【電験三種】電力 令和5年上期 問12 電圧降下の近似式

This question asks for the connectable load power based on the voltage drop rate of a distribution line. It's a common calculation problem, but it requires a relatively large amount of calculation. In this video, we'll use the calculation pattern while carefully explaining the steps as much as possible, so please watch until the end. The key to solving this problem is the approximate formula for voltage drop. 0:00 Introduction & Profile and New Book Introduction 1:06 Problem 2:00 Quick Explanation 1. Approximate Formula for Voltage Drop on a Distribution Line 4:54 Quick Explanation 2. Active power of the line 𝑷 6:39 Answers and Explanations 11:01 Summary --------------------------------------- ★Explanation from the Denken-ou website (Electrical Engineer Examination, Class 3, Power, 2023, First Half, Question 12) https://denken-ou.com/denryokur5-1-12/ ★Reprint of Question 7 from the Class 3, Power, 2014 Examination https://denken-ou.com/denryokuh26-7/ ★[Denken-ou eBook Version] NEW! NEW! 4 Subjects for the Class 3, Power, 2023, Second Half Edition By Year: https://denken-ou-tanaoroshi.com/item... By Subject: https://denken-ou-tanaoroshi.com/item... NEW! 3 Types of Electric Power by Subject By Year: https://denken-ou-tanaoroshi.com/item... By Field: https://denken-ou-tanaoroshi.com/item... ★Download the Trial Version [E-Book Version of Electrical Engineering King] https://denken-ou-tanaoroshi.com/item... ★Click here for the printed book Available on Amazon [E-Book Version of Electrical Engineering King] NEW! Electrical Engineering Examination Level 3, 4 Subjects, Second Half of 2023 Edition https://amzn.to/3FvBtx0 ★New Reference Book from the Collaboration of Electrical Engineering Academia and Denken-O [Thermal Power Generation] Electrical Engineering Warrior Textbook ~Denken Soldiers Spellbook~ https://denkenia-archives.stores.jp/i... [Nuclear Power Generation & Other Power Generation] Electrical Engineering Warrior Textbook ~Denken Soldiers Spellbook~ https://denkenia-archives.stores.jp/i... NEW! [DC Circuits] Electrical Engineering Warrior Textbook - Denken Soldiers Spellbook - https://denkenia-archives.stores.jp/i... --------------------------------------- #Electrical Engineering 3rd Class Exam #Electrical Power #Past Exam Questions and Answers #Electrical Engineering King #First Half of FY2023 #Question 12 #Power Distribution #Approximate Voltage Drop Formula

[Type 3 Electrical Engineering Examination] Electric Power 2023 First Half Question 15 Understand...
▶︎

[Type 3 Electrical Engineering Examination] Electric Power 2023 First Half Question 15 Understand...

【電験三種】電力 令和5年上期 問13 変圧器の容量換算と負荷分担
▶︎

【電験三種】電力 令和5年上期 問13 変圧器の容量換算と負荷分担

【電験三種】電力 令和5年上期 問11 電圧の違いによる特性の違いと中性点接地方式の理解
▶︎

【電験三種】電力 令和5年上期 問11 電圧の違いによる特性の違いと中性点接地方式の理解

How 3 Phase Power works: why 3 phases?
▶︎

How 3 Phase Power works: why 3 phases?

[Quick Guide] The only difference between single-phase and three-phase! A professional explains i...
▶︎

[Quick Guide] The only difference between single-phase and three-phase! A professional explains i...

【電験三種】電力 令和5年上期 問6 配電線路の配電方式と開閉器類の知識
▶︎

【電験三種】電力 令和5年上期 問6 配電線路の配電方式と開閉器類の知識

【電験三種】変圧器を介した事故の短絡電流と母線電圧の求め方【平成23年度 電力 問16】
▶︎

【電験三種】変圧器を介した事故の短絡電流と母線電圧の求め方【平成23年度 電力 問16】

The Biggest Misconception About Electricity
▶︎

The Biggest Misconception About Electricity

Resistor vs Capacitor vs Inductor — What Really Happens When You Flip the Switch?
▶︎

Resistor vs Capacitor vs Inductor — What Really Happens When You Flip the Switch?

【やさしく解説 電験3電力】V結線のベクトルと負荷容量(H19電力問16)
▶︎

【やさしく解説 電験3電力】V結線のベクトルと負荷容量(H19電力問16)

初心者向け電験三種・電力・22・パーセントインピーダンス【超簡単に学ぶ!】第三種電気主任技術者
▶︎

初心者向け電験三種・電力・22・パーセントインピーダンス【超簡単に学ぶ!】第三種電気主任技術者

Alternating Current, Motors, & Controls
▶︎

Alternating Current, Motors, & Controls

【電験三種】電力 令和4年下期 問8/【送電】架空送電線路の構成要素
▶︎

【電験三種】電力 令和4年下期 問8/【送電】架空送電線路の構成要素

How 3 Phase Transformers Work – why we need them
▶︎

How 3 Phase Transformers Work – why we need them

電験三種・電力・令和5年上期・問題17
▶︎

電験三種・電力・令和5年上期・問題17

【電験三種】電力 令和7年下期 問9 雷過電圧とその対策の知識
▶︎

【電験三種】電力 令和7年下期 問9 雷過電圧とその対策の知識

120V 240V Electricity explained - Split phase 3 wire electrician
▶︎

120V 240V Electricity explained - Split phase 3 wire electrician

【電験三種】電力 令和4年下期 問16/【送電】受電端の皮相電力及び調相設備の容量
▶︎

【電験三種】電力 令和4年下期 問16/【送電】受電端の皮相電力及び調相設備の容量

【電験三種】電力 令和5年上期 問2 比速度の定義と各水車の特性
▶︎

【電験三種】電力 令和5年上期 問2 比速度の定義と各水車の特性

【電験二種二次 電力管理 (令和元年 問4)】配電系統「電力損失」(過去問徹底解説)
▶︎

【電験二種二次 電力管理 (令和元年 問4)】配電系統「電力損失」(過去問徹底解説)