1. Miguel Hadzich1, Juan José Muñoz2, Emilio Bautista2
Methodology for the Evaluation of Solar Thermal Energy Projects’ Sustainability in Peru
Miguel Hadzich1, Juan José Muñoz2, Emilio Bautista2
 1-Sección Ingeniería Mecánica, Pontificia Universidad Católica del Perú.
2-Escuela técnica Superior de Ingenieros Industriales, Universidad Politécnica de Madrid
October 2016

2. GRUPO -PUCP
The Rural Sector Support Group GRUPO PUCP is an operating unit of the Department of Engineering at the Pontificia Universidad Católica del Perú (PUCP) and has made several designs and implementations of equipment in various areas of Peru.

3. Technologies GRUPO PUCP
Improve Stoves
Water Wheels
Solar Thermal Hot water
Warm houses
Photovoltaic panels
Solar cookers

4. The technologies evaluated are:
Parabolic Cookers,
Greenhouse-type dryers,
Indirect Solar Dryers,
Trombe Walls,
Scheffler-type concentrators for coffee and cocoa
Hot Air Parabolic Concentrators for black tea drying

5. SUSTAINABILITY OF PROJECTS
Projects are sustainable over time?
What is the new concept for measuring the results of all projects?
What are the indicators?

6. Factors of sustainable development in the Sustainability Star

7. Star of Sustainability
Star of Sustainability method that allows us to see, visual and efficiently, the technology projects process sustainability will be used.

8. Sustainable development in the Sustainability Star

9. Model of survey results for the case of Parabolic Solar Cookers.
Excel program in:

10. Model of survey results for the case of Parabolic Solar Cookers.

11. Model of survey results for the case of Parabolic Solar Cookers.

12. Model of survey results for the case of Parabolic Solar Cookers.

13. Model of survey results for the case of Parabolic Solar Cookers.

14. Example of Sustainability Stars Perfect (left) and Broken (right).

15. 1.- Hot Air Parabolic Concentrators for black tea drying

16. 2.- Scheffler Concentrators for coffee and cocoa

17. Scheffler Concentrators for coffee and cocoa

18. 3.- Solar Greenhouse Indirect Dryers

19. 4.- Solar Greenhouse Dryers

20. 5.- Trombe Walls

21. Hot and Safe Houses
More than 600 houses instaled in the last 6 years

22. 6.- Parabolic Solar Cookers

23. Projects
Solar coffee, solar chocolate , solar tea, hot houses, green hotels, fruit dryers, etc.

24. Qualitative Comparative Analysis
Sorted Data Base of sustainability of the 6 case studies.

25. CONCLUSIONS (1)
The influence of the 5 factors TEPSA (Technology, Economy, Politics, Social and Environmental) in each of the cases presented has its relative importance in the final results of sustainability, since, in one way or another it influences the success of the implementation of technological projects in poor rural areas of Peru.

26. CONCLUSIONS (2)
The proposed methodology for the evaluation of technological projects has proven to be a good tool for decision making, since it allows us to evaluate the results of a project by analyzing it’s sustainability.

27. CONCLUSIONS (3)
The evaluation of the sustainability of projects depends not only on technological and economic conditions of the equipment that works with renewable energy but also depends heavily on the social and political situations of the places where these projects are to be implemented.

28. (behind Machu Picchu) We wait for you
Sustainable Farm
in Cusco - Huyro
(behind Machu Picchu)
We wait for you

29. Thanks !!!.... http://miguelhadzich.com/mis-presentaciones/