Watt and Ampere Calculator
About

About Us

Watt and Ampere Calculator is a focused educational website for converting between electrical power and current. It supports DC, single-phase AC, and balanced three-phase AC calculations while keeping voltage, power factor, and phase assumptions visible.

Ownership and purpose

The website is published and maintained under the Watt and Ampere Calculator name. Its purpose is to provide transparent electrical conversion tools and practical explanations for people who need to relate watts, amps, volts, power factor, and phase.

No separate parent company or registered legal entity has been provided for public identification. This page will be expanded if verified ownership or business details become available.

Publisher
Watt and Ampere Calculator
Website
www.wattandamperecalculator.com
Public contact details
Contact page and form
Business email
ahmadhuzaifa999@gmail.com
Mailing address
14 Lytton Road, Mozang, Lahore
Official social profiles
Content standards
Editorial Guidelines

Our story

A watts-to-amps question does not have one universal answer: voltage is required, and AC calculations can also depend on phase and power factor. This website was created around that missing context—to provide a straightforward result while showing the inputs and formula behind it.

The mission is simple: make common electrical arithmetic easier to perform, easier to check, and harder to misuse as a one-size-fits-all conversion.

Who we are

Calculator code and educational content are published under the Watt and Ampere Calculator organization name. The website currently uses an organization byline and does not publish individual contributor profiles or professional licensing claims.

Our practical commitment is visible in the work itself: formula assumptions are stated, invalid inputs are rejected, calculation paths are covered by automated tests, and safety limits are shown alongside the results.

What we do

  • Convert watts to amps and amps to watts for DC circuits.
  • Calculate single-phase AC real power using voltage and power factor.
  • Calculate balanced three-phase AC using line-to-line voltage, power factor, and the square-root-of-three relationship.
  • Publish worked examples, formula explanations, and conversion tables that state their assumptions.

These tools can help students, technicians, equipment owners, and anyone checking basic electrical arithmetic. They do not replace installation design, conductor or breaker sizing, code review, or advice from a qualified professional.

How we support accuracy and trust

Transparent formulas

The selected system determines the formula, and required values such as voltage and power factor remain visible.

Testing and review

Automated tests cover DC, single-phase AC, balanced three-phase AC, reverse calculations, and invalid inputs. Explanatory content is checked against the implemented formulas.

Corrections and updates

Readers can report a calculation, wording, or technical issue through the Contact page. Material corrections are applied to the relevant tool or article.

Clear scope

Results are mathematical references based on supplied inputs. Safety-critical electrical work requires applicable codes and qualified guidance.

This page and its stated process were last reviewed on .

Independent reference sources

Our explanations are checked against established measurement definitions and electrical-engineering references. These links are provided as independent technical sources; they do not represent accreditation, certification, sponsorship, a partnership, or an endorsement of this website.