ePowerControl ZE series
Have questions on the product ? Wonder how to operate it ? Need documentation ? This page is for you.
Getting started
You’re new to ePowerControl ZE and need to learn more about it ? Please refer to the dedicated user manual to access detailed guidelines and in-depth explanation of the product, the use cases, the installation, configuration, and commissioning.
You’re interested in buying ePowerControl ZE and wish to have a quick overview of it ? Please refer to the product datasheet to learn more on its features, use cases and technical specifications. Or contact our sales team by clicking here.
Ready to start installing the product ? Jump to the Installation and commissioning process section.
Documentation ePowerControl ZE
Installation and commissioning process
Do you want to install ePowerControl ZE and not sure where to start ?
Check out the steps below for a quick guided procedure, or refer to the quick start guide for a more detailed one.
The following points need to be checked to have a successful, efficient, and quick commissioning:
- Carefully read safety instructions on the product user manual.
- The power supply of all the devices needs to be taken from the load side. (applicable for the UPS as well)
- Modbus RTU :Shielded twisted cable must be used for RS485 wiring : The data+ and data- should be chosen from the same twisted pair in order to prevent electromagnetic interference. The ground should be chosen from another pair.
- Modbus TCP : RJ45 Ethernet cable for TCP wiring.
- RJ45 cable and a Computer with a configured Ethernet port in DHCP mode are needed to access the Elum configuration tool (eConf).
Please, refer to the commissioning prerequisites document for more details.
ePowerControl ZE should be installed on a DIN rail.
To avoid the Central Computing Unit overheating, consider a 15 cm cooling area on each side of it.
The power supply connector is on the top of the device.
Grounding and wire routing help limit the effects of noise due to electromagnetic interference.
It takes about 30 seconds for the system to boot up.
Once the power supply is connected, the power LED will light up.
After 60 seconds, the operating system will be ready, and the power LED will turn solid green.
Modbus RTU :
Compatible RS485 devices can be connected to serial ports of the ZE Central Computing Unit using two shielded twisted pair connectors.
Please use a surge protection to avoid any issues on the communication ports.
Please refer to the connect & config guide for more details on how to connect and configure your device.
Modbus TCP :
Compatible Ethernet devices can be connected to the LAN port 1 of the ZE500 and ZE1000, and LAN port 1, 2 and 3 of the ZE3000 using a RJ45 cable.
Please use a surge protection to avoid any issues on the communication ports.
Please refer to the connect & config guide for more details on how to connect and configure your Device.
For both cases, please make sure to enable the dynamic power control of the PV inverters when applicable, and to set the Current transformer ratio, the Voltage transformer ratio as well as the system type for the meters.
- Connect your laptop to the configuration port of the ZE:
- LAN port 2 for the ZE500 and ZE1000,
- LAN port 4 for the ZE3000.
- Open your favorite browser, and login to eConf by entering the following IP address: 192.168.4.127
(the Ethernet port of your computer should be configured in DHCP mode.) - For the next steps, follow the demo below :
Refer to the troubleshooting section in the help center.
FAQ ePowerControl ZE
Is it possible to do a grid export control where the limit is different than zero ?
Does the product allow a maximum export to the grid ?
Yes, all of our controllers have the grid feed-in management feature, which includes the maximum export to the grid option. The controller aims to set the active power export target (configurable) at the grid connection point when dispatching PV production.
Does the product allow a minimum import from the grid ?
How does the limitation of export work ?
Is it mandatory to add a load meter ?
Is it mandatory to have bidirectional meters ?
How is the curtailment done ?
The controllers curtail the PV production by sending setpoints to the PV inverters to control “Wmax”, which is the Modbus register of the inverters that allows remote control of the active power limit setpoint.
Depending on the installation and on the type of the EMS chosen by the user, the controller retrieves measurements from the slave devices, and dispatches the setpoints accordingly.
What are the fail safe policies?
The fail safe mode describes the behavior of the controller when the communication with one of the critical elements composing the installation is lost, and the usual observations of the control strategy are therefore uncertain. The PV production is ramped down to 0 as long as the communication is lost.
The critical elements are : grid meters, PV inverters, bess inverters, genset meters and genset controllers.
Is the ZE controller a datalogger ?
