2. Project summary
Our Product Architectural windows;
Office partitions, doors, interior design.
Market niche Light transmitting glass with controlled dimming
Project status
September 2012. Prototypes of light transmitting glass have been produced.
October 2012. A contract was signed with FASIE (USD 0.17 mln).
December 2013. Approved funding from Nanocentre Dubna (USD 0.5 mln).
Project goal Production of light transparent structures with controlled light transmission
based on electrochromic adhesives
Investment opportunity USD 1 mln
3. Team
Golinskiy Maxim V. – CEO
Investment manager "Technology Transfer Office and Sciences RUSNANO“.
Deputy General Director of the Nanotechnology Center "Dubna"
Project structure and arrangement
Obtaining of funding
Krylski Dmitry V. - Scientific Project Manager
Head of the Federal State Unitary Enterprise "NIIPA" Doctor of Science
H-index – 3. Citation index - more than 30. He has more than 100 scientific publications, the author of 1 book.
Feldstein Mikhail M. – Scientific consultant
Leading Scientist of INEOS RAS and professor of the D.I. Mendeleyev University of Chemical Technology of Russia, Ph.D.,
D.Sc. in polymer physics and chemistry. Scientific experience in polymer science, adhesion science and technology since
1972. Author of 5 transdermal therapeutic systems approved by the Ministry of Health of Russian Federation for broad
application in clinical practice.
Hirsh Index – 15. Citation Index – over 600. More than 60 patents of various countries.
4. Product and Technology
KNOW-HOW
The adhesive as an ion conductor
Architectural glass based on tungsten oxide
TC – transparent conductor
ЕC - electrochromic layer (WO3)
IC – adhesive as an ion conductor
СE - counter electrode
5. Technical characteristics
Product Parameter Value
Translucent glass with
adjustable dimming based
on tungsten oxide
(glass facade)
The transmission, On / Off, % 20-30/70-75
Time to dim / brighten, min 3-5/6-10
The control voltage, V 2-4
Power consumption, W/m2 2-3
Number of switching cycles ≥105
6. Strategy
1st year 2nd year 3rd year
R & D:
facade glass, glass walls
jointly with
"INPRUS" and
"Siberian Glass Company»
Design
Preparation of equipment
Pilot batch
Start of manufacturing
Expansion of production
1. To create an industrial production technology of electrochromic glass.
2. Through the sales channels of industrial partners to sell the electrochromic glass in Russia.
3. To sell the license for a major global industry players.
7. Financials
USD Year 1 Year 2 Year 3
Expenses:
• inc. wages 50’000 90’000 180’000
• materials 60’000 80’000 700’000
• subcontractors 70’000 70’000 80’000
• other 60’000 60’000 200’000
Total expenses 240’000 300’000 1’160’000
Revenue 0 0 1’800’000
8. Investment opportunity
Total project budget: $1,7 mln;
Preliminary agreements for $0,7 mln:
– Bortnic Foundation;
– Nanotechnology center “Dubna”.
Investments required - $1 mln
9. Summary
• New technology of manufacturing of electrochromic glass for buildings.
• This technology significantly simplifies manufacturing process and reduces the price of
final product.
• Glass with electrochromic adhesive composite has a lot of advantages.
The high level of its adhesive and cohesive strength, rheological properties, the required
glass transition temperature, diffusion mobility of the embedded particles, etc.
Smart Electro Glass offers
• $1 mln for creation of scalable industrial technology.
Investments required
