Meet the Team
All members are final-year Mechatronics students of Sanjivani K.B.P. Polytechnic, currently interning at Clicker Services Pvt. Ltd. (Sanjivani Group of Institutes).
Your Portable EV Power Companion – Efficient, Smart, and Real-Time IoT Enabled
All members are final-year Mechatronics students of Sanjivani K.B.P. Polytechnic, currently interning at Clicker Services Pvt. Ltd. (Sanjivani Group of Institutes).
Smart, Portable Power Bank for Electric Vehicles with Real-Time IoT Monitoring
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Explore the core components that make CHAKRA-VOLT powerful, portable, and smart.
Continuously tracks the EV battery voltage with high accuracy using ADC and voltage divider.
Monitors ambient temperature with a DHT11 sensor to ensure safe operation of the system.
Live data is pushed to a mobile dashboard using Blynk IoT platform, accessible via QR code.
Built-in logic automatically cuts power when voltage crosses safety limits, protecting the battery.
Compact layout fits easily into storage compartments of electric bikes or scooters for emergencies.
Can be upgraded to support higher voltage (24V/48V) systems with minimal changes in hardware.
Scan the QR code below to view real-time monitoring of voltage, temperature, and battery status via our Blynk IoT dashboard.
Use the Blynk App or scan using your camera to access the dashboard live.
A glimpse into our development journey and final prototype display at DIPEX 2025.
Watch our demonstration and behind-the-scenes of building CHAKRA-VOLT.
Live demo of CHAKRA-VOLT at DIPEX 2025
Behind-the-scenes: making CHAKRA-VOLT
Have feedback or suggestions? Reach out to us — we’d love to hear from you!
Explore more about the engineering behind CHAKRA-VOLT through interactive tabs.
Our system uses ESP8266 microcontroller with DHT11 sensor and voltage divider circuitry. It’s connected to a DC-DC booster and battery module, and is compact enough to be carried for field deployment.
Key milestones in the CHAKRA-VOLT development journey.
Idea conceptualized, initial research on EV backup needs and IoT monitoring began.
Hardware components sourced, voltage divider and DHT11 sensor tested with ESP8266.
Full system integration, testing with Blynk IoT dashboard, LCD interface added.
Final presentation at DIPEX with working prototype, live dashboard and display stall.
Here's a look at the tools, platforms, and components used to build CHAKRA-VOLT.
Wi-Fi-enabled microcontroller for sensor interfacing and IoT integration.
Measures ambient temperature and humidity for safety monitoring.
Steps down battery voltage to a measurable range for the ESP8266 ADC.
Cloud platform used to display sensor data in real time via smartphone.
Displays voltage, temperature, battery level and charging status locally.
Open-source development platform for writing and uploading code to ESP8266.
CHAKRA-VOLT is built with the future of mobility and sustainability in mind.
Our smart power management helps extend battery lifespan, reducing the need for frequent replacements.
Future plans include solar charging compatibility to leverage renewable sources for portable power.
Provides emergency backup power to electric vehicles, encouraging cleaner transport options.
Our system consumes minimal power during operation and sleep mode, optimizing energy usage.
CHAKRA-VOLT's modular design allows easy maintenance, repair, and reuse of individual components.
Can serve as a sustainable energy alternative in rural or remote locations with limited EV charging access.
Realistic applications and user perspectives that CHAKRA-VOLT empowers.
In remote areas or highways, CHAKRA-VOLT provides the last few kilometers of battery life to reach the nearest charging station.
Used by delivery personnel and farmers in rural settings to avoid complete power loss during long routes on electric scooters.
Showcased in engineering colleges and polytechnics as a live demonstration of IoT-based energy monitoring and safety systems.
Helpful for ride-sharing vehicles or EV taxis to prevent mid-route shutdowns and enhance passenger trust.
Acts as a model for students exploring IoT, sensors, embedded systems, and renewable energy implementation.
We extend heartfelt thanks to everyone who contributed to the success of CHAKRA-VOLT.
For providing the platform, resources, and constant support throughout our academic journey.
For being our constant mentor and guide, whose insights and encouragement helped us shape CHAKRA-VOLT into reality.
For hosting our internship and giving us the opportunity to practically work on our concept.
For offering us a national platform to present our innovation and interact with like-minded peers and industry leaders.
Om, Prathamesh, Sanket, Bhavana, and Prachi — united in effort, creativity, and teamwork.