Setting Fault Isolation Parameters; Viewing The Power Usage - Huawei ECC800 User Manual

ECC800 Data Center Controller
User Manual

6.7.2 Setting Fault Isolation Parameters

Context
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Procedure
Step 1 Set parameters for BCB tripping upon battery abnormal.
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Step 2 Set the Smart rPDU auto disconnection parameters.
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6.7.3 Viewing the Power Usage

Prerequisites
Power distribution devices are connected to the ECC800.
Procedure
Step 1 View the power information on the ECC800 WebUI.
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Issue 05 (2019-09-16)
Battery trip: Once the function is enabled, the abnormal battery string trips if the battery
pole temperature detected by the iBAT exceeds the fire protection point. Then the battery
string fault information is displayed in the power supply and distribution link diagram.
Smart rPDU high temperature disconnection: Whenever the ECC800 detects excessive
high temperature of an rPDU branch, it disconnects the entire rPDU to protect the IT
devices. Then the rPDU branch fault information is displayed in the power supply and
distribution link diagram.
Smart rPDU overcurrent disconnection: Whenever the ECC800 detects overcurrent of an
rPDU branch, it disconnects the rPDU of this branch to protect the IT devices. Then the
rPDU branch fault information is displayed in the power supply and distribution link
diagram.
A non-intelligent rPDU does not have the fault isolation function.
Choose Monitoring > Power Distribution > iBOXn to access the Running
Parameters page.
Set BCB tripping upon battery abnormal to Enabled, and click Submit.
Choose Monitoring > Cabinet > Running Parameters and click Smart Distribution
Information.
Set rPDU auto close enable to Enabled.
If the user has no special requirements, choose Monitoring > Cabinet > IT Cabinet >
rPDU > Running Parameters and retain the default value of Branch Auto Close
Current Parameter.
Log in to the ECC800 WebUI as the administrator.
Choose Monitoring > Cabinet to access the Electricity Usage Information page.
View the power usage information about each cabinet, such as the Current Power (kW),
Power Consumption (kWh), and Load Percentage (%).
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