369-LO-0-M-F-E-0 Livable future – beautiful environment, bright future!
Weidmuller, an expert in electrical connectivity, has always been on a mission to build a livable future. In the process of promoting the development of DC microgrid, a new green force, Weidmuller actively participates in the work of relevant industry associations to continuously consolidate the development foundation of DC microgrid; At the same time, adhering to the concept of sustainable development and innovation, we are committed to developing more green and efficient solutions for DC microgrids.
Multi-dimensional cooperation, layout of DC microgrid
As a member of the German Commission for Electrical, Electronics and Information369-LO-0-M-F-E-0 Technology (DKE), Weidmuller was invited to participate in the development of the Roadmap for the Standardization of DC in the Low Voltage Range, combining cutting-edge technologies with practical recommendations to meet the needs of DC system solutions and laying a solid foundation for the wide application of DC microgrids.
In addition, Weidmuller works with more than 40 partners on the DC-INDUSTRIe DC research project. The first project focuses on the seamless and efficient integration of renewable energy with storage systems to balance power supply and demand in the plant; The second project focused on the DC power supply system for the entire production plant, and both projects have been successfully completed.
Continuous deep cultivation, enabling green development
Weidmuller’s deep work in the field of DC micromesh has fully demonstrated its technical advantages. Relying on extensive technical accumulation and industry experience, Weidmuller can provide a series of powerful solutions for the needs of different aspects of DC microgrids:
Build connectivity solutions for DC microgrid infrastructure;369-LO-0-M-F-E-0
Industrial iot solutions to improve the efficiency of DC microgrid automation distribution;
Distributed automation solutions for centralized precharge control for large capacitor network segments and distributed precharge control for subnet segment maintenance.
