Smart Integrated Modular Energy System

Efficient and multi-stage control structure for power flow in Smart Integrated Modular Energy System microgrids

Smart Integrated Modular Energy System is a fully optimized DC microgrid system using renewable energy. The R&D team developed a DC microgrid control strategy for a system with a total capacity of up to 1MW. The results of simulation studies confirmed the effectiveness of the control algorithms for individual power units in all variants of controller operation. The resulting converter modules in our PowerBox have been adapted to support photovoltaic installations, the latest energy storage solutions and ultrafast electric vehicle charging stations (up to 300 kW!).

Control algorithms after simulation verification are implemented on the most efficient microprocessor controllers (FPGA, DSP). Control systems ensure integration with SCADA/HMI panels as well as with IT infrastructure devices. WIBAR’s industrial IT specialists work on network security system ensuring cyber security and full access authorization in Smart Integrated Modular Energy System microgrid. Each control algorithm is tested in a multi-stage verification process. WIBAR’s R&D team conducts comprehensive testing of its solutions ranging from computer simulation studies, Hardware-In-the-Loop (HIL) simulations to experimental testing on a demonstrator.

The control in the Smart Integrated Modular Energy System hybrid energy storage block will be programmed to store excess energy obtained from RES, taking into account the lifetime of the storage and the high dynamics of current changes, e.g. for fast charging of electric vehicles.

Smart Integrated Modular Energy System is a breakthrough in the topic of optimizing power flow control in microgrids, which has been undertaken for several years! WIBAR team is doing its best to implement its concept of modular Smart Grid system in accordance with the idea of Fourth Industrial Revolution.

Kamil Bzura, Modeling and Simulation Specialist

WIBAR Group

POPRZEDNI WPIS

EHES

WIBAR implements EHES™ fast charging module

WIBAR Group launches an innovative product resulting from an R&D project. EHES™, an intelligent and ecological hybrid module for powering mobile equipment and machines. The device undergoes the last tests and certifications to enable its introduction to the market. The hybrid energy storage is designed mainly for the automation of warehouse space carts, allowing for...

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NASTĘPNY WPIS

Smart Integrated Modular Energy System

Research and Development Project – Smart Integrated Modular Energy System DC microgrids

Advances in energy storage technologies and the development of renewable energy sources worldwide are reasons for the power sector’s growing interest in smart grids. The power sector is also constantly striving to improve power quality, use renewable energy sources as much as possible and reduce greenhouse gas emissions. Moreover, the requirements for power grids are...

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Contact

So what now? Do you want to enhance the performance of your business? Write to us at: office@wibar.tech

Projekt nr POIR.01.01.01-00-0289/18 współfinansowany w ramach Programu Operacyjnego Inteligentny Rozwój, 2014-2020, ze środków Europejskiego Funduszu Rozwoju Regionalnego Priorytet I: Wsparcie prowadzenia prac B+R przez przedsiębiorstwa, Poddziałanie 1.1.1 Badania przemysłowe i prace rozwojowe realizowane przez przedsiębiorstwa, Numer naboru: 1/1.1.1/2018