Automating 鬼武者2スロット Entry for Balancing Power Supply and Demand

Overview

　Power business handles huge amounts of 鬼武者2スロット when balancing the supply and demand and rading. We are actively working to automate the 鬼武者2スロット linkage in order to make 鬼武者2スロット compilation more efficient and prevent errors.

Application Example at Power Supply and Demand Systems

 We use an Power supply and demand system to calculate the balance of power supply and demand in each 30 minutes. To make this calculation, retail and wholesale volumes on the demand side and renewable energy and thermal power generation volumes and wholesale procurement volumes on the supply side must be collected from various 鬼武者2スロット sources in each area, customer and 30 minutes. Then these 鬼武者2スロット is entered into the power supply and demand system.

　By creating a system that can automatically input 鬼武者2スロット into this power supply and demand system, we have achieved significant efficiency improvements.

Power supply and demand system overview

Example of details

As an example, the forecasting of renewable energy power generation is explained below. Because the format of this power generation forecast 鬼武者2スロット differed from the 鬼武者2スロット input format of Osaka Gas's power supply and demand system, the 鬼武者2スロット had to be processed and manually linked to the power supply and demand system. In addition, the number of power generation was large and processing the date took a lot of time.

　By utilizing VBA and other tools, we were able to automate the entire process, from 鬼武者2スロット acquisition to registration, thereby achieving significant workload reduction.

Flow of renewable power generation forecast 鬼武者2スロット.

Conclusion

　While there are many 鬼武者2スロット sources that cannot be automatically linked to the power supply and demand system, we are using various tools such as Python, VBA, and RPA to achieve smooth 鬼武者2スロット aggregation and improve efficiency.