The AUO Micro-Grid Energy Management system can monitor and manage distributed energy generation systems (solar, wind, fuel cells, etc.), energy storage systems, and load systems in the field. It is applicable to industrial, commercial users or community users in providing integrated energy management services, including power allocation strategies, such as self-generating & supplying for green power, peak-load shifting, smart scheduling for solar & energy storage, demand management, power quality improvement, which AUO can provide diversity services to the customers.

Unique AI power generation forecasting and power demand analysis and precise scheduling of energy storage systems can improve the self-consumption ratio and reduce the cost of green power consumption. In addition, it provides fast-switching backup power.

Where the system can perform islanding mode when the power grid is out of power in the required power supply of the microgrid system.

The AUO Micro-Grid Energy Management system can monitor and manage distributed energy generation systems (solar, wind, fuel cells, etc.), energy storage systems, and load systems in the field. It is applicable to industrial, commercial users or community users in providing integrated energy management services, including power allocation strategies, such as self-generating & supplying for green power, peak-load shifting, smart scheduling for solar & energy storage, demand management, power quality improvement, which AUO can provide diversity services to the customers.

Unique AI power generation forecasting and power demand analysis and precise scheduling of energy storage systems can improve the self-consumption ratio and reduce the cost of green power consumption. In addition, it provides fast-switching backup power.

Where the system can perform islanding mode when the power grid is out of power in the required power supply of the microgrid system.

Micro-Grid Energy Management
Features
  • Integrated monitoring of distributed energy generation systems (solar, wind, fuel cells, etc.), energy storage systems, and load systems.

    Integrated monitoring of distributed energy generation systems (solar, wind, fuel cells, etc.), energy storage systems, and load systems.

  • The microgrid creates energy storage integration and IoT environmental monitoring to provide optimal energy management and environmental governance.

    The microgrid creates energy storage integration and IoT environmental monitoring to provide optimal energy management and environmental governance.

  • Abundant energy allocation strategies

    Abundant energy allocation strategies

    Including: self-generated green power for self-use, peak load shifting, optical storage smart scheduling, demand management, power quality improvement...etc.

  • Real-time device status monitoring and real-time abnormal alarm app push notifications.

    Real-time device status monitoring and real-time abnormal alarm app push notifications.

  • Visual energy management monitoring provides recommendations for optimal energy savings.

    Visual energy management monitoring provides recommendations for optimal energy savings.