As our technology moves fwd. with more & more engineering level options; at 
times I feel ignorant & lost.  I went online to try to understand these options.
Is this an accurate explanation? Yes, it is true I am a grey-haired RE dinosaur☺

Does anyone have additional explanations /definitions that are relevant to in 
particular LI batteries & associated BMS controls?
__________________________________________________________________

An open-loop system operates on a pre-set input without using the output to 
make corrections, resulting in a simple, low-cost design but poor accuracy and 
adaptability to changing conditions. In contrast, a closed-loop system uses 
feedback to continuously compare the actual output to a desired output, making 
real-time adjustments to maintain accuracy and compensate for disturbances, 
though it is more complex and costly.

Open-Loop Systems (Non-Feedback Systems)

  *   How it works:
The system's control action is independent of the system's output. Once an 
input is given, the system operates without measuring or considering the result.
    Characteristics:

  *   Simple, straightforward design.
    Low cost and easy to implement.
    Operates more swiftly due to the absence of feedback processing.
    Immune to feedback-related issues.

  *   
  Examples:
A hand dryer that runs for a set time regardless of whether hands are dry, a 
toaster that heats for a fixed duration, or a simple electric mixer.

  *
Closed-Loop Systems (Feedback Control Systems)

  *   How it works:
The system's output is measured and fed back to the controller, which compares 
it to the desired setpoint. The controller then makes adjustments to the input 
to minimize the error between the actual and desired output.
    Characteristics:

  *   Self-regulating and self-correcting.
    High accuracy and adaptability to changing conditions.
    Requires additional components like sensors and control algorithms, 
leading to increased complexity and cost.
    May experience a slight delay due to the feedback loop.

  *   
  Examples:
An automatic cruise control system that adjusts engine power to maintain a set 
speed, or a thermostat that turns the heater on or off to reach a desired 
temperature.


_________________________________________________________
Dana Orzel                GREAT SOLAR WORKS!
C – 208.721.7003      E – [email protected]<mailto:[email protected]>
W - www. greatsolarworks.com     www.solarwork.com<http://www.solarwork.com/>
“Responsible Technologies for Responsible People since 1988!”

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