1. The software automates the design of energy efficient electric and cabling networks, optimizing costs through computer automated design, intelligent analysis, and consideration of energy efficiency. 2. It was developed by a team of managers and programmers in Novosibirsk to address high capital costs, time-consuming design, reliance on experience over optimization, and lack of energy efficiency in traditional network design software. 3. Initial testing has found capital cost savings of 5-35% and reduced design time by 30-90% compared to competitors that lack automated design, network optimization, and energy efficiency analysis capabilities.

1. The Software to automate energy-efficient
electric and cabling network systems design

2. The complexity of industrial and
construction projects worldwide
is increasing constantly every
year.
At the same time the cost of energy recourses is growing even
faster. Thus Energy Efficiency Factor is becoming number one
important. The time requires new technologies and automated
solutions.
For the following problems:

3. Problems:
1. Capital costs for the installation of communications
are high
2. Networks design is very time-consuming
3. The quality of a project depends on experience and
professional intuition of its designer.
4. Designers do not consider energy efficiency factor
5. There are many restrictions and limitations for
communications installation

4. Solution?

5. featuring the following functions:
• Computer automated design
•
• NetGen Software
Optimization by a parameter/parameters
Intelligent designer’s prompting system
• Intellectual analysis of a network for its functionality
and energy-efficiency
• Algorithmic taking into account of limitations for
network installation

6. Innovations:
Unique mathematic model of S-Hypernetworks
(Smart Hyper Networks)
The S-Hypernetworks mathematically describes:
• Network hierarchy
• Network dynamics
Developed and implemented the algorithm of capital
costs optimization

7. Team:
3 Qualified managers with International experience
9 Program developers
5 International scientists, including USA and Europe
Located in Technopark of Novosibirsk Akademgorodok
Representation in the US

8. Implemented:

9. Implemented:

10. Implemented:
Computer automated design function
Objective function of capital costs minimization
The software is implemented as a plug-in to AutoCAD
Results:
Capital costs saving by 5-35%
Reducing of design time by 30-90%

11. Competitors:
Features Software
NanoCAD СКС EnergyCS AutoCAD Project Project StudioCS NetGen
Electrika Electrical StudioCS СКС Electrika
Implemented as a
NO NO NO YES YES YES
plug-in
Compliance to the
YES YES NO YES YES YES
State Standards
Equipment and devices
YES NO YES NO YES YES
data base
Manual project design
YES YES YES YES YES YES
mode
Automated project
NO NO NO NO NO YES
design mode
Network optimization NO NO NO NO NO YES
Intelligent analysis of a
NO NO NO NO NO YES
projected network
Prompt system NO NO NO NO NO YES
Cost, $ 2100 2300 2700 2200 2600 2000

12. Trends in projects design :
1. Automation of projects design
2. Network optimization
3. 3D visualization of projects.
4. Energy-efficiency of a projected network

13. Market volume and trends :
Target customers:
Construction and development companies, design bureaus and institutions
Construction design market growth:
The market grows approximately by 30% each year
The population of ”Emerging markets” will increase by 1 billion 10 years
Market volume:
Global Construction market 2011- $7,2 trillion ($170 billion in Russia)
Global Construction design market 2011 – $200 billion ($4 billion in Russia)

14. Commercialization:
• As a plug-in to the existing CADs
• Resellers’ distribution networks (e.g.Autodesk)
• Online sales (e.g. Autodesk)
• Direct sales
• Provision of a cloud-server for calculations
• Provision of the equipment and devices data base

15. Sales:
20
15 TEST PERIOD
10 Worldwide, $million
Russia, $million
5
0
2012 2013 2014 2015

16. Development:
• Updates server (in a year)
• Adaptation to international standards (in a year)
• Production of our own CAD system (in 2 years)