HNergy assisted PetroChina in landing key investment projects in Yanting

        The surface project of Yanting Natural Gas Processing Plant in Jinqiu Gas Field is another “first” key project of Southwest Oil and Gas Field Company under construction, that is, “the first domestic project with the longest technical route, the most complex process, the most complete functions, the largest variety of products, and the widest range of involvement”. After completion, the treatment plant is expected to contribute 1.7 billion cubic meters of natural gas production capacity, 203,000 tons of LNG products and 117,600 tons of liquid ethane per year, which will play a pivotal role in ensuring the supply of rare national resources and the supply of natural gas and natural gas liquefaction products in Sichuan and Chongqing.

        The Yanting Natural Gas Treatment Plant Project in the Southwest Oil and Gas Field of PetroChina selects the reactive power compensation components provided by HNergy to improve the power factor by compensating for the reactive power, ensuring that the system power factor meets the national standard, and avoiding the electricity fee penalty caused by the low power factor. Reduce the power consumption of the enterprise’s own equipment, improve the utilization rate of the transformer, and thus reduce the electricity cost of the enterprise. It once again reflects the brand influence of HNergy in the field of power quality management.

  • The main role of reactive power compensation:

        1.Solve the interest rate electricity charge: reduce or eliminate the interest rate electricity charge, reduce the production cost for users;
        2. Reduce the loss of the main transformer: reduce the loss of the main transformer and save electric energy;
        3. Release the main transformer capacity: reduce the main transformer capacity occupied by reactive power and improve the power supply capacity of the transformer;
        4. Increase the terminal voltage: improve the power factor of the system through reactive power compensation to ensure the stability of the terminal voltage of the line.