Maple-SDGi Power

Maple-SDGi Power
Intelligent Energy Management
Cloud Platform

A comprehensive digital solution for power distribution (MV to LV) using Cloud Computing, Big Data, and Edge Computing.

Platform Interface

Overview

Maple-SDGi Power Intelligent Energy Management Cloud Platform is based on a new generation of digital power technologies. It aggregates real-time digital data from medium-voltage switchgear, RMUs, and low-voltage switchgear, providing real-time operational data for edge computing based on equipment and system operating conditions.

The system utilizes core capabilities including networking, computing, storage, and applications to enable intelligent energy management. Combined with big data analysis and technical services, it supports energy management and remote operation and maintenance.

Through data analysis and cloud computing, the platform analyzes energy usage data, identifies potential equipment faults in advance, and provides cloud-based services including:

  • Energy management
  • Remote operation and maintenance
  • Energy-saving retrofit solutions
  • Lifecycle management of power distribution equipment

Key Functions

  • Integration of sensing technologies with switchgear products to enable intelligent equipment
  • Real-time transmission and storage of equipment operating data
  • Equipment condition assessment and fault prediction based on diagnostic data
  • Support for fast maintenance through on-site service capability
Functions

Dynamic Temperature Rise Management

Combined with ambient temperature data and edge computing, the system detects abnormal operating conditions and performs dynamic fault prediction.

  • • 10kV monitoring at 9 points (busbar, contact arms, cables)
  • • 400V–690V switchgear temperature monitoring
  • • Critical connection points (optional)
  • • Ambient temperature and humidity

Power Quality Management

Monitors voltage, frequency, and power factor. Measures harmonics and THD. Analyzes three-phase unbalance and evaluates grid quality.

When values exceed preset thresholds, alarms and event logs are generated.

Energy Consumption Management

Data acquisition and analysis supporting energy usage visualization and saving decisions.

• Load analysis • Max/Min analysis • Unit ranking • Early warning

Position status monitoring

  • Circuit breaker open/close status
  • Spring energy storage position
  • Local / remote control position
  • Transformer door signal status

Environmental & Auxiliary

  • • Temperature / humidity monitoring
  • • Smoke alarm monitoring
  • • Lighting & Air-conditioning control
  • • Access control & Water leakage
  • • Vehicle exhaust gas monitoring

Network Management

  • • Device offline monitoring
  • • Communication message monitoring
  • • Offline event logs & Alarms
  • • System & Communication configuration
Platform Nature

A comprehensive digital solution for power distribution (MV to LV) using Cloud Computing, Big Data, and Edge Computing.

Safety & Reliability

Focuses on predictive maintenance through real-time temperature monitoring and position status tracking to prevent equipment failure.

Efficiency & Quality

Provides detailed analytics on energy consumption and power quality (harmonics, THD) to optimize energy use and grid stability.

Operational Support

Includes auxiliary environmental monitoring (smoke, leak, AC) and remote O&M services.

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