This article details an experiment designed to precisely measure the energy consumption of charging an Ola S1 Pro electric scooter. We utilized a Kabo Smart Plug, a Wi-Fi enabled device that provides real-time monitoring and detailed logging of power usage via a smartphone app. This allowed for accurate tracking of energy consumption throughout the entire charging process, from an initial 15% battery level to a full 100% charge. The experiment provides a crucial data point for Ola S1 Pro owners seeking to understand and manage their charging costs.By employing the Kabo Smart Plug, we were able to obtain precise measurements of both the total charging time and the total kilowatt-hours (kWh) consumed. This detailed information allows for a clear understanding of the energy expenditure associated with a full charge. The results offer valuable insights into the practical cost implications of owning and operating an electric scooter, empowering users to make more informed decisions regarding charging and energy management.
Pros And Cons
- Monitors power consumption in real time
- Connects to home wifi and pairs with components
- Tracks energy usage from your phone
- Keeps a log of total energy consumed
- Shows duration of charging session
Read more: AMI Meter Reading Guide: Understanding Your Smart Electricity Meter
Setting Up the Test
This experiment aims to determine the precise energy consumption of charging an Ola S1 Pro electric scooter from 15% to 100% battery.
The key tool used is the Kabo Smart Plug, a device that monitors power usage in real-time and connects to Wi-Fi for data tracking via a smartphone app.
The setup involves plugging the Kabo Smart Plug into a wall socket, connecting the Ola S1 Pro charger to the smart plug, and finally attaching the charging connector to the scooter's charging port. The smart plug is then activated to begin the charging process.
The Charging Process and Data Acquisition
With the scooter's battery initially at 15%, the charging process begins. The Kabo Smart Plug continuously monitors and logs the power consumption in real-time, providing detailed data on the app.
This data includes the total energy consumed and the duration of the charging session. The user can observe these metrics on their phone as the scooter charges.
The real-time monitoring capability allows for immediate observation of power draw and overall energy usage throughout the charging process. This ensures accurate recording of power consumption for a complete analysis.
Results and Analysis
After several hours, the Ola S1 Pro reaches a 100% charge. The Kabo Smart Plug's data reveals the key metrics: total charging time and total energy consumed.
The test results show a total energy consumption of 3.53 kWh to charge the Ola S1 Pro from 15% to 100%. This figure provides a precise understanding of the electricity required for a full charge.
Users can then calculate the charging cost based on their local electricity rates, using the total kWh consumed. This allows for better budgeting and cost management for electric scooter charging.
Conclusion
The Kabo Smart Plug offers a convenient and accurate method for monitoring the energy consumption of charging an electric scooter like the Ola S1 Pro.
This detailed data allows for better cost management by providing a precise measure of electricity usage, facilitating more informed charging decisions.
Overall, the test demonstrates the practicality of the smart plug for tracking energy usage, empowering users to manage their charging costs effectively.