KIP-PDU-40 Energy efficient IoT Power Distribution and Stand-by Management Energy Saving

An old proverb says that if you can't measure it, you can't manage it. Therefore, electrical energy, which is one of the basic consumption components, is one of the things that should be used better in our country's resources.
For this purpose, measurement monitoring and consumption trend analysis are an important first step towards effective energy control.

     Within the scope of energy efficiency, television, printer, computer, monitor, washing machine, etc. It provides energy efficiency by completely shutting down the electrical devices whose energy consumption continues even though they are turned off.

    Today, how many people can unplug the devices from all sockets when leaving work, and plug them back in again when they come to the workplace?
What kind of a system is used to turn off the air conditioners that are left open and connected to the outlet in schools? The IP-PDU40W is designed for this job.

    For this purpose, it saves money by automatically cutting off all energy by measuring the energy profiles of all household and business devices, by monitoring them, by monitoring the sleep dam, the active usage dam, and the user does not notice this at all.

It is often not known how much each electrical device in your home or workplace consumes, at least it is desirable to replace the device that consumes the most with the one that consumes less.
In addition, it is desirable to prevent energy consumption even if it is not used.
5 thousand branches, 20 thousand computer sets (a bank with printer, scanner) ?

KIP-PDU series internet-based group sockets are sockets that can remotely control the electrical devices connected to the sockets, measure the energy consumption, and reduce the energy consumption of the connected devices to zero when they are in sleep mode.

According to 2013 data, our annual standby energy cost is 2 billion TL.

   Creating Energy Profiles of connected devices and managing them in a way to save energy, monitoring and controlling devices connected to the Internet,
It is suitable for microgrid grid management and provides data to city grid planning.
It detects when the devices are in stand-by and cuts off all their energy.

It is sold to domestic companies such as Trendyol and Aselsan and internationally.

How does the KIP-PDU40 save electrical energy?. Click the link below.

https://www.kulelektronik.com/files/upload/enerji_tasarrufu_prizler_KIPPDU4w_R2_sml.pdf

It provides remote control of electrical devices over the internet/intranet, turning on/off electrical devices when necessary, and informs with an alarm via e-mail/MQTT/SNMP.
With its timing functions, it allows electrical devices to be controlled at any time of the day.
It provides protection of electrical devices and at the same time ensures that they are automatically turned off in case of excessive power consumption.
KIP-PDU calculates the electricity consumption of electrical devices separately and records the consumption of electrical devices.

It offers complete control and measurement in an office with a large number of electrical devices. In this way, it allows collective management over the internet. For example, being able to turn off the devices that do not want to consume energy from the devices in all branches from the headquarters of a bank.

Timing Feature The time or time periods that the connected devices want to work during the day can be set.

The transition from active to sleep mode and the load values of a device connected to the socket (example TV) are shown. All experimental work was done by us. In this graph is the power curve of a TV from the moment it is turned on, to full active power and then to sleep mode. While the TV is around 250Watt, it drops to around 30Watt when switching to sleep mode.

In the graphs below, on the left is the full load, in the middle is the sleep energy graph, and on the right is the power values during sleep mode. This is an example energy profile and the KIP-PDU40W analyzes this profile for each connected device.

IN THIS WAY, IF THE DEVICE ENTERS SLEEP MODE DOES NOT DOWNLOAD ACTIVE ENERGY FOR 10 MINUTES, IT'S ENERGY IS TOTALLY CUT OFF.

Measured some TV Brands-2013 Values. 

Data are for 2013. TL-dollar exchange rate should be done according to this year.

Measured on Turkey Cargo Company

The following example can be shown as the connection of the air conditioning system.

Connections;

It has EMC, LVD certificates and is suitable for many uses, both for safety and health.

    After completing the connections and making the specified settings, the device is connected to the device by entering the IP address of the device in the Internet Explorer or Firefox address field. If the IP address of the device has not been changed, this address is 192.168.1.45. If the device is on a different Gateway or Netmask on the network, the device cannot be connected. Therefore, first check the Netmask and Gateway settings of the PC and give the values 255.255.255.0 for Netmask, 192.168.1.1 for Gateway. If connecting via a router, DHCP must be active. If DHCP is not active, the DNS of the PC is 192.168.1.1. Figure-10/11 by entering the device IP in the browser address field. Password screen will appear. When the incoming user is on the password screen, the user name and password are entered and "OK" is clicked. If it has not been changed before, the authorized user name can be entered as "admin" and password as "admin1", for restricted user the user name can be entered as "user" and the password as "user". A restricted user cannot access the device's network settings.