4. Barriers to Technology Diffusion
According to IEA
• Technical
• Economic
(Efficiency, capacities, output, finantial)
• Institutional (including legal)
• Behavioural (Informational)
According to S.Shelton, Georgia Institute of
Technology
• Infrastructure
10. Focus of research
• Small wind energy systems (SWT)
• Solar thermal collectors
• Heat Pumps
• Biogas plants
• Solar PV panels
11. Method of research
• JEDI model (input-output): environmental
effects, number of jobs, salaries, and overall
economic activity
• Identification of the potential beneficiaries
(Force Field Analysis, Kurt Lewin)
12. Environmental Effects
Technology Potential Market Potential
Environmental
Effects
Small Wind 1,760 SWT
installations a year
5,000 tons of GHG
Solar Thermal 1,760 2 sq.m
installations a year
10,000 tons GHG
Biogas plants 33 poultries
8 pig farms
The decrease in
waste water as 0,3
billion m3;
20,700 tons GHG
Heat Pumps 15,542 installations
a year
20,800 tons of GHG
13. Potential beneficiaries
• Domestic producers of small wind turbines
(13% of world manufactures)
• Solar cells manufacturers (2 of well-known
manufacturers are located in Krasnodar)
• Small service companies
• Companies with foreign capital (by LLC "Klaas-
Kuban“)
• Biogas-station producers
• Population
14. The perspectives of development
• The modeling of interaction between groups
of potential beneficiaries and pollutant-
industries lobbies
• Investigation of information barriers and
cross-country comparisons;
15. References
Barriers to Technology Diffusion: the Case of Solar
Thermal Technologies. Cédric
Philibert, International Energy Agency, 2006
Lewin K. (1943). Defining the "Field at a Given
Time.“ Psychological Review. 50: 292-310.
Republished in Resolving Social Conflicts & Field
Theory in Social Science, Washington, D.C.:
American Psychological Association, 1997.
Lewin, K. (1946) Action research and minority
problems. J Soc. Issues 2(4): 34-46