For many years, MIKRONIKA has had an offer addressed to the sector of companies involved in the production of electricity from renewable energy sources (RES).
We offer solutions for both large manufacturers and smaller individual manufacturers.
The offer for RES is primarily SCADA software available in On Premises and SaaS formulas.
The functionalities of the system are adapted to the type and size of facilities and individual customer requirements. In combination with the appropriate MIKRONIKI devices, in addition to the standard scope of work, our software allows you to:
MIKRONIKA's offer also includes:
SYNDIS-OZE software
For years, MIKRONIKA has been providing solutions in the field of automation devices and systems for the energy sector. These solutions are developed in line with its transformation. They are successfully used to manage facilities and systems, regardless of whether we are talking about installations that have been implemented for years or those that have increasingly appeared on the energy map in the last few or a dozen years, such as renewable energy sources (RES) or energy storage facilities (ES).
The company's flagship product - the SYNDIS system has been successfully implemented in installations covering renewable energy sources, such as wind farms or photovoltaic farms, for several years.
Due to the dynamic development of the RES industry, we have created a dedicated version of the SYNDIS system for this type of facilities.
SYNDIS-OZE, as this version of the SYNDIS system was named, is a comprehensive supervision system for renewable energy sources (including ES). SYNDIS-OZE is a coherent IT solution with a user interface in the form of a WWW application. It combines several existing SYNDISA modules (SCADA, energy billing, reports) with newly developed dedicated modules for RES. [-]
The main functional modules are:
The system integrates measurement data from all devices and installations installed on a photovoltaic (PV) farm:
Functions of individual modules of the SYNDIS-OZE system
SCADA module
Data presentation
Report module
Availability module
Mobile application
SYNDIS-OZE is implemented based on two business models
The classic solution is dedicated to large operators of RES installations. We have implementations of this type with the owner and operator of several hundred PV farms located throughout Poland and with owners of PV farms that produce electricity for their own needs.
The SYNDIS-OZE cloud solution is intended for owners of a smaller number of PV farms or companies managing PV farms belonging to many different investors.
The SYNDIS-OZE system, in addition to PV farms, is also used to supervise other RES facilities such as wind farms, energy storage facilities or electric vehicle charging stations.
In combination with our field controllers, it is a comprehensive solution for the developing RES market. [-]
PPC functionality - regulators
The MIKRONIKA PPC controller is designed to regulate and control inverter concentrators (FAC), inverters (inverters), devices and equipment in a photovoltaic power plant connected to the network in order to meet specific settings and change network parameters at the connection point. It can implement a complex process of regulating a large number of inverter concentrators and inverters included in the PPM (Energy Park Module) as a central controller.
The primary goal of the PPC controller is to coordinate the operation of devices included in the PPM and to supervise power parameters at the POI connection point. The controller fulfills these tasks by calculating and sending appropriate settings to executive devices. PPC implements the regulation process in such a way as to meet the requirements of network codes and other documents regulating the operation of a given facility. []
The standardized communication protocols implemented in the controller allow for communication and data exchange with inverters from different manufacturers. They also allow for full cooperation with various superior systems.
The device allows for the implementation of additional, individual user requirements, thanks to the possibility of using the logic function module, which allows for the implementation of any logical functions and executive algorithms using programmable logic.
The operation, communication, stored data and configuration of the device are protected in accordance with safety principles, in accordance with current requirements. The device is designed to work in difficult ambient conditions, in locations with high dust concentration, high humidity and the presence of electromagnetic interference.
Depending on the requirements and needs, the PPC controller can be implemented on various hardware platforms, providing great flexibility in the implementation of control tasks. Thanks to this, the same control tasks can be implemented using different system solutions adapted to the customer's requirements.
Depending on the requirements, different controller modules, power supplies and mounting cassettes can be used. The controller can be additionally supplemented with appropriate input and output modules enabling the connection of additional external devices. []
Example 1: using the SO-52v11 controller
Example 2: using the SO-52v12 controller
Proposed solutions:
Example 1 – SO-52v11 controller
Example 2 – SO-52v12 controller
Example 3 – SO-52v21 controller
Example 4 – SO-54SR-901 controller
Example 5 – MSG-701 controller []
Example 3: using the SO-52v21 controller
Example 4 and 5: using the SO-54SR-901 controller (left)
and MSG-701 (right)
The idea of the regulator operation and logical construction
The diagram shown in the figure below shows the idea of the PPC controller as a coordinator of the work of various devices constituting the PPM.
The PPC controller block consists of three independent function blocks:
All blocks perform their functions independently of each other. Each of them provides the required data to the remaining controller blocks. A simplified logical diagram is shown in the figure below. []
Logical design of the PPC controller
Functions performed by the controller
PPC controller operating modes
Logical design of the PPC controller
SO-52v11-PPC, SO-52v12-PPC and SO-52v21-PPC devices have a certificate of conformity issued by an accredited laboratory (as attachments at the end of the page).
Our PPCs are entered in the list of certified devices that have been positively verified by Distribution System Operators (DSOs), who are also members of PTPiREE, in terms of having appropriate equipment certificates in the process of connecting power generation modules to the power grid.
The list of certified devices is available in the link below (items 3997, 3998, 3999 on page 397)
https://ptpiree.pl/wp-content/uploads/2025/05/2025-05-13-Wykaz-urzadzen_1.2.pdf
The devices meet the following requirements:
and the document
The documents listed above are listed here (text in Polish) > https://ptpiree.pl/kodeksy-sieci/wykaz-certyfikatow/ []
