POE Calc (Webview)

1. Introduction

This project report provides a comprehensive overview of PoECalc, an Android application developed by Venzpire, a leading software development company. PoECalc is a specialized tool designed for a specific user to calculate the voltage that will be delivered to remote Power over Ethernet (PoE) devices. The application, developed using Java, provides accurate and efficient calculations based on various user inputs such as input voltage, input current, wire gauge, power pairs, and cable length. PoECalc was successfully delivered within a month, enabling the user to determine critical parameters including voltage drop, required supply, effective gauge, cable resistance, and power dissipation.

2. Project Objectives

The primary objectives of the PoECalc project are as follows:

a) Develop an Android application for calculating the voltage delivered to remote PoE devices. b) Provide an intuitive and user-friendly interface for ease of use. c) Incorporate accurate calculations based on user inputs and relevant electrical parameters. d) Deliver the application within a month, meeting the specified timeline. e) Enable the user to obtain critical information such as voltage drop, required supply, effective gauge, cable resistance, and power dissipation.

3. Features and Functionality

PoECalc offers a range of features that enhance the calculation of voltage delivered to remote PoE devices. These features include:

a) User Inputs: The application allows the user to input various parameters required for voltage calculation, including input voltage, input current, wire gauge, power pairs, and cable length.

b) Calculation Engine: PoECalc incorporates a robust calculation engine that utilizes the user inputs to provide accurate and real-time calculations. The calculations are based on industry-standard formulas and algorithms.

c) Voltage Drop: The application calculates and displays the voltage drop that occurs across the cable length. This information is crucial for ensuring the proper functioning of PoE devices.

d) Required Supply: PoECalc determines the minimum supply voltage required to compensate for the voltage drop and maintain the desired voltage at the remote PoE device.

e) Effective Gauge: The application provides the effective gauge of the wire based on the input parameters. This information helps the user assess the appropriateness of the selected wire gauge for the given cable length.

f) Cable Resistance: PoECalc calculates and displays the resistance of the cable, which is a critical factor in determining the voltage drop and power dissipation.

g) Power Dissipation: The application calculates the power dissipated across the cable length, enabling the user to assess potential energy losses and make informed decisions.

4. Technical Details

The development of PoECalc involved the utilization of the following technical components and frameworks:

a) Android Development: The application was developed using Java, one of the widely used programming languages for Android app development. The Venzpire team leveraged their expertise in Java to deliver a high-quality and efficient application.

b) User Interface Design: The user interface was designed to be intuitive and user-friendly, ensuring a seamless experience for the user while inputting data and accessing calculated results.

c) Calculation Engine: Venzpire implemented a robust calculation engine within the application, incorporating industry-standard formulas and algorithms to provide accurate voltage calculations.

5. Conclusion

PoECalc, developed by Venzpire, is a specialized Android application that enables users to calculate the voltage delivered to remote PoE devices. The app's intuitive interface, accurate calculations, and timely delivery within a month demonstrate Venzpire's commitment to delivering high-quality software solutions. PoECalc empowers users to make informed decisions regarding voltage drop, required supply, effective gauge, cable resistance, and power dissipation, ensuring the optimal functioning of PoE devices. By leveraging industry-standard practices and employing Java as the development language,

Venzpire has created a valuable tool that meets the specific needs of its user in the field of Power over Ethernet.