Premium Software EasyPower X64 V25.00.00.8059 (Electrical & Power System Software) 2026-06-18

Summary​

EasyPower V25 is a professional electrical power system analysis software designed for engineers, facility managers, and electrical contractors. Unlike basic calculation tools or spreadsheet-based methods, EasyPower provides a complete suite of integrated modules for short circuit analysis, arc flash hazard assessment, protective device coordination, load flow analysis, and power system modeling. It solves critical safety and reliability problems: preventing arc flash injuries, avoiding equipment damage from short circuits, ensuring selective coordination of breakers, and optimizing power factor for energy efficiency.

Workflow Explanation​

It follows a logical workflow from system design to safety documentation.

Step 1: Build One-Line Diagram

Place components from the library: utility source, transformer, switchgear, panelboard, motor control center, cable, busway, generator, UPS, load. Connect components with lines. The software automatically numbers buses and tracks connectivity.

Step 2: Enter Equipment Data

Double-click any component to edit its properties. For transformers, enter kVA, primary/secondary voltages, impedance percentage, X/R ratio. For cables, enter length, conductor size, material (copper/aluminum), and insulation type. For breakers, select the manufacturer and frame size from the library.

Step 3: Run Short Circuit Analysis

Click the Short Circuit button. Select analysis method (ANSI, IEC 60909). The software calculates three-phase, line-to-line, and line-to-ground fault currents at every bus. Results display on the one-line diagram at each bus location. Color coding highlights high fault current locations.

Step 4: Run Coordination Study

Click the Coordination button. The software displays time-current curves (TCC) for protective devices. Adjust breaker settings (long-time pickup, short-time pickup, instantaneous) to achieve selective coordination. The SmartBreaker module suggests optimal settings automatically.

Step 5: Run Arc Flash Analysis

Click the Arc Flash button. Enter working distance, equipment type (open air, enclosed), and grounding method. The software calculates incident energy (cal/cm²) and arc flash boundary (inches). Results display on the one-line diagram. Generate arc flash labels for equipment.

Step 6: Generate Reports

Click Reports. Select output format: PDF, Word, Excel, or CAD. Reports include study parameters, input data, results, and recommendations. Arc flash labels can be printed on thermal label printers.

Real Use Cases​

1. Industrial Plant Arc Flash Study: A chemical plant needed to comply with NFPA 70E arc flash requirements. Using it, the engineer built a one-line diagram of the entire facility: 34.5kV utility feed, 5MVA transformer, 480V switchgear, 30 motor control centers, and hundreds of feeders. The software identified 20 locations with incident energy exceeding 40 cal/cm² (hazard risk category 4). The engineer redesigned protection settings, reducing energy to under 8 cal/cm² at most locations. The plant saved $200,000 in PPE costs and avoided potential injuries.
2. Data Center Coordination Study: A data center operator experienced nuisance tripping during generator testing. The 480V main breaker opened before the downstream breakers, causing the entire facility to go out. Using its coordination module, the engineer modeled the existing breaker settings and identified mis-coordination. The SmartBreaker tool recommended new settings. After implementation, generator tests no longer caused main breaker trips, and selective coordination was achieved.
3. Hospital Emergency System Design: A hospital expansion required a new emergency power system with a 2MW generator, automatic transfer switches, and critical branch panels. It modeled normal and emergency modes. Load flow analysis verified voltage drop under the generator power was within 5%. Short circuit analysis confirmed generator breaker's interrupting capacity exceeded the available fault current. Arc flash analysis determined labels for all emergency equipment.
4. Solar PV Integration Study: A manufacturing facility added a 2MW rooftop solar array. It modeled the bidirectional power flow. Short circuit analysis calculated fault current contribution from inverters. Load flow analysis optimized transformer tap settings to maintain voltage within ±5% under high solar output conditions.

Learning Curve​

This software has a moderate learning curve. An electrical engineer with power systems background can perform basic short circuit and load flow analysis within one week. Arc flash and coordination studies require additional training (typically one week of dedicated use plus formal training).

Beginners (1-2 weeks): Learn to draw one-line diagrams, enter equipment data, run short circuit and load flow, interpret results.

Intermediate (3-4 weeks): Learn arc flash analysis, coordination studies, generate reports and labels, use the device library.

Advanced (1-2 months): Learn scenario management, transient stability, harmonic analysis (Advanced tier), custom device modeling, API integration.

Bentley offers training courses (online and in-person) for an additional fee. The help file is comprehensive. The user forum is active with Bentley support engineers responding to questions.

Alternatives to EasyPower​

Why Choose EasyPower Over SKM or ETAP? EasyPower’s graphics-based interface is more intuitive. New users become productive faster. The integration with Revit is unique among power system analysis tools. The licensing model is flexible (subscription, lease, perpetual) with Bentley SELECT program benefits.

When to Choose SKM or ETAP Instead: For utility-scale transmission systems or real-time EMS integration, ETAP is stronger. For highly detailed protective device libraries with every manufacturer, SKM may have more options.

Frequently Asked Questions​

Q1. What is the difference between EasyPower Base, Standard, and Professional?

Base tier includes one-line diagram, short circuit, and load flow. Standard adds arc flash and coordination modules. Professional adds SmartBreaker, SmartPDC, scenario manager, and Revit export. Advanced tier adds transient stability and harmonic analysis (IEEE 519).

Q2. Does EasyPower comply with IEEE 1584 for arc flash?

Yes. It implements IEEE 1584-2002 and IEEE 1584-2018. The software includes the latest equations for arc flash incident energy calculation.

Q3. Can EasyPower model IEC 60909 short circuit calculations?

Yes. It supports both ANSI/IEEE and IEC 60909 standards. Select the standard in the study settings.

Q4. What equipment libraries are included?

The software includes libraries from major manufacturers: ABB, Siemens, Eaton, Schneider Electric, GE, Square D, Cutler-Hammer, and others. Libraries include breakers, fuses, relays, transformers, and cables.

Q5. Does EasyPower integrate with Revit?

Yes. Export one-line diagrams as DWG for import into Revit. Import building electrical loads from Revit to EasyPower.

HomePage

Note: This price Is For Single PC License. If You Want To Buy KeyGen Then You Have To Go On Telegram ID @playoutking