispatch, flood warning and discharge compliance supervision.
Ultrasonic Level Meter Solution for Non-Contact Level Monitoring of Clean-Water and Balancing Basins in Water Treatment Plants
Addressing the pain points of lagging manual dipping at clean-water and balancing basins, corrosion and scaling of contact-type level instruments, and false alarms caused by level surges during pump start/stop, this solution is built around non-contact ultrasonic level meters with a 0-15 m range, ±0.5% ranging accuracy, IP65 protection and optional Exd IICT6Gb explosion-proof rating. Built-in automatic power adjustment, gain control, temperature compensation and interfering-echo suppression eliminate false echoes from wall reflections and foam, while dual 4-20 mA and RS485 Modbus outputs connect directly to PLC/RTU for continuous multi-basin level monitoring, pump interlocking and water-balance analysis.
Submersible Turbidity Electrode Solution for Sedimentation Tank Effluent and Filter Run Turbidity Monitoring
Addressing the pain points of invisible sedimentation-effluent turbidity swings and delayed manual detection of filter breakthrough in drinking water plants, this solution is built around a submersible turbidity electrode using the ISO 7027-compliant 90-degree light-scattering principle, with a 0.01-3000 NTU wide range, accuracy of ±5% or ±0.5 NTU (whichever is greater), IP68 protection for continuous immersion, and MODBUS RS485 digital output directly connected to PLC/RTU, combined with an optional automatic cleaning brush and a dual standard/sample calibration system to deliver continuous online turbidity monitoring across the sedimentation-filtration train.
Mechanical Water Meter Solution for Household Metering in Rural Centralized Water Supply Projects
Targeting the pain points of household metering in rural centralized water supply projects - widely dispersed metering points, costly manual reading, winter freezing risk and difficult tariff collection - this solution is built around an electromechanically separated mechanical water meter with Class 2 accuracy and IP68-III protection, combined with NB-IoT remote reading or IC-card prepayment, delivering transparent water billing with a lithium battery life of over 8 years, no external power supply, and low construction and lifecycle O&M costs for large-scale rural household metering.
Liquid Turbine Flow Meter Solution for Batch Metering of Low-Viscosity Light Oil Products
Addressing the pain points of rapid wear in positive-displacement meters, prohibitive investment in Coriolis meters, and irreconcilable batch handover data in light-oil loading operations, this solution uses liquid turbine flow meters as the core metering element. With ±0.5%R accuracy, 0.05%–0.2% short-term repeatability and a 1:20 turndown ratio, it delivers high-frequency pulse-based cumulative metering for gasoline, diesel and kerosene, integrated with batch controllers and RTUs for automatic loading, overfill alarm and auditable trade data — balancing metering accuracy with total cost of ownership.
Flow-Through Turbidity Meter Solution for Filter Backwash Monitoring in Water Treatment Plants
Addressing the pain points of experience-based backwash scheduling in sand filters, laboratory grab sampling that misses turbidity breakthrough inflections, and the twin risks of effluent non-compliance and backwash water waste, this solution deploys flow-through turbidity meters as the core sensing element. With laser 90° scattering optics, 0.001 NTU resolution and ±2% accuracy, filtered water turbidity is monitored continuously filter-by-filter, and RTU/PLC linkage triggers backwash automatically on threshold breach — delivering data-driven filter operation, precise backwash timing and stable compliant plant effluent.
Dual Rotor Flow Meter Solution for High-Viscosity Oil Batch Metering
Addressing the challenges of metering crude oil, heavy oil, residue and lubricants in tank farms, refineries and pipeline transfer stations - high viscosity, strong temperature sensitivity, pump-induced pulsation and strict custody-transfer accuracy - this solution uses dual rotor (double helical rotor) positive displacement flow meters with 0.2%/0.5% accuracy, 6.3MPa pressure rating, -20 to +150 degC medium range and full explosion-proof certification, integrated with gas eliminators, strainers, temperature compensation and batch controllers into a standard metering skid for automated batch loading, mass-based settlement and fully traceable custody transfer.
Roots (Waist-Wheel) Flow Meter Solution for Petrochemical Truck Loading and Marine Terminal Metering
Addressing high flow rates, wide viscosity ranges, frequent batch operations and strict explosion-proof requirements in petrochemical truck loading, rail rack and marine terminal custody transfer, this solution uses Roots-type (waist-wheel) positive displacement flow meters as the core metering element. With class 0.5/0.2 accuracy, pressure ratings up to 4.0 MPa and full explosion-proof certification, integrated with gas eliminators, strainers, temperature compensators and batch loading controllers into a standard metering skid, it delivers automatic preset batching, trustworthy fiscal metering data and digitized inventory reconciliation.
Oval Gear Flow Meter Solution for Lubricant and Fuel Oil Trade Metering
Addressing the accuracy loss of velocity-type meters, limited turndown and viscosity/temperature sensitivity in trade transfer and batch metering of high-viscosity oils such as lubricants, diesel and fuel oil, this solution uses the oval gear flow meter (positive displacement type) as the core metering element. With 0.5%/0.2% accuracy classes, wide viscosity adaptability and no special upstream/downstream flow requirements, combined with pulse/4-20mA/RS485 remote outputs, explosion-proof certification and temperature compensation, it covers oil loading racks, marine terminals, boiler fuel systems and lubricant dispensing, delivering custody-transfer-grade continuous metering with full data traceability, while RTU networking provides batch reports, inventory accounting and deviation alarms.
Metal Tube Rotameter Solution for Small-Flow Metering of Chemical Process Media
Targeting the difficulties of metering small flows of liquids, gases and corrosive media in chemical plants — insufficient turndown of differential-pressure meters and fragile signals at micro-flow rates — this solution uses metal tube variable area flow meters (rotameters) as the primary sensing element, combined with magnetic-coupled local indication, 4-20mA/HART remote transmission and flow alarm switches, covering dosing, purging, sampling and seal-flush duties with 1.5-class accuracy over a 10:1 turndown and RTU/DCS networking for centralized monitoring and trend analysis.
Orifice Plate Flow Meter Solution for Steam Network Trade Metering and Differential Pressure Systems
Addressing density-drift metering errors, DP signal instability and orifice wear in steam custody transfer, this solution pairs GB/T 2624 (ISO 5167) standard orifice plates with high-accuracy differential pressure transmitters and full temperature-pressure compensation, delivering Class 1.0-1.5 system accuracy, RTU-based settlement data and auditable metrology records for steam trade transactions.
Sludge Concentration Meter Solution for RAS and WAS Control in Wastewater Treatment Plants
Addressing the delayed MLSS detection, experience-based RAS/WAS control and sludge blanket risks in wastewater treatment plants, this solution deploys sludge concentration meters as the core online sensing unit. Based on infrared absorption/scattering optics, it continuously measures suspended solids in return and waste sludge lines over a 0.01–4000 NTU range with ±2% accuracy. With IP68 protection and 4-20mA/RS485 outputs, it integrates seamlessly into PLC and RTU telemetry systems, enabling closed-loop return ratio regulation, precise sludge wasting and stable sludge age management for energy-saving, compliant plant operation.
Insertion Ultrasonic Flow Meter Solution for Low-Cost Metering of Large-Diameter Water Transmission Mains
Addressing the high purchase and installation cost of full-bore flow meters on large-diameter water transmission mains, long shutdown windows for pipe cutting, and the lack of metering on aging pipe sections, this solution deploys insertion ultrasonic flow meters as the core metering units. Installation only requires drilling two holes on the pipe surface, and with a dedicated tapping tool the sensors are hot-tapped under pressure without stopping the flow. With the sensor in direct contact with the fluid, measurement is stable and reliable, covering DN32-DN6000 at 1.0% accuracy. Working with RTU telemetry terminals and a flow metering management platform, it delivers low-cost online flow metering and leakage assessment data for raw water and treated water transmission mains.
Precession Vortex Flow Meter Solution for Natural Gas Station Metering and Custody Transfer
Addressing inconsistent temperature-pressure compensation bases, lagging manual meter reading, weak evidence in billing disputes and poor wide-range adaptability in natural gas custody transfer metering, this solution deploys intelligent precession vortex flow meters as the core metering units. Integrating flow, temperature and pressure measurement with automatic compressibility-factor compensation, and working with RTU telemetry terminals and a metering management platform, it delivers online gas volume acquisition, remote reconciliation and full metering audit traceability for city gate stations, pressure regulating and metering stations, and gas distribution trade settlement - providing accurate, traceable metering data.
Multi-Electrode Conductivity Meter Solution for Coastal Groundwater Saltwater Intrusion Monitoring and Early Warning
Addressing infrequent manual sampling, lagging front tracking and the lack of continuous quantitative early warning in coastal saltwater intrusion monitoring, this solution deploys multi-electrode (four-electrode) conductivity meters as the core sensing units in a monitoring well network, combined with submersible level meters, hydrological RTUs and compact water quality stations for integrated online EC-level-temperature monitoring. Four-electrode measurement eliminates polarization errors across a 0.01 uS/cm to 200 mS/cm range, and tiered EC thresholds with vertical profiling automatically track the intrusion front - providing reliable data for groundwater over-pumping control and safe water use in coastal areas.
Visual Fusion Radar Water Level Gauge Solution for Urban River Ecological Replenishment Level Monitoring
Addressing distorted level data, unverifiable field conditions and the lack of quantitative effectiveness assessment in urban river ecological replenishment, this solution deploys visual fusion radar water level gauges with non-contact 80 GHz radar measurement plus integrated visual imaging as the core sensing units. Together with Doppler radar flow meters and hydrological RTUs it builds an integrated level-flow-image monitoring network, achieving ±3 mm level accuracy, automatic image evidence with every reading, continuous calculation of replenishment volume and water exchange cycles, and interlocked gate and pump scheduling — providing reliable and verifiable data for replenishment effectiveness assessment and operation control.
Combined Metering and Energy Efficiency Optimization of Industrial Circulating Cooling Water Systems with Electromagnetic Flow Meters and Pressure Transmitters
Targeting the lack of flow metering, large pressure fluctuations, extensive energy consumption of circulating water pumps, unclear water balance and insufficient energy assessment data in industrial circulating cooling water systems, this solution deploys integral/split electromagnetic flow meters and pressure transmitters to build a combined supply-and-return metering network. Together with RTU/data acquisition platforms it enables synchronized multi-parameter acquisition of flow, pressure and temperature and variable-frequency interlocked control of circulating pumps, achieving flow metering accuracy of ±0.5%, pipeline pressure fluctuation within ±0.02 MPa, and 8%~15% reduction in comprehensive pump power consumption, providing a continuous and reliable metering data foundation for water and energy saving, water balance testing and energy management system certification.
Application Solution for Turbidity/Suspended Solids Analyzers in Coagulation and Sedimentation Process Control at Water Treatment Plants
To address issues such as dosing in the coagulation and sedimentation process of water plants relying on experience, lagging response to sudden changes in raw water turbidity, large errors in manual colorimetric measurement of sedimentation tank effluent, extensive judgment of filter backwash timing, and difficulty in reporting and tracing water quality data, a flow-through turbidity analyzer and submersible turbidity/suspended solids electrodes are used to build a full-process online turbidity monitoring and process interlock control system covering "raw water-coagulation-sedimentation-filtration." The raw water turbidity collection frequency is increased from manual once every 2 hours to continuous automatic collection, the sedimentation tank effluent turbidity is stably controlled below 1 NTU, the unit consumption of coagulant is reduced by 10%~20%, and filter backwashing is changed from timed operation to turbidity breakthrough-triggered operation, resulting in significant annual water and chemical savings and providing a highly timely and traceable continuous water quality data foundation for water plants to meet water supply standards, save energy and reduce consumption, and support smart water platforms.
Explosion-Proof Pressure Transmitter and RTU Application Solution for Produced Water Measurement and Monitoring in Oil and Gas Fields
To address the challenges in oil and gas field produced water (sewage reinjection) systems—including difficulties in achieving explosion-proof compliance for wellsite instrumentation, poor timeliness of manual injection pressure readings, corrosion and scaling caused by high-salinity water quality, scattered well sites lacking utility power and communication infrastructure, and delayed reinjection volume assessment data—an integrated "well-station-network" online metering and monitoring system has been established using explosion-proof pressure transmitters and T6-rated explosion-proof HERO V9 series RTUs. The pressure data acquisition frequency has been upgraded from once-daily manual readings to continuous automatic collection at 5-minute intervals, reinjection volume assessment latency has been reduced from 48 hours to under 10 minutes, and inspection manpower has been reduced by over 60%. This provides a highly timely, traceable, and continuous data foundation for dynamic analysis of waterflood development, pipeline network leak early warning, and green and safe production in oilfields.
Application Scheme of Multi-Band Doppler Radar Flowmeter for Surface Velocity Measurement in Natural River Channels at National Hydrological Stations
To address the challenges of manual wading operations for flow velocity measurement in natural river channels at national hydrological stations, insufficient measurement frequency during flood peaks, vulnerability of traditional rotor-type current meters to damage under high-flow and high-velocity conditions, and delays in the timeliness of measurement data, a multi-band Doppler radar flowmeter is adopted to continuously measure surface flow velocity in natural river channels in a non-contact manner. Combined with synchronized water level data from a radar water level gauge and the SITUMAN hydraulic COSP model for automatic cross-section discharge estimation, this system achieves fully automated online measurement of all key elements—"water level, surface velocity, and discharge." During flood peak events, the measurement frequency is enhanced from manual intervals of several hours to continuous minute-level densification, eliminating the need for personnel to wade into the water. This provides highly timely and traceable continuous discharge data sequences for hydrological forecasting and national water resources assessment.
Application Solution of HERO V9 Micro-Power RTU in Solar-Powered Unmanned Hydrological Stations in Remote Mountainous Areas
To address the challenges of inaccessible utility power, unstable power supply, communication blind zones, and equipment survival under extreme conditions at unmanned hydrological stations in remote mountainous areas, a combination of the HERO V9 micro-power telemetry terminal (sleep current <50μA, 4G full-network compatibility, IP68) and a solar–Li-SOCl2 battery hybrid power supply system is adopted. This enables all-weather automatic acquisition and reporting of water level, rainfall, flow, and other parameters, with automatic switching between routine scheduled acquisition and high-frequency acquisition during abnormal events, ensuring long-term stable operation of unmanned hydrological stations during prolonged rainy days and low winter temperatures.
Aerospace-grade PA66-lined Electromagnetic Flow Meter Solution for Food and Pharma Sanitary Pipelines
Sanitary pipelines in food and pharmaceutical plants face harsh CIP/SIP temperature cycles, vacuum conditions and strict hygiene audits. This solution applies aerospace-grade PA66-lined electromagnetic flow meters (accuracy ±0.5%, sanitary clamp connection, 316L electrodes, IP69K) whose liners withstand 150°C steam sterilization and negative pressure without deformation, feeding metering data directly into batch control and MES systems to unify hygiene compliance with precise metering.
Dissolved Oxygen Electrode Solution for Precise Aeration Control in Wastewater Treatment Plant Aeration Tanks
To address high aeration energy consumption, coarse manual adjustment, coexisting over-aeration and under-aeration, and fluctuating effluent ammonia nitrogen in wastewater treatment plants, this solution deploys optical (luminescence) dissolved oxygen electrodes (0-20 mg/L range, 0.01 mg/L resolution, IP68, built-in auto-cleaning and air calibration) for zone-based online DO monitoring of aeration tanks. DO signals are fed to the PLC aeration control system via 4-20mA/RS485, dynamically adjusting DO setpoints according to influent load and closed-loop modulating blower frequency and zone air valves to deliver air on demand — cutting aeration energy by 20%-30% while keeping effluent ammonia nitrogen stably compliant.
Ultrasonic Water Meter Solution for DMA District Metering and Leakage Control in Urban Water Supply
To address low metering accuracy, narrow turndown, undetectable night-time minimum flows and stubbornly high leakage in urban water supply networks, this solution deploys high-accuracy transit-time ultrasonic water meters (accuracy class R400, DN50-DN300, no mechanical wear, battery life ≥6 years, IP68) to build independent District Metered Areas (DMA). Flow data is transmitted in real time over NB-IoT/LoRa to a leakage analysis platform, enabling online monitoring of DMA inlet flows, automatic identification of night-time minimum flow (MNF) and precise location of leakage zones. Network leakage drops from 18% to below 12%, MNF falls by about 35%, and non-revenue water narrows markedly, supporting leakage governance and water-saving city initiatives.
pH/ORP Analyzer Solution for Industrial Wastewater Neutralization Process Control
Industrial wastewater suffers violent pH swings, lagging manual testing and crude chemical dosing. This solution deploys online pH/ORP analyzers (glass combination electrodes, 0-14 pH range, ±0.01 pH accuracy, ORP -2000 to +2000 mV) to continuously monitor neutralization basin acidity and oxidation-reduction potential, feeding 4-20 mA/RS485 into the PLC for closed-loop acid/base dosing control, achieving stable discharge pH (6-9), roughly 25% lower reagent consumption and 80% fewer manual lab tests while meeting GB 8978 discharge standards.
Online Residual Chlorine Analyzer Solution for Secondary Water Supply Pump Room Water Quality Monitoring
Secondary supply pump rooms suffer fast chlorine decay, lagging manual testing and crude disinfectant dosing. This solution deploys amperometric online residual chlorine analyzers (0-5 mg/L, 0.01 mg/L resolution, automatic temperature and pH compensation) to monitor pump-room discharge chlorine continuously, feeding 4-20 mA/RS485 into the PLC/RTU for closed-loop dosing control with real-time alarms and platform upload - lifting terminal chlorine compliance to 99.6%, cutting disinfectant use by about 18% and securing the urban last-mile water quality.
Coriolis Flow Meter Solution for High-Precision Micro-Dosing Metering in Chemical Processes
Chemical micro-dosing with metering pumps typically stagnates at ±3-5% accuracy because volumetric estimates break down when fluid properties change. This solution deploys micro-tube Coriolis mass flowmeters (±0.1% of reading, 100:1 turndown) with pulsation damping, PLC closed-loop dosing control, flow-proportional plus water-quality-feedback strategies and a remote dosing platform - delivering ±0.5% dosing accuracy, 12-15% chemical savings and fully traceable batch records.
Pressure Transmitter Solution for Constant-Pressure Control in Secondary Water Supply Pump Rooms
Secondary water supply pump rooms often suffer from outlet pressure fluctuations, insufficient pressure for high-rise users at peak hours, and high energy consumption caused by crude pressure-switch control and frequent pump starts. This solution uses high-accuracy pressure transmitters with PLCs and variable-frequency drives to build a closed-loop constant-pressure water supply system, combined with a remote pump-room monitoring platform, delivering stable supply pressure, on-demand pump speed regulation, intelligent multi-pump switching and significant energy savings.
Radar Water Level Sensor Deployment for Urban Bridge Underpass Flood Warning
Urban road underpasses below bridges flood rapidly in heavy rain, and delayed warnings lead to vehicles driving into deep water. This solution deploys non-contact radar water level sensors with RTU telemetry and a cloud waterlogging platform to deliver real-time water level monitoring, graded alarms, on-site warning screens and coordinated traffic control for underpass flood prevention.
Battery-Powered Electromagnetic Flow Meter Solution for Off-Grid Remote Metering
For metering points far from the power grid — river intakes, canal offtakes, rural water networks and remote industrial pipelines — this solution deploys battery-powered electromagnetic flow meters with ultra-low-power excitation and NB-IoT/4G telemetry, delivering trade-grade flow measurement for 6+ years without mains power or wiring.
Non-Contact Doppler Radar Flow Meter Solution for Urban Culvert Drainage Monitoring
Urban stormwater culverts and box culverts are confined, humid and hazardous spaces that are difficult for personnel to enter. The Doppler radar flow meter measures water surface velocity without contact from the culvert ceiling, paired with a radar level sensor, and computes drainage flow by the area-velocity method. With RTU telemetry and 4G/NB-IoT transmission, it delivers continuous online culvert flow monitoring and flash-flood early warning for urban drainage networks.
Small-Scale Water Quality Monitoring Station Deployment for Rural Drinking Water Safety Projects
Rural drinking water projects are scattered, under-staffed and lack laboratory capacity. The compact water quality monitoring station integrates turbidity, residual chlorine, pH, conductivity and temperature online monitoring with solar power and 4G/NB-IoT telemetry, delivering low-cost continuous monitoring and early warning for outlet and tap water, supporting standardized O&M and compliance assessment of rural water supply.
Submersible Level Transmitter Solution for Deep-Well Groundwater Dynamic Monitoring
Deep monitoring wells, wide water-level swings, remote off-grid locations and strict data-continuity requirements make manual groundwater observation impractical. This solution combines submersible level transmitters with low-power telemetry terminals and solar power to deliver continuous, automated monitoring of groundwater level and temperature, supporting over-extraction governance, water-resource tax metering and hydrogeological research.
Clamp-On Ultrasonic Flowmeter for Non-Intrusive Metering in Aging Pipeline Retrofit
Aging water and heating networks cannot afford shutdowns or pipe-cutting for meter installation. The clamp-on ultrasonic flowmeter installs on the pipe exterior with zero intrusion — no cutting, no welding, no service interruption — delivering fast, low-cost flow metering and DMA zoning for aging pipeline retrofit projects.
Multi-Parameter Water Quality Analyzer for Industrial Circulating Water Treatment
Addressing the challenges of frequent water quality fluctuations, infrequent manual testing, and delayed chemical dosing in industrial circulating cooling water systems, this solution deploys multi-parameter water quality analyzers for continuous online monitoring of pH, conductivity, turbidity, residual chlorine, ORP, and more, integrated with automated dosing systems to ensure stable water quality compliance.
RTU-Based Remote Control Solution for Irrigation District Gates
Addressing the challenges of scattered gate management, low manual operation efficiency, and delayed water allocation in large and medium-sized irrigation districts, this solution uses RTU remote telemetry terminals to achieve remote gate operation, real-time water level and flow monitoring, and intelligent coordinated control.
Distributed RTU Solution for Long-Distance Water Pipeline Pressure Monitoring
A distributed RTU networking solution for real-time pressure monitoring of long-distance water pipelines, enabling leak detection, early warning, and remote control to ensure water supply safety.
Large-Bore Electromagnetic Flowmeter Application Solution for Urban Raw Water Transmission
Targeting the large-bore, long-distance, high-reliability requirements of urban raw water transmission networks, providing DN300-DN3000 electromagnetic flowmeter selection, installation and O&M solutions to ensure water supply measurement accuracy and stability.
Wastewater Treatment Plant Water Quality Online Monitoring System
Full-process water quality real-time monitoring and compliance assurance.
Industrial Wastewater Discharge Online Monitoring and Compliance Solution
Build a complete online monitoring system from sampling to data reporting for industrial wastewater discharge, ensuring compliance with environmental regulations.
Radar Level Sensor Safety Monitoring Solution for Chemical Tank Farms
Chemical tank farms are high-risk production areas where real-time monitoring of level, temperature, and pressure directly impacts production safety and environmental compliance. This solution uses high-frequency radar level sensors as the core, combined with explosion-proof RTU remote transmission terminals, to build an all-weather safety monitoring system for tank farms, achieving level over-limit alarms, leak warnings, and remote data monitoring, meeting SIL2 functional safety level requirements.
Vortex/Turbine Flowmeter Application in Steam and Gas Measurement
Vortex flowmeters based on Karman vortex street principle and turbine flowmeters based on momentum principle provide high-precision, wide turndown ratio solutions for steam, compressed air, and natural gas measurement in energy, chemical, and pharmaceutical industries
Coriolis Mass Flowmeter High-Precision Measurement Solution
Coriolis force-based mass flowmeter achieving +/-0.1% high-precision direct mass measurement for chemical, pharmaceutical, and food industries
Ultrasonic Flowmeter Multi-Scenario Application Solution
Transit-time and Doppler ultrasonic flowmeters covering large-diameter pipes, open channels, and full/non-full pipe scenarios, providing non-contact, high-accuracy flow measurement solutions.
Precision Agriculture Water-Fertilizer Integration Intelligent Control System
Built on RTU remote terminals and intelligent sensor networks, this precision water-fertilizer management system enables automated decision-making, precise execution, and performance evaluation of irrigation and fertilization, helping achieve 30%+ water savings and 25% fertilizer use efficiency improvement.
Drinking Water Source Quality Early Warning Monitoring System
A comprehensive online monitoring and early warning system for river, lake, and reservoir drinking water sources, enabling early detection, early warning, and rapid response to water quality risks.
Online Water Quality Monitoring System for Wastewater Treatment Plants
This solution builds a comprehensive online monitoring system for wastewater treatment plants, covering key parameters including COD, ammonia nitrogen, total phosphorus, total nitrogen, pH, dissolved oxygen, and suspended solids from inlet to outlet, enabling compliance warning and process optimization.
Selection and Application of Electromagnetic Flowmeters in Industrial Process Control
This article systematically covers the key selection criteria for electromagnetic flowmeters in industrial process control, including electrode materials, liner selection, sizing calculation, installation requirements, and signal processing strategies.
Field Smart Water Metering for Irrigation Districts
An integrated solution combining Hero V9 RTUs and smart water metering devices to enable precise water measurement, remote monitoring, and intelligent scheduling for irrigation districts.
Industrial HMI and SCADA Integration Solution
This solution focuses on the deep integration of industrial Human-Machine Interfaces (HMI) with SCADA systems, building a unified automation control framework from field operations to central monitoring, achieving process visualization, centralized data management, and operational synergy.
HMI-X Industrial Touchscreen for Process Control Applications
HMI-X series industrial touchscreens provide high-reliability human-machine interface for industrial process control, supporting multi-protocol communication and seamless SCADA integration to enhance factory automation and operational efficiency.
Water Quality Online Monitoring Comprehensive Solution
Leveraging multi-parameter water quality instruments — conductivity, pH/ORP, dissolved oxygen, turbidity, residual chlorine, and sludge concentration — to build a full-chain online monitoring system from water sources to tap, enabling real-time anomaly alerts and pollution source tracing.
Zero-Carbon Park Integrated Energy Management & Carbon Asset Digitalization Solution
An integrated solution for industrial parks covering electricity, water, gas, and heat — full-media energy consumption monitoring with digital carbon asset management. Built on RTU telemetry terminals, electromagnetic flowmeters, vortex flowmeters, and clamp-on ultrasonic flowmeters, this system creates a park-level energy IoT network enabling real-time carbon accounting, automated ESG reporting, and carbon credit trading data support.
Water Resource Tax Intake Metering & Online Monitoring Solution
An online water intake metering solution based on electromagnetic flowmeters and clamp-on ultrasonic flowmeters, helping water users achieve precise metering, automatic reporting, and tax compliance under China's Water Resource Tax Reform.
High-Density Doppler Radar Flow Monitoring for Urban Drainage — Whitepaper Solution
A comprehensive whitepaper solution for high-density urban drainage flow monitoring based on multi-band Doppler radar flow meters and visual fusion radar level gauges. Covers the complete technical architecture from sensor layer to cloud platform, enabling full coverage of critical nodes, millisecond-level real-time response, and centimeter-level water level accuracy for drainage digital twin modeling and flood early warning.
Low-Cost DMA District Metering Rapid Deployment System
For small and medium water utilities with limited budgets and constrained construction conditions, a low-cost DMA metering system built on clamp-on ultrasonic flow meters and EC32 RTU enables rapid deployment without water shutdown or pipe cutting, reducing leakage rates to below 12%.
Urban Drainage Pipeline Downhole Non-Contact Sensing System Architecture Whitepaper
Establish a standardized downhole non-contact sensing architecture for urban drainage pipelines using Multi-band Doppler Radar Flowmeter, Visual Fusion Radar Water Level Gauge, and Hero V9 EC32 RTU. Enables all-weather non-contact monitoring of flow, water level, and velocity, supporting multi-protocol data transmission and remote maintenance.
AI-Driven Water Network Leakage Intelligent Analysis and Precision Positioning Solution
Based on AI algorithms and DMA (District Metered Area) technology, achieve intelligent analysis, anomaly detection, and precision positioning of water network leakage, reducing leakage rate by 15%-30%.
High-Density Sensing Network for Urban Drainage Pipeline Monitoring
Deploy a high-density non-contact sensing network across urban drainage pipelines for real-time water level, flow rate, and velocity monitoring — enabling flood early warning, CSO control, and smart water management.
Urban Lifeline Safety Engineering: Integrated Underground Pipeline Monitoring & Early Warning Platform
A comprehensive monitoring and early warning platform for urban lifeline safety engineering, integrating Doppler radar flow monitoring, visual fusion radar level sensing, IoT RTU telemetry, and AI-driven risk prediction to cover water supply, drainage, gas, and heating pipeline networks.
Industrial Carbon Emission Real-Time Monitoring and ESG Reporting System Solution
Real-time online carbon emission monitoring system for industrial enterprises based on LGF electromagnetic flowmeter, vortex flowmeter and EC32 RTU, enabling automatic energy data collection, precise carbon accounting and ESG report generation to help enterprises achieve dual carbon goals.
Urban Drainage Pump Station Flow Online Monitoring and Intelligent Dispatch System Solution
Online monitoring system for drainage pump station flow based on LGF electromagnetic flowmeters and EC32 RTUs, enabling precise metering, remote monitoring, and intelligent early warning of pump station inlet/outlet flow.
Doppler Radar Flowmeter Downhole Non-Contact Flow Monitoring Standard Solution
A standardized non-contact flow monitoring solution for drainage networks based on multi-band Doppler radar flowmeter and visual fusion radar water level gauge — enabling all-weather precise metering without sewage contact and zero maintenance cost.
Urban Underground Pipeline Comprehensive Monitoring Platform
A comprehensive monitoring platform for urban underground pipeline networks including water supply, drainage, gas, heating, power, and telecom. Integrates data collection, transmission, analysis, warning, and O&M to ensure urban lifeline safety.
Drainage Network Level Monitoring & Overflow Warning Solution
A comprehensive solution for urban drainage networks, stormwater systems, sewer systems, and combined sewers, providing real-time level monitoring, overflow warning, flood risk identification, and emergency dispatch. Effectively prevents urban flooding and water pollution.
Green Low-Carbon Industrial Park Solution
A comprehensive green low-carbon solution for industrial parks, tech campuses, and eco-industrial zones, covering water management, energy monitoring, carbon accounting, and green certification. Powered by smart sensors + IoT + data analytics to help parks achieve dual-carbon goals.
Precision Drip Irrigation Intelligent Control System for Cotton & Wheat
A soil moisture-driven precision irrigation and fertigation solution for large-scale cotton drip irrigation in Xinjiang and wheat sprinkler irrigation in the North China Plain. The system integrates electromagnetic flowmeters for precise metering, soil moisture-weather linked decision making, variable-rate irrigation control, and fertigation management, achieving 30-50% water savings.
Large Irrigation District Water-Saving Automation System
An end-to-end automated irrigation management solution for large-scale northern irrigation districts covering tens of thousands of acres. The system enables precise headworks metering, automated canal gate control, field-level smart water measurement, and optimized water allocation scheduling for wheat, cotton, and other major crops.
River & Lake Ecological Baseflow Monitoring and Early Warning System
Designed for river chief assessment cross-sections and ecological red-line river reaches, this solution provides multi-section flow and level monitoring with ecological baseflow early warning. Using non-contact Doppler radar flowmeters and visual fusion radar level meters, the system delivers real-time monitoring and intelligent alerts to support water resource scheduling and ecosystem protection.
Reservoir/Hydropower Ecological Discharge Online Monitoring System
A comprehensive online monitoring and intelligent control solution for ecological discharge at small and medium reservoirs and hydropower stations. The system integrates high-precision flow metering, visual water level monitoring, online water quality detection, and remote intelligent control to ensure compliant ecological flow release. As a co-author of China's national ecological discharge monitoring standard, Ecolor Technology delivers solutions fully aligned with the latest regulatory requirements.
Combined Sewer Overflow (CSO) Monitoring and Control System Solution
Real-time monitoring solution for combined sewer overflow discharge points using multi-band Doppler radar flowmeters for precise overflow measurement, storm overflow early warning, and pollutant discharge accounting.
Drainage Pipeline Flow and Velocity Online Monitoring System Solution
Multi-band Doppler radar flowmeter-based drainage pipeline monitoring solution for real-time non-contact measurement of flow rate, velocity, and water level in underground manholes.
Enterprise Water Efficiency Monitoring and Conservation Management System Solution
Full-process water monitoring for high water-consuming industries like textile dyeing, paper and electroplating, achieving 20-40% water savings through water balance analysis.
Steam Metering and Thermal Energy Management System Solution
Precise steam flow metering and thermal energy management for textile dyeing, chemical and food processing industries, reducing steam waste by 15-30%.
Industrial Energy Consumption Online Monitoring System Solution
Automated monitoring of water, electricity, gas and heat for energy-intensive industries such as textile dyeing, chemical and paper manufacturing, helping enterprises achieve 10-25% energy savings.
Stormwater-Sewage Separation Online Monitoring System Solution
Stormwater and sewage network separation monitoring with overflow early warning and real-time water quality alarms
Pipeline Leakage Detection and DMA District Metering System Solution
DMA-based water distribution network leakage detection and precision location system to reduce non-revenue water
Secondary Water Supply Pump Station Remote Monitoring System Solution
IoT-based unmanned remote monitoring system for secondary water supply pump stations with comprehensive pressure, flow, and water quality monitoring
Smart Park Integrated Energy Management Platform Solution
Multi-energy complementary management platform for industrial parks featuring solar-storage-charging integrated smart management
Green Building Carbon Accounting and Certification System Solution
End-to-end digital platform for green building certification and carbon emission management to achieve building carbon neutrality
HVAC Intelligent Energy-Saving Control System Solution
IoT and AI-powered central HVAC energy efficiency management system for intelligent building climate control and optimization
Groundwater Dynamic Monitoring System Solution
The groundwater dynamic monitoring system addresses the needs of groundwater over-extraction area management, water source protection, and geological environment monitoring. It deploys submersible level gauges in monitoring wells to track groundwater level changes in real time and configures water quality sensors to monitor basic parameters such as conductivity, pH, and temperature. Utilizing low-power RTU terminals and solar power supply systems, it enables long-term automatic monitoring and remote data transmission under unattended field conditions, providing continuous and reliable monitoring data for groundwater resource management and ecological environmental protection.
Sewage Treatment Plant Online Monitoring System Solution
The online monitoring system of the sewage treatment plant covers key process nodes such as the inlet pump station, biological treatment tanks, secondary sedimentation tanks, and outlet points. It deploys electromagnetic flow meters to measure the inflow and outflow in real time and is equipped with multi-parameter water quality online analyzers to monitor water quality indicators such as COD, ammonia nitrogen, total phosphorus, pH, dissolved oxygen, turbidity, and sludge concentration. Data is uploaded via industrial gateways to the plant-level SCADA system and environmental regulatory platforms, enabling automated monitoring of the entire sewage treatment process, process optimization, and ensuring compliance with discharge standards.
Hydropower Station Ecological Flow Monitoring System Solution
The ecological flow monitoring system for hydropower stations addresses the regulatory needs of water resources and environmental protection authorities regarding the minimum ecological discharge from hydropower stations. By deploying Doppler radar flow meters and radar water level gauges at the discharge outlets of hydropower stations, along with visual monitoring cameras, the system monitors the discharge flow in real time and compares it with the approved minimum ecological flow value. Data is automatically reported to the provincial regulatory platform via RTU terminals. The system supports automatic alerts for insufficient flow, video evidence collection of the discharge process, and statistical analysis of historical data, ensuring that hydropower stations release ecological flow in compliance with laws and regulations to maintain the health of river ecosystems.
Urban Waterlogging Early Warning and Monitoring System Solution
The urban waterlogging early warning and monitoring system targets flood-prone areas such as low-lying road sections, underpasses of overpasses, underground passages, and subway entrances. It deploys non-contact radar water level gauges and visual monitoring equipment to monitor the depth and changing trends of road surface water accumulation in real time. Data is uploaded to the city's flood control command platform via RTU telemetry terminals. The system supports graded early warnings based on water depth, linkage with warning information displays, automatic traffic signal control, and mobile notifications to citizens, effectively reducing casualties and property losses caused by urban waterlogging.
Reservoir Dam Safety Monitoring System Solution
The reservoir dam safety monitoring system, centered on IoT sensing technology, deploys intelligent sensing devices such as radar water level gauges, visual fusion radar cameras, piezometers, and submersible level gauges across the dam body and reservoir area. It collects critical safety indicators—including reservoir water level, seepage flow, dam displacement, and rainfall—in real-time via RTU telemetry terminals. Data is transmitted through dual 4G/BeiDou communication links to the reservoir safety monitoring cloud platform, enabling comprehensive perception, intelligent early warning, and emergency response coordination for dam safety. This system provides technical support for the "four-prevention" (forecasting, warning, simulation, and contingency planning) framework in small and medium-sized reservoirs.
Industrial Enterprise Water Intake and Usage Online Monitoring System Solution
The Industrial Enterprise Water Intake and Usage Online Monitoring System is based on IoT technology. It deploys high-precision electromagnetic flow meters and intelligent RTU telemetry terminals at water intake points, usage nodes, and discharge outlets of industrial enterprises to collect real-time data on water intake, usage, and discharge volumes. The data is automatically reported to the regulatory platform of the water administrative department via 4G/5G wireless networks. The system supports precise collection of water resource taxes, online verification of water intake permits, analysis of water usage efficiency, and early warnings for excessive usage, helping enterprises comply with water usage regulations and promoting water resource conservation and protection.
Urban Water Supply Network Online Monitoring System Solution
The urban water supply network online monitoring system deploys intelligent monitoring terminals at critical nodes throughout the water distribution network, enabling real-time collection of pressure, flow, and water quality parameters. Combined with GIS-based network mapping and big data analytics, the system provides comprehensive situational awareness and intelligent control of network operations. Key capabilities include leak detection and localization, burst pipe early warning, and water quality anomaly alerts — effectively reducing non-revenue water losses and ensuring safe, reliable water supply.
Water Resource Usage Measurement and Monitoring System Solution
This solution is designed for water resource management authorities to monitor the usage volume, water level, and water quality of both groundwater and surface water. It can be extended to enable remote or automatic control of pumps/gates/valves for water usage regulation. The system helps management departments grasp water withdrawal and consumption within their jurisdiction, providing crucial support for quantitative water resource management and the assessment under the strictest water resource management system. It promotes rational water resource allocation and scheduling, strengthens water resource tax collection, improves water-saving levels in the industrial sector and comprehensive water resource utilization efficiency, and comprehensively advances the construction of a water-saving society.
Hydrological Monitoring System Solution
The Hydrological Monitoring System enables real-time collection, reporting, and processing of data such as water level, precipitation, flow rate, flow velocity, water quality, gate opening, and soil moisture in river basins. It provides scientific basis and effective information sharing for flood control, drought relief, and disaster mitigation, safeguards people's lives and property, and meets the needs of water conservancy and socio-economic development for hydrological services.
High-Standard Farmland Irrigation District Information Management System Solution
The High-Standard Farmland Irrigation District Information Management System monitors channel water level, flow, rainfall, soil moisture, and meteorological data, while enabling remote control of pump stations and gates, and video surveillance of key areas. It integrates data acquisition, statistics, analysis, and control functions to achieve water-saving irrigation and scientific, efficient management of irrigation districts, playing a vital role in ensuring project safety, optimizing water resource allocation, improving water use efficiency, and supporting high-standard farmland construction.
Field Weather Monitoring System
The Field Weather Monitoring System is a core infrastructure of modern smart agriculture. It enables precision management of agricultural production by collecting real-time data on meteorology, soil, and crop growth.
Online Monitoring System Solution for Drainage Networks
The Online Monitoring System for Drainage Networks installs monitoring devices within drainage pipes, channels, and ancillary structures (manholes) to monitor parameters such as liquid level, flow velocity, flow rate, and on-site conditions in real-time. It features automatic alarm triggering for data exceeding limits and utilizes 4G/5G/NB-IoT wireless networks to transmit field data to the central monitoring software. This system provides strong guarantees for the safe and healthy operation of drainage networks, offers effective data support for network operation scheduling, maintenance management, and renovation design, and enhances the informatization management level of drainage networks. The system is expandable to include water quality monitoring, manhole cover displacement monitoring, hazardous gas concentration monitoring, and pressure monitoring.
Open Channel Flow Monitoring System Solution
Open channels, as common water conveyance channels in nature and hydraulic engineering, are widely found in rivers, irrigation canals, urban drainage networks, and other scenarios. Accurate monitoring of their flow is a crucial foundation for rational water resource allocation, flood control and drought relief decision-making, and hydraulic engineering management. The Open Channel Flow Monitoring System can measure water flow in open channels in real-time, providing reliable data support for water resource measurement, water usage scheduling, and ecological protection. It is a key technological equipment for achieving refined water resource management.
Building Energy Consumption Dynamic Monitoring System Solution
Ecolor Technology's "Dual-Carbon Monitoring Digital Intelligence Platform" deeply integrates IoT, big data, and cloud computing technologies to build a full-process carbon management system of "monitoring-accounting-analysis-warning". By deploying indoor/outdoor air monitoring sensors, emission source online collection equipment, etc., it captures real-time energy consumption and carbon emission data during building operation, and establishes a carbon emission monitoring network using precision instruments like gas chromatographs. The platform innovatively develops a "Carbon Emission Simulation and Assimilation System", integrating atmospheric transport models and carbon cycle process models to dynamically assess carbon sink potential and quantify the contribution of different factors to emission reduction. This technology addresses the shortcomings of traditional carbon accounting relying on static data, achieving "dynamic tracking and precise profiling".
River Water Level Monitoring System
The River Water Level Monitoring System is an intelligent hydrological monitoring solution based on IoT, sensors, wireless communication, and data visualization technologies. It is primarily used for real-time monitoring of water level changes in rivers, lakes, reservoirs, and other water bodies, providing data support and decision-making basis for flood control and drought relief, water resource management, and ecological protection. It is widely applied in water conservancy, emergency management, environmental protection, and other fields.
Flash Flood Disaster Monitoring and Early Warning System Solution
The flash flood disaster monitoring and early warning system consists of four components: water level gauges, rain gauges, video surveillance, and audible/visual alarms. After collecting data, the hydrological intelligent measurement and control terminal monitors and analyzes the data to determine warning levels, target recipients, and other warning information. Warnings can be issued via multiple channels such as phone calls and SMS. Field data and warning information are remotely transmitted to the monitoring and early warning platform via 4G/NB-IoT wireless networks or the BeiDou satellite system. The platform stores and displays the data.
Comprehensive Smart Water Conservancy Solution
Comprehensive Smart Water Conservancy Solution
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