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High-voltage generator unit

High-voltage generator sets use high-quality domestic and foreign diesel engines as power, in accordance with the national standard "GB2820 Industrial Frequency Diesel Generator Sets General Technical Conditions", and referring to the International Electrotechnical Commission rotating machine standard "IEC34 - |", selecting high-quality generators produced domestically and internationally to produce high-voltage generator sets. With development, it is necessary to use multiple large-capacity generator sets to provide backup power. If traditional 380V generator sets are used for power supply, a large amount of power cables will be consumed and a large amount of cable channel space will be occupied. Moreover, multiple generator sets often cannot solve the problems of installation location, air intake and exhaust, exhaust, and noise reduction in the machine room, and the amount of cables and cable channels consumed is even greater. Therefore, in recent years, the industry has proposed the use of 10kV generator sets as backup power, which can significantly save power cables, reduce line losses, and save cable channels and civil engineering costs compared with conventional 380V generator sets. High-voltage generator sets are mainly divided into three types: 3kV, 6kV, and 10kV. These three voltage levels are called medium voltage in the power industry. Compared with the 380V low-voltage generator set, they can be called high voltage.
  • Commodity name: High-voltage generator unit

Keywords:

Diesel Generator | Silent Diesel Generator Set

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  • Product Description
  • Parameter download
  • High-voltage generator sets use high-quality domestic and international diesel engines as power, in accordance with the national standard "GB2820 General Technical Conditions for Industrial Frequency Diesel Generator Sets", and referring to the IEC34 - | International Electrotechnical Commission rotating machine standard, and are equipped with high-voltage generator sets produced by high-quality domestic and international generator manufacturers.
    With development, it is necessary to use multiple large-capacity generator sets to provide backup power. If traditional 380V generator sets are used for power supply, a large amount of power cables will be consumed and a large amount of cable channel space will be occupied. Moreover, multiple generator sets often cannot solve the problems of installation location, air intake and exhaust, exhaust, and noise reduction in the machine room, and the amount of cables and cable channels consumed is even greater. Therefore, in recent years, the industry has proposed the use of 10kV generator sets as backup power, which can significantly save power cables, reduce line losses, and save cable channels and civil engineering costs compared with conventional 380V generator sets.
    High-voltage generator sets are mainly divided into three types: 3kV, 6kV, and 10kV. These three voltage levels are called medium voltage in the power industry. Compared with 380V low-voltage generator sets, they can be called high voltage.
     

    Serial Number

    Comparison Item

    380V Generator Set

    10kV Generator Set

    1

    Engine

    Same

    Same

    2

    Engine

    380V

    10kV, enhanced insulation, increased weight and size

    3

    Floor Space

    Similar

    Similar

    4

    Installation Method

    Same

    Same

    5

    Rated Current

    3600A

    144A

    6

    Unit Cost

    Low

    Slightly higher than low voltage

    7

    Power Distribution Equipment

    Low

    Add PT cabinet and protection, high-voltage cabinet

    8
    Neutral Point Equipment
    None
    A set of contactor cabinet and resistor cabinet
    9
    Power Transmission Distance
    Short, line loss and voltage drop need to be considered
    Long
    10
    Power Cable or Busbar
    Large current, thick wire diameter, difficult to lay, high civil engineering cost
    Small current, thin wire diameter, easy to lay, low civil engineering cost


     

    Number of Phases Three-phase Protection Level IP23 or IP54
    Wiring Method Three-phase three-wire system (Y connection) Cooling Method Fan self-cooling (IC01)
    Excitation Method Brushless self-excited Operating Mode Continuous operation S1
    Power Factor 0.8 Ambient Temperature ≤40°C
    Insulation Level F/H Installation Method IMB3
    Basler digital voltage regulator DECS100 Excitation Power Supply PMG
    Rear Cover Insulated rear cover Anti-condensation heater 160-630W 220V
    Bearing temperature sensor One PT100 at the front and one at the rear Winding temperature measurement 6 PT100s

     

  • High-voltage generator unit File download

     

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