EasyPower Videos
Get up to speed on the fast and easy features of EasyPower with these comprehensive videos.
Featured Videos

What Changed in Low Voltage Arc Flash Analysis with IEEE 1584-2018?
With the removal of the "low voltage exception", many facilities are looking at the possibility of a dramatically increased bus count for their latest update on their arc flash hazard assessment. What is driving this requirement and what choices could improve the cost of completing the arc flash study update? In this refresher webinar, Jim Chastain examines the changes and options available.

Mitigating Lightning Related Risk on Photovoltaic Plants Using XGSLab
Various factors in the design of photovoltaic projects can lead to possible damage of equipment due to lightning if not executed correctly. These factors could be directly related to the design of the PV facility, such as cable routing, the type of inverter, ground fuses etc., but could also be due to the surrounding environment with external influence such as overhead lines or railways near the facility. In this webinar, Ivan Grobbelaar at DEHN Africa looks at real world data from previous experiences and how it correlates to simulated results using XGSLab. Simulation results are shown for lightning frequency and time domain analysis to showcase possible expected damages for various parts of the generation facility and why this happens if the correct mitigation techniques are not applied. From these simulations, the mitigation recommendations from various standards will be tested to present the reduction in losses if lightning protection is applied correctly.

EasyPower Arc Flash for High Voltage Systems
Multiple recommendations for high voltage arc flash calculations abound: Ralph Lee equations, NESC tables, ArcPro™ software, etc. EasyPower gives you the options and control over which approach to use. In this refresher webinar, Jim Chastain provides details of these HV features in EasyPower and shares examples that you can use to verify which works best for your HV systems.

Protective Relay Basics
This presentation, given by Andrew Legro, PE. Field Application Engineer at ABB, first discusses the difference between a low voltage circuit breaker and a protective relay and associated components (breaker, CT, relay). With an understanding of the functionality, using an electromechnical 50/51 as a foundation, attendees learn where to apply various inverse time current curves and overcurrent relay elements (50,50D,51, definite time curve). The presentation then discusses the importance for matching the relay to the breaker and how withstand, trip/clearing time relate to the time current curve. Digital, multifunctional relays, provide multiple solutions in a single package and coordinate from relay to relay, relay to fuse, and relay to LV breaker.

Modern Connected Power Systems – Virtual Lab Demo
In this webinar, Duke Dunsford, Customer Experience Manager at Square D by Schneider Electric, walks you through a visit to Schneider Electric’s EcoStruxure Power Innovation Lab and so you can visually learn about the latest connected power system solutions. See first-hand how connected circuit breakers, meters, sensors, and application software can be leveraged for intelligent power systems. In the presentation you learn ways that continuous thermal monitoring maximizes uptime and reliability. You also learn how to design power systems to enable energy efficiency through connected technologies, as well as be able to list ways microgrid technologies can enhance efficiency and maximize uptime.

How Arc Flash PPE Impacts Both Human Performance and Human Error
In this webinar, given by Jim Pollard at Unlimited PPE Inc, he discusses how arc flash PPE can effectively reduce the severity of harm caused by an arc flash exposure. Advances in arc flash PPE technology have resulted in the availability of better designs that when used by a Qualified Electrical Worker can reduce the probability of an arc flash by minimizing human error and improving human performance.

Protective Device Coordination the Easy Way, 4-Part Webinar Series

Protective Device Coordination the Easy Way - Part 4: Protective Relays and Ground Fault Protection

Protective Device Coordination the Easy Way - Part 3: Breakers - With NEC 2020 Requirements

Protective Device Coordination the Easy Way - Part 2: Fuses - With NEC 2020 Requirements

Protective Device Coordination the Easy Way - Part 1: Introduction to the Basics

Arc Flash the Easy Way - Part 4: Reports, Labels and Project Recommendations

Arc Flash the Easy Way - Part 3: Modeling and Initial System Analysis

Arc Flash the Easy Way - Part 2: Data Collection

Arc Flash The Easy Way - Part 1: Regulations and Industry Standards

The Arc Flash The Easy Way, 4-Part Webinar Series

XGSA FD Tutorial

Paladin DesignBase - Power Flow - Scenario Voltage Profile Tutorial

Paladin DesignBase - Power Flow - 3Phase to 1Phase Power Flow Simulation Tutorial

Paladin DesignBase - Power Flow - Annotation Power Flow Toolbar Tutorial

Paladin DesignBase - PDC - Indentifying Equipment Tutorial

Paladin DesignBase - PDC - Adding Circuit Breaker Curve Data Tutorial

Paladin DesignBase - PDC - Custom Motor Starting Curve Tutorial

Paladin DesignBase - Getting Started Basics - Starting a Project Tutorial

Paladin DesignBase - Getting Started Basics - Snapshot Error Checking Tutorial

Paladin DesignBase - Getting Started Basics - Off Back Annotation Tutorial

Paladin DesignBase - Getting Started Basics - Motor Starting Snap Shot Method Tutorial

Paladin DesignBase - Getting Started Basics - Annotating Oneline Network Tutorial

Paladin DesignBase - Short Circuit Fault Analysis Tutorial

Paladin DesignBase - Arc Flash Program Tutorial

Paladin DesignBase - Power Flow Analysis Tutorial

Paladin DesignBase - Power Flow Motor Starting Tutorial

Paladin DesignBase - Short Circuit Analysis Tutorial

EasyPower Scenario Manager – Up Close and Personal

2021 Update of the Canadian CSA-Z462 Electrical Safety Standard

Using the New Features in EasyPower 10.5

Navigating 2021 NFPA 70E and How to Stay Compliant

Creating and Working With Reports in EasyPower

Circuit Breaker Selective Coordination: Common Questions and Misconceptions

TD Animation

DXF import

Electromagnetic Simulation - Part 2 of 2

Electromagnetic Simulation - Part 1 of 2

Multilayer Soil

XGSLab Electromagnetic Simulation Software

XGSLab Debugging

XGSLab - New Conductor Management Using Libraries

XGSLab Drawing Tools

How to Build an Arc Flash PPE Program

XGSLab 10.0 Release Video

Complete Arc Flash Labeling

EasyPower 10.5 Release Video

Sizing MCC Elements with EasyPower SmartDesign

EasyPower Tips and Tricks - Improve Your Short Circuit and Arc Flash Results

Medium Voltage Generator Circuit Breaker Applications

Coordination and Arc Energy Reduction Per NEC 2020 – Part 2

Best Practices for Safe Return to Service Following Maintenance Outage

Coordination and Arc Energy Reduction Per NEC 2020 – Part 1

Fuse Basics 101 – Construction & Performance

Bonded vs Isolated Lightning Protection Concepts & their Application to Explosive Areas
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Short Circuit Currents According to IEC 60909

What Happened to HRC Category #0 and "Low voltage Exception"

XGSLab Electromagnetic Simulation Software

Enhance MV Transformer Arc Flash Safety with Arc Reduction Vacuum Fault Interrupter (AR-VFI) Transformers
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Site Specific PPE and Custom Arc Flash Labels

Selective Coordination – Requirements, Solutions, Tips and Tricks

Introduction to Protective Device Coordination - Part 5, Device Coordination, Wrap up Session

What’s New in EasyPower 10.4, Including Single-Phase Modeling and Analysis

Introduction to Protective Device Coordination - Part 4, Device Coordination and Manipulating the TCC Display

Protection and Control in Medium Voltage Digital Switchgear

Single-Phase Modeling and Analysis in EasyPower

Implementing 70E / Z462 - Energized Electrical Job Work Flow

XGSLab 9.6 Release Video - New Features

Design Automation to Fast-Track Workflow

MV Motor Starter Modeling in EasyPower

Introduction to Protective Device Coordination - Part 3

External Lightning Protection and Grounding to Reduce Stress in Photovoltaic Plants

Introduction to Protective Device Coordination - Part 2

Molded Case Circuit Breaker Trip Units, Types and Applications

Introduction to Protective Device Coordination - Part 1

Do's and Don'ts of Personal Protective Grounding

XGSLab Version 9.6 Update Video

EasyPower PowerFlow Analysis Using VFD Controllers

AC Interference in Shared Corridors

Guide to Arc Flash Mitigation Methods

Electrical Safety Program 70E & Z462 2021 Editions - Management of Change

Adding Arc Flash Incident Energy and Short Circuit Current to Display on the Panel Schedule

Addressing and Mitigating Circuit Breaker Vacuum Interrupter Failures

Series Rating: How to Implement in EasyPower

Major Changes - NFPA 70E, 2021 Edition - Standard for Electrical Safety in the Workplace

Current Limiting Fuses and EasyPower Arc Flash Calculations

Application of Arc Flash Relays and High-speed Grounding Systems to Mitigate Arc Flash Hazards

Evaluating & Mitigating Transferred Voltage Hazards

Designing Grounding Systems that Safely Dissipate Fault Currents and Disperse Lightning Current

Static Discharge Awareness and Explosion Protection

XGSLab New Feature - Seasonal Analysis For Grounding Systems

Overcurrent Coordination and Protection Basics

Ground Fault Coordination in EasyPower

Cracking the Code for Arc-Flash Mitigation

Active & Passive Harmonic Filters in EasyPower

Relays, Transformers and Coordination

Maintenance as a Safety Issue

Surge Protection Measures and NEC Requirements

The 10 Most Common Mistakes Made in Arc Flash Studies

Why Sharing is Not Caring with Arc Flash PPE

Floor Planning Your One-line Diagram

Dynamic Stability – How to Get Started and Get Useful Results

Ground-Fault Protection – Principles and Applications

Demystifying Medium Voltage Harmonic Filter Design

The EasyPower Device Library – Proper Care and Feeding

XGSLab GSA Tutorial - A Grounding System Analysis Applying the EN 50522 Standard

XGSLab GSA FD Tutorial - A Grounding System Analysis Applying IEEE Std 80

Understanding the USA NFPA 70E and the Canadian CSA Z462 Standards

Converting a Solar or Wind Farm Design to an Equivalent Lumped Model for Bulk Electrical System Studies

EasyPower Arc Flash Label Design and Customization

Understanding Arc Flash Reports in EasyPower

Grounding Analysis for Utility Scale Photovoltaic Power Plant

Protective Device Coordination Tips - Updated

Going the Distance for Arc Flash Safety

The Impact of the New IEEE 1584-2018 Standard on Arc Flash Studies

Understanding How Transformer Size & Impedance Affect Equipment Short Circuit Ratings

Understanding the Use of Harmonics and PowerFlow in EasyPower

Electrical Safety Design: Choose the Right Components to Reduce Electrical Hazards and Enhance Plant Safety

No ‘Low Voltage Exception’ in the New 1584 Standard – Oh My!

EasyPower Tips and Trick - Data Blocks, EasyControls, and Global Options

EasyPower's Approach to Symmetrical and Asymmetrical Short Circuit Currents

Understanding Canadian Electrical Workplace Safety Standards - CSA Z462 and CAN/ULC-S801

What is the Difference Between Transient Motor Start and Impact Motor Start in EasyPower?

Short Circuit Fault Current Limiters

Use EasyPower to Calculate High Voltage Arc Flash
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How to Model Elements in a Photovoltaic (PV) System

Blocking Arc Flash Energy from Personnel and Assets for Safety and Resiliency

Easy Power Scenario Manager – A Dependable Timesaver

Electrical Systems and LayoutFAST, in Revit

Active Arc Flash Mitigation Solutions

Hot Work Permits with EasyPower

Understanding the New Generation of Medium Voltage Switchgear

Basics Steps in EasyPower to Conduct an Arc Flash Study Using the New IEEE 1584–2018 Model
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JHA’s (Job Hazard Analysis) – Why You Shouldn’t Pencil Whip Them

Retrofittable Arc Flash Solutions Make Legacy Equipment Safer

How Does EasyPower Handle Arc Flash Greater Than 15 kV?

Understanding IEEE 1584-2018 and the 2017 NEC Article 240.67

Revit MEP Integration with EasyPower Power System Analysis

Power System Reliability Module

Revit Integrator Module

Intro to Power System Reliability in EasyPower

Common Myths About Medium Voltage Metal-Enclosed Capacitor and Harmonic Filter Banks

Safety, Reliability & Cost - the Bottom Line

What Happened to the ‘125 kVA Low Voltage Exemption’?

Implementing the New IEEE 1584-2018 Standard in EasyPower

Ground Fault Protection Using EasyPower Protection & Coordination™ (PowerProtector)

Using Arc Quenching Switchgear For Superior Protection

IEEE 1584-2018: An Introduction to the Changes

The Impact Maintenance Has on Arc Flash Hazards

Bus Ducts Can Be a Source of Arc Flash Hazards: Modeling Them in EasyPower

Whats New in Arc Flash Standards and Codes?

An intro to the changes in IEEE 1584-2018

Two Ways to Reduce the Cost of an Arc Flash Study

The Value of Arc Flash Hazard Analysis

208 VAC Arc Flash Study - An Actual PowerStart Discussion

EasyPower Intro Video

Arc Flash Labeling Strategies – Keeping it Simple!

Using Harmonic Analysis to Troubleshoot Issues Caused by Power Factor Correction

EasyPower Global Default Settings

Cost Savings Through Predictive Maintenance

Using EasyPower’s Protection & Coordination™ (PowerProtector) to Coordinate Protective Devices with Large Loads in Motor Control Centers

What Makes EasyPower's ScenarioManager Stand Out in the Market?

Custom Arc Flash Hazard Warning Label Editor

Custom Text Data Blocks in EasyPower

Understanding NEC 240.67 2017, Arc Energy Reduction for Fuses

Harmonics Question and Answer Session

Introduction to Dynamic Stability

More Productive Data Collecting - Templates in OnSite

Arc Flash Incident Energy Calculations for 240 Volts or Less

Protective Device Coordination with EasyPower - Part 2

Calculating Arc Flash in DC Systems

Protective Device Coordination with EasyPower - Part 1

Discovering the Value of EasyPower PowerFlow

Grounding Calculations in XGSLab's GSA_FD Software

Harmonics in Electrical Power Distribution Systems

Arc Flash Analysis for Typical PV System Installations

Beginners Corner - Using Protective Devices in EasyPower

Real World Harmonic Filters - Large Copper Plant

Intro to Arc Flash Analysis in EasyPower and ArcFlash Essentials (EasySolv)

Detailed Implementation of IEC 60909 in EasyPower 10.0

10,000 Feet Up - Taking a "Big Picture" Look at Your One-Line Diagram

NFPA 70E 2018: Changes and Implementation Strategies - What You Need to Know and Why?

NFPA 70E/CSA Z462 - Field Implementation of Risk Assessment Procedure

What's New in EasyPower 10.0 Release

Beginner's Corner: Arc Flash - The Basic Steps in a Simple EasyPower Arc Flash Project

Panel Data Entry Options in EasyPower

Generator Protection in EasyPower

An Introduction to Grounding Calculations and Why They Are Necessary

Fuse Basics - The Essential Concepts of Working With Fuses

Protection and Over-Current Coordination - Part 2

The Top 6 Power Factor Misconceptions Resulting from Harmonics

Protection and Over-Current Coordination - Part 1

EasyPower Integrated Method for Arc Flash Energy Calculations, and Applications

NFPA 70E Arc Flash & Shock - Getting It Right!

Symmetrical Component Method of Short Circuit Calculations

Top 10 Most Common Errors in Arc Flash - Part 2

Arc Flash Mitigation with Arc Sensing Relays

Top 10 Most Common Errors in Arc Flash - Part 1

Short Circuit Calculations in EasyPower

Variable Frequency Drive (VFD) Set Up in EasyPower

Protective Device Coordination Tips

Protective Device Coordination Options in EasyPower

The NEC (NFPA 70), NFPA 70E, Osha 1910 and You

Short Circuit Options in EasyPower

Arc Flash Mitigation with Fuses

Effective Electrical Safety Programs - Key Considerations for Selection, Application and Care of PPE

Device Coordination Examples, Continued - Arc Flash and DC Systems

Data Collection, Part 3 - Mobile Data Collection with EasyPower OnSite™

Coordination Studies - Real-world Examples

Data Collection, Part 2 - Creating Data Collection Templates in EasyPower

Data Collection for Arc Flash Study, Part 1 - What Data to Collect

Arc Flash Labeling for Stand By Generators

Active Arc Flash Mitigation

NFPA-70E Most Frequently Asked Questions

Using Scripts with EasyPower's Dynamic Stability

Arc Flash Incident Energy - Mitigation Techniques

Introduction to EasyPower OnSite™, Mobile Data Collection Tool

NFPA 70E 2018 Edition Changes

Arc Flash Label Synergy - Making a Label Last 5 Years

SmartDuty Improves Short Circuit Study

Symmetrical and Asymmetrical Currents in Short Circuit Faults

Harmonics in Renewable Energy Systems (part 2)

Advanced Coordination Focus

Device Coordination, Wrap up Session - Part 5

Device Coordination & TCC Curves - Part 4

Device Coordination & TCC Curves - Part 3

Utility Short Circuit Current Data & Arc Flash Studies

Device Coordination & TCC Curves - Part 2

Device Coordination & TCC Curves - Part 1

Basic Short Circuit Studies in EasyPower

Intro to Electrical Safety Standards - NFPA 70E, 70 NEC, OSHA

Renewable Energy Studies Using EasyPower (part 1)

Breaker Basics

Ground Fault Protection & Protection Coordination in Industrial & Commercial Power Systems

Molded Case Circuit Breaker Basics

Intro to Arc Flash Analysis

One-Line Diagrams - Data Entry (Continued)

One-Line Diagrams - Data Entry

One-Line Diagrams - Insert Subsystems

How to Build One-Line Diagrams

1, 2, or 3 Phase Loads in EasyPower

Multi-Function Relays

Harmonic Notch Filters

Arc Flash Advanced Options - Part 1

Arc Flash Labels - Conditional Formatting

Arc Flash Labels - Custom Design

Arc Flash Label Setup & Printing

Protective Device Coordination Intro

Arc Flash Hazard Reduction

Arc Flash Hazard Reports in EasyPower

Arc Flash Label Design and Printing
