Building a smart heating platform, recharging heating network cards, and principles of smart heating network management
Building a smart heating platform, recharging heating network cards, and principles of smart heating network management

Building a smart heating platform, recharging heating network cards, and principles of smart heating network management

Category:

Instrumentation/Flow meter/flowmeter

Model:

STR/WEB/V2.0

Brand:

Qingdao Zhiyuan Instrument

model:

STR/WEB/V2.0

principle:

Fluid oscillating flowmeter

purpose:

Liquid flowmeter

Nominal Diameter:

DN15-2000

work pressure:

1.6MPa

Applicable Medium:

Gas, liquid, steam

Operating Temperature:

three hundred

measurement range:

five thousand four hundred and eighty-nine

accuracy class:

one

measurement accuracy:

one

Installation type:

flange connection

flow range:

two thousand six hundred and fifty-six

Processing & Customization:

yes

weight:

twenty-five

Place of Origin:

Qingdao, China

manufacturer:

Qingdao Zhiyuan Instrument

Retail Price

1,872.00USD


重量

kg

  • Product Description
  • model

    STR/WEB/V2.0

    principle

    Fluid oscillating flowmeter

    purpose

    Liquid flowmeter

    Nominal Diameter

    DN15-2000

    work pressure

    1.6MPa

    Applicable Medium

    Gas, liquid, steam

    Operating Temperature

    three hundred

    measurement range

    five thousand four hundred and eighty-nine

    accuracy class

    one

    measurement accuracy

    one

    Installation type

    flange connection

    flow range

    two thousand six hundred and fifty-six

    Processing & Customization

    yes

    weight

    twenty-five

    Place of Origin

    Qingdao, China

    manufacturer

    Qingdao Zhiyuan Instrument

    Description :

    Building a smart heating platform, recharging heating network cards, and principles of smart heating network managementOperation and maintenance management: 1. Establish equipment ledger, record and provide equipment information, reflect the basic parameters, operation and maintenance history of equipment, provide necessary information for daily maintenance and management of equipment, and analyze and manage equipment life and inspection cycle based on the online operation status and equipment ledger of equipment. 2. The equipment ledger should include: basic equipment information, equipment technical specifications, equipment defect records, measurement equipment inspection records, equipment changes, equipment spare parts, equipment ledger queries, and other functions. 3. The seamless integration of equipment ledger and real-time system enables the static and dynamic information of online devices. 4. Defect management includes: defect registration through the inspection system, defect information flow (upgrading, downgrading, forwarding, extension, etc.), defect information statistics, etc; The processed defects are automatically archived in the corresponding equipment ledger, and the phenomena, causes, and defect elimination measures of the faults during the defect handling process can be archived in the equipment fault library. 5. The responsible department and person for defect review and handling can be defined in the system, and the reported defect information will be automatically transmitted to the department for personnel to verify the defects. For confirmed defects, a defect elimination process can be generated for processing.

      6. The smart steam supply management system's IC card prepaid flowmeter also has RS485 communication, enabling remote data transmission and valve adjustment functions. Currently, the values of various measuring devices are mostly manually copied by operators on a shift by shift basis. This simple and repetitive work inevitably brings some problems, such as unsynchronized meter reading, large human errors, and high labor intensity. Manual meter reading has become an obstacle to the automation and informatization of data management in power plants. Therefore, the application of RS485 wired data remote meter reading system is necessary. If there is a gas flow meter on site, our flow integrator can be omitted, and only the on-site flow meter needs to have RS485 communication function. Based on the communication protocol of the meter, we have developed communication software and directly connected it to the IC card control instrument through RS485 line

      Meaning of smart heating and smart heating of Qingdao Hesheng Zhiyuan Automation System Co., Ltd.: In the context of building a smart city and promoting the development of "Internet plus" smart energy, the concept of smart heating came into being as an important branch of the energy industry. existingBuilding a smart heating platformThere are still some issues during operation, such as insufficient remote points, relatively outdated control technology, high energy consumption, and low energy metering. Urban heating belongs to the main content of energy conservation and emission reduction. The development of contemporary heating systems must effectively combine traditional engineering with modern data science and technology, and improve the effectiveness of energy efficiency management by predicting the operation status of the heating network. The design of heating systems is often driven by demand, and predicting the demand for heat load on the consumer side plays a crucial role in improving the overall efficiency of the heating network operation.

      Qingdao Hesheng Zhiyuan Automation System Co., LtdBuilding a smart heating platform, recharging heating network cards, and principles of smart heating network managementSystem functions:

      a. Can query historical data of any hot user, any parameter, and any time period, and support the export and printing functions of statistical reports and analysis curves; Rich report customization printing and archiving functions, which can print hot user daily, monthly, and steam consumption detail reports, parent pipe daily, monthly, and summary reports, and can be archived as EXCEL format files (*. xls). b. Hot user management data system, including flow rate, pressure, temperature, upper and lower limit report settings, current operating parameters of instruments, unit price, special policies, responsible person information, etc., to prevent users from modifying settings; c. Access control function: Operators need to apply for a login name with their personal ID when logging in (non ID cannot be applied for), and achieve real name login; After entering the password and passing identity verification, the system can enter. The system defines access permissions according to different access users. The smart heating network cloud platform system adopts a B/S structure and supports intelligent terminals with internet access functions to access, enabling the operation of the heating network anytime, anywhere and achieving mobile office; e. Geographical distribution map of heating network users and routing map of heating network pipelines, which can be drawn according to the needs of the network and marked with steam flow direction (green line in the figure), locate the coordinate points of heating network users, and display the pipeline distance between heating customers and heat sources;

      f. The operation of building equipment for the smart heating platform requires the insertion of a device card to modify parameters, which is more reliable than password protection. The permissions of the sub centers are limited to data monitoring and do not allow downward operations, ensuring the security of the system. The data of each sub center in the main center is fully synchronized and displayed in real-time

    Building a smart heating platform, recharging heating network cards, and principles of smart heating network managementPartial Function Introduction:

      The data analysis function includes steam analysis of the sum of total table and settlement flow, steam analysis of settlement flow of each sub table and branch line, represented in the form of curves and reports, and can automatically generate pipe losses for each pipeline;

      The system software adopts a networked design, supporting multiple network interfaces and remote browsing. After running the program on the server side, the screen will be published, and various data can be shared by other departments of the thermal power plant through the IE browser. The system has communication function with the power plant MIS system and can transmit the heat network signal to the upper information management system;

      The power plant's external steam prepayment supports large screen projection function, which can send geographic graphics, data, curves, pipeline diagrams, etc. displayed on the computer to the large screen, making the system have good visibility;

      The design of system software and hardware can facilitate future expansion, upgrading, and transformation; The hardware adopts modular design, which is convenient for transformation and upgrading.

      Equipped with operation logs, it can query the operation process and modify parameters of each customer, achieve traceable and orderly supervision, and avoid operational errors that cannot be traced

    Building a smart heating platformPurchase gas, heat recharge, card insertion, and inquiry, with IC card technology, can be easily done with just one card insertion, transforming the traditional manual meter reading and pricing into user card based gas and heat purchase. This achieves automation in the collection and management process of gas and heating fees. Query and statistics: data can be queried and displayed for each instrument at any time during a certain period of time, making it easy to assess and query each shift

      Qingdao Hesheng Zhiyuan Automation System Co., Ltd

      189 Hui Xin 5483 Same number 1481

      Q:3438-5007-67

    AfterSalesService :

    Key words:
    • Building a smart heating platform