- Intelligent Power Distribution Products
- Integrated Energy Management System
- Intelligent Power Distribution and Energy-Saving Devices
- Industrial Automatic Control
- New Energy Construction and Low-Carbon Comprehensive Energy Management
- General Contracting of Electric Power Projects
- Electric power facility O&M service
Intelligent Power Distribution Products
- Intelligent Power Distribution Products
- Integrated Energy Management System
- Intelligent Power Distribution and Energy-Saving Devices
- Industrial Automatic Control
- New Energy Construction and Low-Carbon Comprehensive Energy Management
- General Contracting of Electric Power Projects
- Electric power facility O&M service
location:Intelligent Power Distribution Products > PV Containerized Substation
IDT800plus-S
Intelligent Management Terminal for PV Containerized Substation
Features
The intelligent management terminal (IDT800Plus-S) is developed by Minghan Electric specifically for remote management and automated control of photovoltaic step-up containerized substations. It can establish communication and data collection with multiple superior combiner boxes simultaneously, meeting the operational management requirements of "unmanned operation and minimal human intervention" for photovoltaic power stations or wind farms. This device can real-time collect various parameters and video images, reducing on-site maintenance work and ensuring personal safety. In case of abnormal situations, the device can promptly upload fault information for alarm or tripping, avoiding further escalation of faults and minimizing direct losses to the containerized substation equipment.
- Features
- Application field
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Voltage level: 35kV and below
Product features:
1.Full power collection and environmental data collection
2.Comprehensive functions of measurement, control, and fault protection
3.Records the full process of fault recording
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Rremote and automated management of PV containerized substation, aligning with the operational and management strategy of "unmanned operation and minimal human intervention" at photovoltaic locations