In our offer we use the term "Intelligent socket". But what does it mean?

In the data centre Coolhousing we commissioned the remotely controllable power panels made by Eaton. The Eaton ePDUs socket panels (inner rack switchboard units) are fitted with 24 C13 sockets. For each socket the power consumption, power take-off, voltage, input power can be individually monitored, but also a turn-off, restart or status-check command can be sent to each socket through our client section. That's why we prefer to talk about Intelligent sockets - a normal socket is not able to do anything like that.

Eaton EMAA11Eaton EMAA11

Server Connection to a Intelligent Socket

A Intelligent socket system is fitted with C13 sockets. When a customer brings a server to our data centre, he shall receive a place in a rack or a shelf box, uplink with Internet connectivity and especially the power supply compatible with his server - whether in form of a classic PC power connector (C13 ↔ C14), or an extension cord terminated with three classic EURO sockets (C13 ↔ 3 × EURO).

For connecting devices extending power cords fitted on one end with the C13 connector (male) and on the other end with the C14 connector (female) are usually used that can be plugged into any normal PC power source.If necessary, we can provide a power cord terminated with three classic EURO sockets (3 × type E socket) to the customer

Intelligent Socket Operation

Control buttons for the respective inlet for each service requiring a separate power supply can be found in the client section. We also considered that one service (such as a server farm) may also have more than one power inlet. In such a case individual inlets can be individually named. Designations, such as "Webserver", or "Black server", tell the administrator much more than a B1_14.

One power input - Individual inlets can be named, which will facilitate your orientation in case you need for example to quickly restart the server and you do not have time to search for notes informing about which server is connected and whereMore that one power input - Individual inlets can be named, which will facilitate your orientation in case you need for example to quickly restart the server and you do not have time to search for notes informing about which server is connected and where

Each inlet has three buttons triggering the necessary functions. For safety reasons only one function per minute can be activated at one inlet.

The "Check" button is useful if you want to check the status of your inlet. The system checks the inlets every 24 hours and at each action automatically. Thus, the Check button is used in cases where you need to check the inlet status by yourselves. Green means a connected inlet, red a disconnected one and yellow an inlet processing another request.

The "On" and "Off" buttons do exactly what their names reveal. The system monitors whether a turned-on socket can be turned off and a turned-off socket can just be turned on.

The "Restart" button combines the function of the previous two buttons. When pressed, the socket turns off for ten seconds and then it turns on again. This function is useful when you need to restart the device at the respective socket. Caution! If it is a server, it is necessary to be sure that the server BIOS is set up correctly.

The Correct BIOS Settings

For devices such as switches, routers, external drives and other you do not need to make any settings. After reconnecting the power supply these devices do usually start automatically. The problem is with computers and some servers which after disconnecting and reconnecting the power (turning off and on the power supply) do not restart automatically. These servers need to be helped by setting up the BIOS.

  • Look for the item Restore AC Power Loss in AMI BIOS and set it to [Power On]
  • Look for the item After Power Loss in Hewlett-Packard BIOS's and set it to [Power On]
  • Look for the item Power Lost Control Setting in Supermicro BIOS's and set it to [Last State]

Hewlett-Packard - photo from the BiosIntel - photo from the Bios
Supermicro - photo from the BiosHewlett-Packard server - photo from the Bios

Consumption Monitoring through Intelligent Sockets

All sockets in the data centre are continuously monitored and values, ​​such as current, voltage, power consumption in kWh and consumption in watts, are recorded on a central server. Such accumulated values undergo ​​further processing and outputs are displayed as values ​​and graphs in the ControlPanel. The real consumption over the last 30 days of the service is important to us in order to include the server in the right input category.

Daily ChartWeekly ChartMonthly Chart

Why Coolhousing?

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14-day money-back guarantee
Ability to withdraw from contract within 60 days
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