Business

I thought of technology in nature

Water Operation Integrated System

Water operation system is a system to improve the efficiency in operation for integrated management by developing/supplying the optimized water operation solution

Features
Improvement of efficiency /economy in operation management through block monitoring (flow, water pressure, water quality, and etc.)
Securing flexible production system established data through short-term/long-term demand forecasting
Saving the costs of pipeline network through GIS based block control
Securing pipeline network diagnosing means and establishing emergency responding system through GIS based pipeline network interpretation

The effect of introduction of aqua smart solution

  • Pipeline network monitoring system

    Improvement of operation management efficiency

    Improvement of operation management economy

    Implementation of data based maintenance

    Improvement of emergency responding capability

  • Pipeline network control system

    Analysis of revenue water ratio

    Increase of imposed amount

    Systematic facility management

    Saving pipeline network maintenance costs

  • Pipeline interpretation system

    Securing pipeline network diagnosing means

    Weak points management function

    Accident prevention

    Establishing emergency responding system

  • Monitoring control system

    Securing integrated control method

    Systematic emergency responding

    Ordinary monitoring of system operation situation

  • Demand forecasting system

    Securing production system established data

    Planning of water supply plant extension scale

    Securing water quality (minimizing the detention time)

    Extending the use year of water supply facility

  • Production planning system

    Saving production costs

    Improvement of pump maintenance efficiency

    Saving electricity consumption

Block Management System

Block management system is to properly deal with the variation of water demand according to the ordinary time by separating all of water service areas where water utilities are charges in for efficient operation of water supply pipeline network by water system and water supply district supply water stably by minimizing the influence on consumers even from accident or disaster

Features
Intuitive interface
– User-centered UI design applying UX (User Experience) concept
Data inquiry from multi angles
– Analysis of history pattern based on individual usage data of real-time flow/water pressure/receptor
– Efficient information inquiry through the linked pattern to linkage block
Professional data analysis
– Analysis of operating ratio and revenue water ratio between levels
– Analysis of estimated leakage ratio through auto detection when making minimum inspections during nighttime
– Analysis of estimated leakage
– Linkage analysis to the water quality by distributing reservoir and block level
  • Ordinary management & operation system
    Ordinary management & operation system
    Establishment of efficient management system with water supply integrated management system
    Providing active management based on real-time analysis
    Improvement of emergency responding capability with SMS auto sending according to the abnormal situation
  • Real-time monitoring and analysis
    Real-time monitoring and analysis
    Real-time integrated flow monitoring
    Analysis of multi-angles of flow and water pressure information and analysis of pattern trend by cycle
    Analysis of operating ratio and estimated leakage ratio by level
    Analysis of revenue water ratio through the linkage of fee information
  • Basis of optimal decision
    Basis of optimal decision
    Drawing the estimated basis for leakage and abnormal situations
    Providing the optimal decision information through flow linkage analysis between levels
    Providing flow analyzing information for establishing pipeline network plan

System configuration

chart

Main functions

  • Water pressure and flow of real-time monitoring function

  • Water pressure and flow management function by unit block

  • Real-time tube pressure monitoring and management function

  • Real-time inspection/integrating flow monitoring & analyzing function

  • Monitoring and management of pressurization for supplying water in distributing reservoir

    Monitoring and management of pressurization for draining water in hilly sections

    Pressurization pattern management by period during a year

    Pump operation optimization

  • Monitoring and management of water quality in distributing reservoir

    Monitoring and management of water quality in block and designated zone

    Linkage analysis to the water quality by level of block and designated zone

    Movable monitoring and management of water quality to the designated position

Water Flow Rate Enforcement System

Water flow rate enforcement system is a system to increase flow amount as a system form for analysis of zone flow/water pressure gauge/remote meter-reading with the purpose of integrated analysis of flow/water pressure gauge/remote meter-reading and efficient maintenance as a business to lower the amount of water supply in order to raise the water flow rate

Features
Intuitive interface
– User-centered UI design applying UX (User Experience) concept
Data inquiry from multi angles
– Analysis of history pattern based on individual usage data of real-time flow/water pressure/receptor
– Efficient information inquiry through the linked pattern to linkage block
Professional data analysis
– Analysis of operating ratio and revenue water ratio between levels
– Analysis of estimated leakage ratio through auto detection when making minimum inspections during nighttime
– Analysis of estimated leakage
– Linkage analysis to the water quality by distributing reservoir and block level

System configuration

chart

Main functions

  • Inspection/ integration/ flow/ tube pressure real-time monitoring function

  • Operating ratio/ revenue water ratio/ leakage ratio intensive analysis function by level

  • Real-time weak point tube pressure pattern analysis function

  • Real-time tube pressure/ flow linkage analysis function

  • Real-time leakage estimation linkage analysis function

  • Flow pattern analysis based on real-time flow analysis information

    The first nighttime inspection and auto detection and analytic algorithm

Remote Reading System

Remote reading system is a reading automation system to implement the work of inspecting the use of customer from the gauge remotely and automatically in order that energy supplier charges and collects the fee depending on the supplied amount to the customer who use this energy. It is a technology which improves significantly the civil complaints due to the wrong reading as the reader reads the usage of each household automatically from Central Reading Center using computer and communication technology instead of direct visiting and handwriting

Features
Real-time reading inquiry and analysis
– Inquiry and analysis to the whole list of receptor and selective receptor
– Reading inquiry/analysis and data output by day/ month/ year
– Establishment of emergency responding system through leakage analysis condition
Real-time command dealing and remote diagnosis function
– Real-time command dealing function and remote diagnosis function using interactive communication between server and AMR
Checking the receptor position through general/satellite map based GIS function
  • Ordinary management & operation system
    Outdoor type OMR
    Implementing by handwriting
    Securing the durability against water-proof, explosion-proof, heat-resisting, and anti-statistics
  • Real-time monitoring and analysis
    Movable OMR
    Supporting handwriting reading area and data linkage function
    Receptor usage monitoring function
    Self-development system and communication protocol
    21 channels setting and communication by time
  • Basis of optimal decision
    Interactive AMR
    Collecting the reading information by household with one hour interval
    Command dealing function using interactive communication between AMRs in server
    Receptor usage monitoring function
    Receiving maximum 1000 meters per concentrator and real-time remote diagnosis

System configuration

chart

Main functions

  • Real-time remote read receiving rate and map bulletin analysis function

  • Real-time reading inquiry and analysis function

  • Real-time command dealing function using interactive communication between server and AMR

  • Real-time remote diagnosis function

  • Collecting function of the reading information by household with one hour interval