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YBS-Smart Transformer Station

  • YBS-Smart Transformer Station

Key attributes

Brand ROCKWILL
Model NO. YBS-Smart Transformer Station
Rated frequency 50Hz
Maximum LV AC Inputs 34kV
Series YBS

Product descriptions from the supplier

Description

Description :

Smart substations are key to modern power systems, integrating advanced sensing, communication, computer and automation technologies. Primary equipment self - monitors, and the secondary system is digital and networked. Real - time data collection and intelligent algorithms analyze equipment status and predict faults. Automatic control stabilizes the grid. They enhance power system efficiency, cut costs, and drive the industry towards a green, intelligent future, supporting development.

Main function introduction:

  • Simplicity and Convenience

  • High Efficiency and Energy Saving

  • Intelligence and Advancement

  • Reliability and Durability

Technology parameters:

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YBS-3000K-H1

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YBS-6000K-H1

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Schematic Diagram:

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YBS-3000K-H1

YBS-6000K-H1

Know your supplier
Online store
On-time delivery rate
Response time
100.0%
≤4h
Company overview
Workplace: 108000m²m² Total staff: 700+ Highest Annual Export(usD): 150000000
Workplace: 108000m²m²
Total staff: 700+
Highest Annual Export(usD): 150000000
Services
Business Type: Design/Manufacture/Sales
Main Categories: High Voltage Electrical Apparatus/Electric transformer
Whole life care manager
Whole-life care management services for equipment procurement, use, maintenance, and after-sales, ensuring safe operation of electrical equipment, continuous control, and worry-free electricity consumption.
The equipment supplier has passed platform qualification certification and technical evaluation, ensuring compliance, professionalism, and reliability from the source.

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Related Knowledges

  • Intelligent Substation Maintenance Pressure Plate Operation Guide
    According to the "Eighteen Major Anti-Accident Measures for Power Grid of State Grid Corporation of China (Revised Edition)" promulgated in 2018, operation and maintenance units should improve the on-site operation regulations for intelligent substations, refine the usage instructions and abnormal handling methods for various messages, signals, hard pressure plates, and soft pressure plates of intelligent equipment, standardize the operation sequence of pressure plates, strictly follow the seque
    12/15/2025
  • What Is a Substation Bay? Types & Functions
    A substation bay refers to a complete and independently operable assembly of electrical equipment within a substation. It can be regarded as a fundamental unit of the substation’s electrical system, typically comprising circuit breakers, disconnectors (isolators), earthing switches, instrumentation, protective relays, and other associated devices.The primary function of a substation bay is to receive electrical power from the power system into the substation and then deliver it to the required d
    11/20/2025
  • What is the difference between a pad-mounted substation and a traction substation?
    Pad-Mounted Substation (Box-Type Substation)Definition:A pad-mounted substation, also known as a prefabricated substation or pre-assembled substation, is a compact, factory-assembled power distribution unit that integrates high-voltage switchgear, a distribution transformer, and low-voltage distribution equipment according to a specific wiring scheme. It combines functions such as voltage step-down and low-voltage power distribution into a single unit housed in a fully enclosed, movable steel en
    11/20/2025
  • What Are the Differences Between Substations, Switching Stations, and Distribution Rooms?
    What Are the Differences Between Substations, Switching Stations, and Distribution Rooms?A substation is a power facility in the electric power system that transforms voltage levels, receives and distributes electrical energy, controls the direction of power flow, and adjusts voltage. It interconnects power grids of various voltage levels through its transformers. In specific applications—such as submarine power cables or long-distance transmission—some systems use high-voltage direct current (H
    11/20/2025
  • Application of Maintenance-Free Transformer Breathers in Substations
    Currently, traditional-type breathers are widely used in transformers. The moisture-absorbing capability of silica gel is still judged by operation and maintenance personnel through visual observation of the color change of silica gel beads. Subjective judgment by personnel plays a decisive role. Although it has been clearly stipulated that silica gel in transformer breathers should be replaced when more than two-thirds of it changes color, there is still no accurate quantitative method to deter
    11/18/2025
  • Application of UAV Technology in Sequential Control Operations of Substations
    With the advancement of smart grid technologies, sequential control (SCADA-based automated switching) in substations has become a core technique for ensuring stable power system operation. Although existing sequential control technologies have been widely deployed, challenges related to system stability under complex operating conditions and equipment interoperability remain significant. Unmanned Aerial Vehicle (UAV) technology—characterized by its agility, mobility, and non-contact inspection c
    11/18/2025

Related Solutions

  • Revolutionizing Outdoor Substation Safety: Fluorinated Gas-Insulated Current Transformer Solution
    The Challenge:In fire-sensitive environments like urban substations and forested areas, conventional SF₆-insulated or oil-filled outdoor current transformers (CTs) present critical risks: SF₆ is a potent greenhouse gas (GWP = 23,500), while mineral oil insulation carries inherent flammability hazards, increasing fire risk and environmental liability.Our Solution: Low-Flammability Gas-Insulated Outdoor CTWe introduce a next-generation outdoor CT solution designed explicitly for fire risk mitigati
    07/14/2025
  • Modular and Space-Intensive Structure Solution: The Breakthrough Application of GIS Voltage Transformers in Compact Urban Substations
    Challenge: Space Constraints of Traditional GIS Voltage TransformersIn urban core areas, underground substations, or high-density power distribution networks, substation space resources are extremely scarce. Traditional GIS Voltage Transformers (VTs), due to their standalone structure, suffer from large physical size (footprint area typically exceeding 4 m² for 400kV equipment), dispersed components, and complex gas compartment connection points. This not only leads to lengthy installat
    07/11/2025
  • CT and Grounding Switch Magnetic Circuit Reuse Integrated Solution: Enabling Compact GIS Substation Construction
    BackgroundDuring urban power grid upgrades, limited land resources present a core challenge. Traditional GIS equipment occupies significant vertical space due to the separate structures of current transformers (CTs) and grounding switches, becoming a bottleneck in substation miniaturization design.Solution: Modular Integrated DesignThis solution innovatively deeply integrates CT functionality into the grounding switch operating mechanism, achieving spatial reuse and performance breakthroughs: Sp
    07/10/2025
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