Smart Grid: Building Energy Management Systems for Future Cities

Smart Grid: Building Energy Management Systems for Future Cities

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2 min read

In the construction of smart grids, Japan has achieved more intelligent and visual energy management by integrating GIS and 3D scene technology. A distinctive feature of the smart grid is its ability to monitor and adjust power supply and demand in real time and achieve efficient energy utilization through intelligent means. For example, Japan’s Kashiwa Leaf Smart City project has achieved intelligent regulation and distribution of electricity by establishing a community smart grid, effectively achieving power peak shaving and energy conservation and carbon reduction goals.

In the construction of regional energy management systems, Japan uses GIS technology to realize energy use planning for public buildings, commercial enterprise buildings, and residential buildings in the region, and through the implementation of monitoring and intelligent dispatching, rationalized energy use is pushed to users’ visualized smart terminals suggestions, achieving the most rational utilization of regional energy and maximizing the use of clean energy.

In future construction plans, Japan also plans to install solar power generation devices in new buildings and set up regional power storage devices to achieve intelligent power dispatching and emergency power supply in the event of natural disasters. Through these measures, Japan has not only improved the safety of energy use, but also contributed to achieving energy conservation and emission reduction goals.

The application of 3D GIS technology, such as Wings Engine, can provide powerful three-dimensional scene creation capabilities. By creating realistic 3D scenes, complex geospatial data can be better understood and analyzed, improving the quality and efficiency of decision-making.

To sum up, in the construction of smart grid in Japan, through the combination of GIS and 3D scene technology, it not only improves the intelligent level of energy management, but also enhances the security and reliability of the power grid, providing a strong basis for the construction of smart cities. Strong technical support.