Microgrids and electric vehicles

Microgrids and electric vehicles

With the increasing growth of new energy vehicles, the demand for charging is everywhere. The existing industrial park power connection capacity is insufficient to meet the challenges of providing e-mobility solutions for employees. Therefore, more power needs to be generated on-site to establish microgrids. However, you must control the main power parameters on-site. Finally, this means that they cannot operate the microgrid in island mode, but can avoid upgrading the grid connection by directly generating more power on-site.

When we expand the idea of ​​incorporating 5G into the Internet of Things in the future, I can imagine that when we consider smart cities and similar things, you have electric vehicles that need power, so knowing how much power they consume, as you pointed out, the information they obtain from the grid will be a key component of the data lake input.

When they charge the vehicle during working hours, during the day, driving information; how far does the service technician usually go? Or what is the load level when he usually returns from the trip? What kind of car does he have? All this information will be part of the dataset and will be used to optimize the microgrid. Therefore, it is not just the next generation of microgrid technology for smart city types of technology in the distant future, it is something we are using now. Welcome to contact our professional design team, understand the software and hardware development engineers in the Internet of Things and new energy industries, and explore how to design digital energy microgrids.

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