Building integrated photovoltaics (BIPV) generate electricity while serving as building materials like roofing, facades, or glazing. BIPV modules are made through a process involving laying up cells, tabbing, stringing, lamination under heat and pressure, and edge trimming before framing, connecting, testing, and packaging. BIPV can be used for rooftops, vertical facades, or flat and vertical glazing, with the design and engineering of the modules and their mounting considered from initial concept through construction and installation of the finished product.

1. BUILDING INTEGRATED PHOTOVOLTAICS BY TEODOR GALITEV / TOSHO

2. BIPV DEFINITION Building materials that generate electricity The BIPV material has the same structural and physical characteristics as the material that are being offset. The most important function of the BIPV material is to serve as a building material. Generating power is a secondary function.

3. TYPES OF BIPV BIPV ROOFING FACADES GLAZING Vertical or sloped ARCHITECTURAL AND ART

4. HOW THE MODULE IS MADE layup tabbing stringing matrix cells lamination (heating and cooling) (pressure & vacuum) edge trimming framing connection testing sorting packaging

5. ROOFING

6. FACADES

7. FACADES

8. GLAZING VERTICAL GLAZING

9. GLAZING

10. GLAZING - FLAT

11. GLAZING - FLAT

12. ARCHITECTURAL AND ART

13. ARCHITECTURAL AND ART

14. FROM CONCEPT TO REALITY CONCEPT DESIGN AND ENGINEERING

15. FROM CONCEPT TO REALITY Module Design Mounting Design

16. FROM CONCEPT TO REALITY Construction Building the Modules

17. FINISHED PRODUCT

18. THANK YOU [email_address]

19. SAMPLES

20. SAMPLES

21. TESTING

22. INSTALLATION

23. ROOFING AND ELECTRICAL

24. INSTALLATION

25. FINISHED ROOF