⚡ Emergency-Power-Cut-Detection-with-Automatic-Nearest-Floor-Rescue - Safe Elevator Rescue on Power Loss
Emergency-Power-Cut-Detection-with-Automatic-Nearest-Floor-Rescue is an end-user system for elevator safety during a power cut. It detects loss of power, reads sensor input, and helps move the cabin to the nearest floor so passengers can exit safely.
This project is built for simple use on Windows. You visit the release page, download the latest version, and run the file from there.
Use this page to download the latest release:
From that page, download the file that matches your Windows setup, then open it to start the program.
- Open the release page in your browser.
- Find the latest release at the top of the page.
- Under Assets, download the Windows file.
- If the file is in a ZIP folder, right-click it and choose Extract All.
- Open the extracted folder.
- Double-click the app file to run it.
- If Windows asks for permission, select Run or Yes.
- If SmartScreen appears, choose More info, then Run anyway if you trust the source.
- Detects a power cut in the elevator system
- Checks sensor signals during the event
- Triggers nearest-floor rescue logic
- Helps guide the cabin to a safe stop
- Reduces the chance of passengers being stuck between floors
- Supports emergency response use in elevator control setups
For smooth use on Windows, use a system with:
- Windows 10 or Windows 11
- 4 GB RAM or more
- 200 MB free disk space
- A working display and mouse
- Permission to run downloaded applications
For best results, keep Windows updated and close other heavy apps before you run the software.
- Start the application.
- Wait for the main screen to load.
- Connect the required sensor or control input if your setup uses one.
- Watch the power status and elevator state on the screen.
- When a power cut is detected, the rescue process starts.
- The system selects the nearest floor.
- The cabin moves to that floor using the control logic.
- Passengers can exit once the cabin stops at the safe level.
The app watches for a loss of power. When it sees a power failure, it starts the rescue process.
The system checks the cabin position and chooses the closest floor. This helps reduce wait time and avoids unsafe stops.
It reads input from the elevator sensors and uses that data to guide the rescue action.
The program uses built-in rules to decide what to do during an emergency. It keeps the flow simple and safe.
The app shows the current state, so you can see if the system is idle, active, or in rescue mode.
This system fits a building where an elevator may lose power while people are inside. Instead of leaving the cabin between floors, the software detects the cut and helps move the car to the nearest floor. That makes the exit process safer and easier to manage.
If the release page shows more than one file, choose the one that matches Windows. Common file types include:
.exefor direct launch.zipfor a compressed folder.msifor a standard installer
If you see a ZIP file, extract it first. If you see an EXE or MSI file, run it after the download finishes.
- Download only from the release page above
- Keep the file in a known folder like Downloads or Desktop
- Do not move files while the app is open
- If Windows blocks the file, check the file name and source before you open it
- Use the latest release for the best match
- Make sure the download finished
- Check that you extracted the ZIP folder
- Try running the file again as admin
- Open the file details and confirm the download source
- Choose Run anyway only if it came from the release page
- Close the app from Task Manager
- Open it again
- Restart Windows if needed
- Check that the sensor input is connected
- Confirm that the app has focus
- Restart the program
After download, keep the release file in one of these places:
- Downloads
- Desktop
- A folder you made for elevator tools
If you use a ZIP file, keep the extracted folder together so the app can find all needed files.
On the first launch, the app may take a few seconds to load. You may also see a Windows permission prompt. This is normal for many desktop tools. After that, the main screen should appear and show the power and rescue state.
- Use the latest release from the download page
- Do not rename files unless you know the app supports it
- Keep the app in one folder
- Close other control tools if they use the same device input
- Use a test setup before placing it in a live environment
If you need the file later, use the same release page:
- Visit the release page
- Download the Windows file
- Extract it if needed
- Open the app file
- Let the system detect the power cut
- Let the rescue logic move the cabin to the nearest floor