How could Amazon Web Services interface with battery storage?

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SUMMARY

The discussion focuses on the appropriate Amazon Web Services (AWS) solutions for interfacing with battery storage systems to manage electricity release and storage. It highlights the necessity of a local client application that communicates with AWS to send commands and receive responses. The conversation also draws parallels with existing applications like security cameras and smart plugs, emphasizing AWS's role in providing computing power akin to a utility service. Key AWS services for such applications include AWS IoT Core for device communication and AWS Lambda for executing code in response to events.

PREREQUISITES
  • AWS IoT Core for device communication
  • AWS Lambda for serverless computing
  • Basic understanding of local client applications
  • Familiarity with smart device integration
NEXT STEPS
  • Research AWS IoT Core for managing device communication
  • Explore AWS Lambda for executing serverless functions
  • Learn about local client application development for AWS integration
  • Investigate smart device protocols and standards
USEFUL FOR

Developers, engineers, and businesses interested in integrating AWS services with physical devices, particularly in the context of energy management and smart technology applications.

Master1022
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TL;DR
What type of AWS service could actually be used to interface with a large scale battery storage?
Hi,

So this is a purposely abstract question and no specific details of the battery have been provided. I was wondering what type of AWS service would be appropriate to send signals to a battery (to release or store electricity)? I was looking around on the website and couldn't quite figure out which service would be the most appropriate. This isn't going to be used in reality, just for an idea. Otherwise, the device doesn't even need to be a battery, but just any physical device.

Thanks in advance for any help.
 
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First, I think you'd need a local client app to interface with AWS, The app would send requests to AWS to do something and AWS would return an answer.

The local app could use the answer to act on whatever hardware / software it is interfacing with. Think of using image recognition where an AWS app does the search and returns the result.

Consider the case of security cams, they monitor and record info that is passed onto the web and your security app can view captured videos and get alerts.

Or consider the smart plugs, they connect to the web via your local router allowing your vendor-specific app to control them wherever you are.

However, most folks would use it as part of their business where AWS provides computing power like a utility provides electric power.

https://data-flair.training/blogs/aws-features/
 

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