Currist

Electrical design,
structured from project to panel.

Create your electrical load schedule simply and accurately.

Start DesigningWhy Currist?
Project workspace
Office Building Project
Active
🇹🇷 🏢Office Project(project)
🏢Main Building(building)
Main Distribution Panel(panel)
💡Lighting Loads(loads)
🔌Socket Loads(loads)
4Structures
12Panels
86Loads
What is Currist?

A structured workspace for electrical design.

Currist is an electrical project design and management platform that brings project structures, distribution panels and electrical loads together in one connected workspace. It helps engineers build projects systematically, preserve relationships between components and manage project information through a clear hierarchy. By providing a shared and structured project model, Currist also supports better coordination between electrical and mechanical engineering teams throughout the design process.

Currist Journey

Building the Future of Electrical Design

See what you can use today, what is coming next, and where Currist is heading.

Available Today

Core tools already available inside the Currist workspace.

Structured Project Hierarchy

Organize projects, buildings, blocks, floors, rooms, panels and loads in one clear structure.

Panel & Load Management

Create, edit, copy, reuse and manage electrical panels and their connected loads.

Engineering Calculations

Review installed power, current, phase distribution, power factor and phase balance.

Energy Analyzer Support

Assign loads and packaged panel feeders to multiple analyzers within each panel.

Professional Excel Export

Generate engineering reports, load schedules, phase analysis and cable summaries.

Project Recovery

Restore supported Currist projects from exported project files.

Cloud Project Storage

Securely save, reopen, rename and continue user-specific projects.

Reusable Engineering Designs

Import existing panels and reuse previous designs in new project locations.

🧩

Scattered Information

Project data is often spread across multiple spreadsheets, drawings and documents, making information difficult to manage.

🔄

Difficult Revisions

Even small engineering changes can require updating multiple files, increasing time and the risk of inconsistencies.

🤝

Disconnected Teams

Electrical project information is frequently shared across different people and tools, making coordination more difficult.

📈

Growing Complexity

Modern electrical projects demand a structured digital workflow that scales from simple buildings to complex facilities.

Why Currist?

Electrical engineering has outgrown spreadsheets.

Modern electrical projects generate thousands of interconnected components, yet many engineering teams still rely on disconnected spreadsheets, documents and manual coordination.

Currist brings project structures, panels, electrical loads and engineering data together in one connected workspace, helping engineers work faster, simplify revisions, improve coordination and stay organized throughout the entire project lifecycle.

Core Features

Everything you need to build and manage electrical projects.

Currist connects project organization, electrical distribution and engineering data within one structured workspace.

🗂️

Project Management

Create, organize and manage electrical projects from a single workspace.

🏢

Structure Management

Build clear project hierarchies for buildings, floors, rooms and technical areas.

Panel Management

Create distribution panels and maintain their relationships across the project.

💡

Load Management

Add, classify and connect electrical loads to the correct panels and structures.

☁️

Cloud Workspace

Save your work securely and continue your projects from different devices.

📊

Export and Reporting

Prepare organized engineering outputs, schedules and project documentation.

Engineering Capabilities

Built around real electrical engineering workflows.

Currist goes beyond project organization by connecting electrical calculations, load schedules, panel revisions, technical documentation and project delivery within the same engineering workspace.

Currist remembers your engineering decisions.

Project structures, panel relationships, connected loads, engineering revisions, approval status and technical outputs remain connected to the same project model.

📋
Available

Intelligent Load Schedules

Generate professional load schedules directly from the live project model instead of maintaining disconnected spreadsheets.

📚
Advanced

Equipment Catalogs

Select pumps, fans, AHUs and other supported equipment by manufacturer and model. Electrical properties such as power, voltage and phase configuration can be populated from catalog data.

⚖️
Available

Phase Balance

Review phase loading across R, S and T and identify unbalanced electrical distribution while the project is being developed.

Available

Electrical Analysis

Review installed power, estimated current, active and reactive power, apparent power, power factor and phase distribution from the connected project data.

🔌
Planned

Cable Sizing Workflows

Use feeder, load and project information as the foundation for cable selection, current-carrying capacity and related engineering checks.

🧮
Planned

Reactive Power Compensation

Support capacitor-bank planning and reactive power compensation using the electrical characteristics of the project and its connected loads.

📝
Available

Revision History

Keep engineering notes and panel revisions together and review what changed during the development of the electrical design.

Planned

Approval Workflow

Move panels through engineering review and mark completed designs as approved before manufacturing or final project delivery.

📧
Planned

Manufacturer Delivery

Prepare approved panel information for direct delivery to panel manufacturers without rebuilding the same technical package in separate documents.

♻️
Available

Reusable Panel Designs

Copy and reuse existing panel designs in new project locations while preserving connected engineering information and project consistency.

📊
Available

Professional Engineering Outputs

Prepare load schedules, project summaries, phase analysis, panel information, cable summaries and structured Excel reports from the same project model.

☁️
Available

Cloud Engineering Workspace

Save, reopen and continue user-specific projects across supported computers, tablets and other devices.

Feature availability may vary by membership plan. During the current development period, registered users may be given access to selected Advanced capabilities for testing and evaluation.
Pricing

Choose the plan that fits your engineering workflow.

Start with the essentials and move to more advanced engineering tools as your projects grow.

Early Development Notice: Currist is currently under active development. Pricing, feature availability and package contents shown below are preliminary and may change before the official release.
Basic

Free

Essential tools for small projects and first-time users.

Limited projects
Basic project management
Limited structures and panels
Limited export
Basic engineering workspace
Start Free
PlannedStandard

Coming Soon

A broader workspace for regular and growing projects.

More projects and project capacity
Cloud project storage
Import and export
Expanded panel and load limits
Additional engineering tools
Advanced

Coming Soon

Advanced calculation and catalog tools for larger projects.

Everything in Standard
Full engineering catalogs
Automatic load catalog data
Cable type and cross-section calculations
Cable length and voltage-drop calculations
Advanced engineering reports

Plan limits, calculation capabilities, pricing and included features may be revised as Currist continues to be developed and tested.

Behind Currist

Designed around real engineering needs.

Currist is an independently developed electrical engineering platform created to bring project structures, panels, loads and engineering information together in one connected workspace.

EY

Ergin Yurttaş

Creator & Development Lead

The original concept behind Currist and its ongoing development are led by Ergin Yurttaş. The platform is being shaped around practical electrical engineering workflows and will continue to evolve through development, testing and user feedback.

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