Renga Electrical

Electrical Power System Design

Use Renga to create consistent, coordinated and complete information models of electrical power system. Renga toolset is a time saver for engineers who want to speed up routine tasks like creating power and lighting circuits, populating building model with engineering data, and generating drawings.

Collecting and Receiving Data

There are two ways for engineers to create electrical power system in Renga software.

First, by receiving existing 3D building models from architects or structural engineers. Team effort is a key. And Renga developers pack a powerful punch in this department implementing feature for worksharing. Renga software helps architects, designers and MEP engineers simultaneously work in the common design environment. All project stakeholders work with the up-to-date model data, saving time and improving accuracy. 

Or second, by receiving 2D drawings from the architect or structural engineer and creating 3D model of electrical power system by themselves. The MEP engineer can also use 2D drawings as underlay.

Load Calculation

All project stakeholders can have access to the information model, and access and change data for each object in a model.

For example, MEP engineers can immediately get required object data on enclosing structures, materials, types and dimensions of spaces, production equipment layout and utility corridors layout, etc. Based on this data, an engineer can easily perform engineering analysis and calculate the lighting load.

Equipment Layout

Taking into account the entire load data and building demands for electrical power system, an engineer creates power equipment and lighting equipment layouts. Empty library is no longer a problem - software provides users with tools needed for creating new ones. Renga allows the user to design independently of Element library with the Style tool that creates required elements in less than a minute.

You can also import 3D objects to your model should the need arise. Renga interacts with other software via international open file format IFC, as well as reading and exporting to a great number of supported formats including STEP, IGES, C3D, SAT, etc. Apart from that, Renga provides users with product gauges and product lines provided by the leading suppliers or manufacturers.

Routing

Unique Automatic Routing tool helps you design electrical power system. The tool automatically routes wires and cables. Another efficient feature implemented in Renga is System Builder mode. Using this mode, you can specify objects connection sequence and simultaneously create routs. The tool allows for the creating of power and lighting circuits. It can be easily adjusted to match the required criteria and standards. 

Automatic Calculations

You can perform required calculations and create estimates, choosing from a variety of analysis packages developed by Renga partners, and import the resulting file from any of these software packages into Renga.

Automatic Recalculation of Schedules

To perform accurate calculations for all electrical power system elements, use the Schedule tool. It automatically collects object data and generates reports in a table format. In the event of changes to the 3D model, schedule recalculates automatically.

Document the Project

Create coordinated and complete project documentation of electrical power system using the built-in Drawing Editor. It will help to create drawings in accordance with both Russian System of Design Documentation for Construction (SPDS) and the International Organization for Standardization (ISO).

Editor is designed to take drawings generation automation to the maximum. Plans and axonometric projections are checked out automatically right from the 3D model.

Worksharing in Renga

In the Renga BIM system, the architects, designers and MEP engineers work in a single environment with the same 3D model. Each member of the project team can track the changes their colleagues have made. This feature reduces the chance for discrepancies between architectural, structural and MEP models, validating the accuracy and consistency of the model. It also shortens the approval cycle.