Steam metering management for thermal power plants, wireless meter reading for heating, and energy consumption management methods for thermal power plants
Steam metering management for thermal power plants, wireless meter reading for heating, and energy consumption management methods for thermal power plants

Steam metering management for thermal power plants, wireless meter reading for heating, and energy consumption management methods for thermal power plants

Category:

Instrumentation/Flow meter/flowmeter

Model:

STR/WEB/V2.0

Brand:

Qingdao Zhiyuan Instrument

model:

STR/WEB/V2.0

principle:

Differential pressure flowmeter

purpose:

Micro flow flowmeter

Nominal Diameter:

DN15-2000

work pressure:

1.6MPa

Applicable Medium:

Gas, liquid, steam

Operating Temperature:

three hundred

measurement range:

two thousand three hundred and fifty-six

accuracy class:

one

measurement accuracy:

one

Installation type:

flange connection

flow range:

six thousand two hundred and forty-two

Processing & Customization:

yes

weight:

forty-five

Place of Origin:

Qingdao, China

manufacturer:

Qingdao Zhiyuan Instrument

Retail Price

5,458.00USD


重量

kg

  • Product Description
  • model

    STR/WEB/V2.0

    principle

    Differential pressure flowmeter

    purpose

    Micro flow flowmeter

    Nominal Diameter

    DN15-2000

    work pressure

    1.6MPa

    Applicable Medium

    Gas, liquid, steam

    Operating Temperature

    three hundred

    measurement range

    two thousand three hundred and fifty-six

    accuracy class

    one

    measurement accuracy

    one

    Installation type

    flange connection

    flow range

    six thousand two hundred and forty-two

    Processing & Customization

    yes

    weight

    forty-five

    Place of Origin

    Qingdao, China

    manufacturer

    Qingdao Zhiyuan Instrument

    Description :

    Qingdao Zhiyuan InstrumentSteam metering management in thermal power plantsFunction Introduction:

      1. Dynamic display of valve status, unboxing status, instantaneous flow rate, pressure, temperature, cumulative flow rate, etc. for each hot user, with different colors used to represent different statuses; When each user point is in normal state, it is displayed in blue. When the parameters exceed the limit, it is reported, or there is a fault, it is displayed in red and flashes, and information is synchronously sent to notify personnel; 2. Real time historical data and curves of flow rate, pressure, temperature, density, differential pressure, and frequency are displayed in the same coordinate system, and can be freely compared. The mouse follows and displays the current data, which is intuitive and easy to analyze; 3. The smart pipeline network system can directly add hot customers through the front-end webpage, with convenient and fast operation, sorted by number, and the order of customer arrangement can be freely adjusted; Provide detailed information on thermal units, establish maintenance information for measuring equipment, and facilitate management personnel to query the history and current status of instruments; 4. Automatically generate daily, monthly, annual, and report forms, and be able to print reports in real time. Reports can be made according to the requirements of the thermal company. 5. Thermal user management data system, including flow rate, pressure, temperature, upper and lower limit report settings, instrument current operating parameters, unit price, special policies, responsible person information, etc., to prevent users from modifying settings; 6. Multi level operation permissions for steam management in smart power plants are set by administrators to prevent unauthorized operations by personnel at different levels;

      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. existingSteam metering management in thermal power plantsThere 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.

      Distributed energy systems, as energy supply centers serving the local area, directly face the needs of local users and are deployed near them. This simplifies the energy transmission process for users, reducing energy losses and transmission costs, and increasing the safety of energy supply for users. Due to its lack of large-scale and long-distance energy output mode, it mainly targets the energy needs of local users,Steam metering management in thermal power plantsThe scale will be constrained by user demand, and compared to traditional centralized energy supply systems, it is of medium to small capacity. The application of wireless remote intelligent meter reading system will realize fully automated meter reading method, which can be regarded as one of the meter reading methods. It will gradually replace manual meter reading and semi-automatic meter reading methods to achieve real-time detection and management of water meters, and analyze users' water, gas, and gas usage and conditions in real time. The wireless remote intelligent meter reading system is built on the network of the GPRS data management center established within the enterprise. Through the mobile GPRS network, all incoming traffic data is transmitted to the data center, and the data reading function is implemented by the main station for centralized meter reading. Automatically collect meter data and other information from the concentrator according to the set reading interval and reading cycle, and have real-time random calling and address selection functions

      Overall, a distributed energy system with renewable energy as the mainstay and flexible diversification is a vigorously developing energy optimization supply model in this century. Various new distributed energy systems are constantly being introduced, and with the advancement of science and technology and the development of high-performance new materials, distributed energy will occupy an increasingly large proportion in the social energy structure, which will have a crucial impact on social development. The economy has entered a period of rapid development, with increasing energy demand and supply bottlenecks becoming a long-term problem. Cities must learn to manage their own energy, as this is a key link in ensuring urban development and a basic requirement for the quality of urban managers.Steam metering management for thermal power plants, wireless meter reading for heating, and energy consumption management methods for thermal power plantsThe IC card prepaid flowmeter also has RS485 communication, enabling remote data transmission and valve adjustment functions. Its main functions include collecting user data, storing data, regularly uploading data through GPRS network, and receiving instructions from the central server. The main function of the central server is data storage, analysis, and timely statistics of the data uploaded by various measuring devices through statistical analysis. At the same time, it can also detect problems early and provide query and analysis functions to management personnel through various means. The wired data acquisition system is based on the RS485 bus. The RS485 wired data remote meter reading system is a system that uses modern communication and computer network technology to automatically copy remote data. Valve position, flow rate, and other data are uploaded, and the upper computer can set the reporting method arbitrarily. Flexible communication parameter settings: The communication address and baud rate of the prepaid controller can be set as needed (address range: 1-128, baud rates: 2400, 4800, 9600)

      Qingdao Hesheng Zhiyuan Automation System Co., Ltd

      189 Hui Xin 5483 Same number 1481

      Q:3438-5007-67

    AfterSalesService :

    Key words:
    • Steam metering management in thermal power plants