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Eco Powertec products have been recognized for their reliable quality and technological innovation through testing and certification conducted by authorized institutions.

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Procurement Excellent Product Introduction

Products that are designated as outstanding in performance, technology, or quality to improve the quality of procured goods and support the sales of small and medium-sized enterprises.

The Need for Predicting Switchboard Failure

Existing switchboards lack fault prediction technology, making it difficult to respond to accidents and failures
  • Increased electricity consumption and aging facilities have led to an increase in electrical fires and human casualties
  • Similar to fault diagnosis, it is difficult to respond to accidents and failures by diagnosing abnormalities at the point of occurrence
01Fault Diagnosis
  • Existing switchboards lack fault prediction technology, making it difficult to respond to accidents and failures.
02Fault Prediction
  • Predict future failures based on condition data from the switchboard to prevent accidents and respond to failures ahead of time

The Need for Seismic Resistance in Switchboard

Seismic Technology Standards for Electrical Facilities
  • Electrical equipment installed in water substations must use products certified for seismic-resistance or submit a report on the manufacturer's seismic resistance
01Relevant Law
  • Enforcement Decree on the Act on the Preparation for Earthquakes (2022.6.16)
  • Electric Utility Act (2022.7.21)
02Technology Standards
  • Ministry of the Interior and Safety : Seismic Design Standards for Fire Protection Facilities (2019)
  • Ministry of Trade, Industry and Energy: Technical Standards for Electrical Facilities (2021)
  • Architectural institute of Korea: Building Structure (KBC-2009) - Architectural, Mechanical and Electrical Nonstructural Elements (2018)
  • National Radio Research Agency: Technical Standards for Safety, Reliability and Communication Protocols of Broadcasting and Telecommunication Facilities (2019)
  • National Emergency Management Agency: Guidelines for Seismic Countermeasures for Power and Communication Facilities (2018)
  • Korea Electrical Association: Guidelines for Seismic Design and Construction of Building Electrical Facilities (2018)
  • Korean Electric Association : Transmission and Transformation Regulations (2018)

Eco Powertec Seismic Resistance Technology

Seismic Bracing
  • Installation of seismic braces under switchboards that are subject to high vibration
5 Fixed Anchors
  • The seismic braces are pierced through the seismic support and reinforcement support with a straight insertion rod and fixed with 5 anchors
Performance
  • Maximum seismic performance by distributing seismic forces from the outside to the anchors and reinforcement supports
Seismic Resistance Performance Verification
  • Verification of seismic resistance against an earthquake of 8.3 on the Richter scale through seismic resistance tests of domestic and foreign standards

Eco Powertec Co., Ltd.
has verified these earthquake-resistant technologies in accordance with domestic and international standards.

  1. Seismic Resistance Performance Verification 1

    International Standard (USA)_KTL Test Report 22-000237-01-1~4

    • Seismic resistance performance test for up to 8.3 on the Richter scale
    • Ministry of Trade, Industry and Energy: Technical Standards for T Electrical Equipment (2021)
    • Architectural Institute of Korea : Building Structure (KBC-2009) - Architectural, Mechanical and Electrical Nonstructural Elements (2018)
  2. Seismic Resistance Performance Verification 2

    Domestic Standard_KTL Test Report 21-004521-01-1~4

    • Seismic resistance performance test for up to 7.8 on the Richter scale
    • Test standard and method: RRA Announcement No. 2020-92 (Seismic test method for broadcasting and communication facilities)
    • Test Result : Appropriate (passed)

technology test

technology test

technology test

technology test

Eco Powertec’s Fault Diagnosis and Prediction Technology

Collection of various environmental and status information and application of AI-based grouping technology derived from trend analysis to predict failures and diagnose failures in real time

  1. STEP 1. Measurement and Collection
  2. STEP 2. AI-based Grouping
  3. STEP 3. Fault Diagnosis and Prediction
  4. STEP 4. Proactive Notification and Action

Eco Powertec Co., Ltd Fault Prediction and Diagnosis Basic Concept and Process

STEP 01Data Collection

Collect data from switch boards installed in various locations in various regions to create big data

STEP 02Categorization

Categorize the collected data into groups with similar capacities to the environment where the switchboard is installed

STEP 03Grouping

Among the classified data, busbar and transformer temperatures with similar trends in power utilization are grouped together
Example) When electricity flows, the temperature of components, wires, and busbars increases

  • Hypothesis 1. Switchboards with similar installation environments and capacities and similar trends in power utilization (power usage patterns) over a period of time (2 months) will have similar trends in the future.
  • Hypothesis 2. Within a group, switchboards with similar trends over a period of time in the past shall have a specific driver for the change in trend
STEP 04Classification

Check whether it is a temporary change in usage pattern or external environmental change, whether there is a failure for the cause. If there is no failure factor, regroup(Re-group the switchboards with similar patterns)

STEP 05Precision Diagnosis

When it is determined that the cause is the equipment itself without other external factors, manager is notified, and precision diagnosis is initiated

AI GROUPINGAI-based Grouping

Basic Information Categorization
AI-based Grouping

FAULT DIAGNOSIS 02

01Fault Diagnostics (Real-Time)
  • Analysis TargetPower Condition, Arc, Earthquake, Temperature, Humidity
  • StandardSet Point
02Fault Prediction (In Advance)
  • Analysis TargetBusbar and Transformer Temperature Trends versus Power Utilization
  • StandardRelative Deviation from the Trend (Degree of Similarity)

IoT-based Remote Monitoring

By collecting various environmental and status information and applying AI-based grouping technology based on trend analysis, it is possible to predict and respond to faults in advance with the help of switchboards that can predict and diagnose faults in real time

Through the Web and the App, Eco Powertec provides data collected and processed through IoT technology from various elements in the switchboard

01Integrated Monitoring Screen(Web)
02Integrated Monitoring Screen(Mobile)

Detailed Image of Real-Time Confirmation Service

Map-based site monitoring screen for admins managing multiple sites

Map-based site monitoring screen for admins managing multiple sites 2

Map-based site monitoring screen for admins managing multiple sites 3

Map-based site monitoring screen for admins managing multiple sites 4

IoT-based Switchboard Real-Time Safe Integrated Monitoring

Eco Powertec operates TOC (Total Operating Center) and establishes a 24-hour real-time monitoring and emergency response system

TECHNOLOGY TEST

TECHNOLOGY TEST

TECHNOLOGY TEST

TECHNOLOGY TEST