Technologies

Proprietary Hardware Design and Production for Edge Devices

We design and produce optimized edge devices for the remote management of renewable energy and demand resources, providing the highest level of secure communication features using specialized security libraries. Data preprocessing and statistical data extraction via edge devices maximize system efficiency, while the built-in control functions for on-site equipment support real-time control in conjunction with the server system.

Technical Overview

  • Shifting from Local Monitoring to Real-Time Control

    Renewable power plant management is evolving from simple monitoring to real-time control of on-site equipment. Remote control requires not only immediate response to commands but also real-time information acquisition, anomaly detection for the control, and other intelligent functionalities.

  • Advanced Security for Power Market Compliance

    As a major player in the power market, a power plant requires a high level of security and may need to use encryption modules certified by the government according to the security grade.

  • Customized Edge Device Design

    We design our edge devices with real-time management, control, and decision-making capabilities tailored to customer requirements.

Features

  • Secure Communication

    • Supports mutual authentication and TLS 1.2/1.3 communication based on X.509 digital certificates using PKI encryption technology.

    • For Linux-based applications and middleware using OpenSSL, we provide technology to switch to encryption modules that meet customer security requirements without modifying the program.

    • Hardware encryption module is also supported according to customer requirements, with design modifications available as needed.

  • Intelligence

    • All collected data is stored and managed in an embedded database, with abnormal data automatically processed according to customer-defined rules.

    • Utilizing the built-in statistical generation functions of the hardware, on-site data can be rapidly collected, and only statistics and abnormal data are transmitted to a server, significantly reducing server load.

    • To minimize unnecessary control actions, a single control command for a power plant is distributed and then control outputs for each individual equipment are dispatched by the RTU

  • Extensibility

    • We integrate our devices with various types of power plants such as solar, wind, ESS, and fuel cells, as well as demand resources like power meters and electric vehicle charging stations. Additionally, our devices can support various industrial standard protocols such as MODBUS, DNP3, DLMS, MQTT, and custom protocols developed by manufacturers.

    • Beyond on-site monitoring/control, our device can be adapted and developed to meet customer and market demands, serving as power exchange modems, renewable data acquisition devices for power exchanges, and environmental IoT gateways.

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