top of page

Use code SCNEWCUST15 for 15% off ALL scooters through month-end.  Redeem here

How to Calculate the Power Delivered in a Circuit: A Guide for Small Scooters

When it comes to understanding the power delivered in an electric circuit, especially for applications like powering a small scooter, the calculation involves using basic principles from physics and electrical engineering. Here's a step-by-step guide to calculate the watts being delivered by an electric circuit with a given potential difference and current draw.


Understanding Key Concepts


Voltage (V): This is the electric potential difference between two points in a circuit. It is measured in volts (V).


Current (I): This is the flow of electric charge through a circuit. It is measured in amperes (A).


Power (P): This is the rate at which electrical energy is transferred by an electric circuit. It is measured in watts (W).


Given Data Simplified



  • Voltage: V volts (Electric Potential)

  • Current: I amperes (Electric Current)


The Formula You Need


To determine the power in watts being delivered to the small scooter, you can use the fundamental formula from Ohm's Law:


[ P = V imes I ]


Where:



  • ( P ): Power in watts

  • ( V ): Voltage in volts

  • ( I ): Current in amperes


Real-World Example


Let's assume your electric circuit has a potential difference of 12 volts and is drawing 2 amperes of current. Plugging these numbers into the formula, we get:


[ P = 12V imes 2A = 24W ]


So, the power being delivered to the small scooter is 24 watts.


Conclusion


Calculating the power delivered in an electric circuit is straightforward if you know the voltage and current. Simply multiply these two values to get the power in watts. This fundamental understanding can help you assess whether your electric scooter is operating efficiently and safely.


For more information and detailed guides, feel free to explore our website's resources.


Specs

Technical specs for all of our scooters

Batteries

The Levy swappable battery system

Spare Parts

Every spare part you need for your scooter

Compare

Choose the Levy scooter that suits you best

Tires

Learn more about electric scooter tires

Accessories

Bags, phone holders, helmets and more

Levy Electric Scooter Icon

The everyday electric scooter, perfect for the daily commute.

Levy Electric Scooter Fleets Icon

Start a rental fleet with Levy scooters and software

Levy Plus Electric Scooter Icon

Our high-end, long range cruiser with double the range of the Levy.

Levy Electric Scooter Icons

Start a Fleet

Start a rental fleet with Levy
scooters

Levy Electric Scooter Icons

Blog

Wholesale Levy scooters at your online store or shop

Levy Electric Scooter Icons

Retail Partners

Wholesale Levy scooters at your 
online store or shop

Levy Electric Scooter Icons

Tag us

Follow and tag us on social!

Brand Ambassador

Earn money for referring friends and growing the network

Service Guides

DIY repair tools, videos, and more

Careers

Interested in working at Levy?

Investors

Invest in the Levy Network

Levy Locations

Find our rental, repair, and store locations

The Levy App

Download the Levy app to find scooters closest to you

Support Center

FAQs, how-to videos, and quick start guides

Shipping App

Discounted shipping labels for moving your scooter (or any package).

Range Calculator

Estimate real-world range for any scooter

Electric Scooter Laws

Electric scooter laws by state & city

Subscriptions

Subscribe to a scooter for $70/month

Shop Locator

Find a location to test ride or bring your Levy in to get repaired

Contact

Get in touch with our team

Quick-start guide

Get started with your Levy

Returns & Warranty

Every spare part you need for your scooter

Shipping Policy

Shipping Policy US and International

bottom of page