FLEXIBLE SOLAR PANELS
Flexible & lightweight solar modules with a range of applications
WE USE BIPVc FLEXIBLE SOLAR PANELS
BIPVco uses CIGS technology (Copper Indium Gallium Selenide), thin-film solar cells to convert sunlight to energy. They differ from traditional crystalline based Building Applied Photovoltaic systems (BAPV), which use heavier bulkier solar photovoltaic panels, mounted on top of roofs or other spaces after the construction of the building. A few of the advantages of CIGS compared to traditional crystalline technology:
FLEXIBLE SOLAR MODULES – FEATURES
MODULE SHADING TEST
THE BENEFITS OF FLEXIBLE INTEGRATED SOLAR PANELS & MODULES
High efficiency thin film CIGS PV cells/ modules
Install high generating per capacity unit area of available roof
Flexible
Multiple diodes and cell interconnections
No degradation at high voltage
Aerodynamics design
Can be installed without perforating roof
Integral roof warranty on approved substrates
Lower embodied energy/ carbon
Pre-fixed to roof in factory conditions
No secondary structure to support modules
Lightweight (2/3kg / M2)
Install high generating per capacity unit area of available roof
Superior low-light efficiency compared to crystalline silicone
Longer period of generation, hence superior yield per capacity installed.
Textured Teflon type top layer
Direct contact with building envelope substrate
Not fragile and integrated into the roof
Avoids cold bridging when attached to support
Eliminates additional loss of heat & risk of condensation.
Installed at the same time as the roof
Savings on cost of installation & time on-site.
Simple push in cable connection
Easy installation, reduced time on-site.
Holistically integrated
Lower degradation of power at higher temperatures
Higher yield per unit capacity.
There are many benefits to using flexible solar panels. They are much more versatile than traditional solar panels and can be installed in a variety of locations. They are also light weight and easy to transport, making them ideal for use in remote areas. Additionally, flexible solar panels are less likely to break or be damaged than traditional solar panels.
What is more, flexible solar panels can be installed on most buildings, making them a great choice for those looking to reduce their carbon footprint. Solar panels are becoming increasingly popular as more people look for ways to save money on energy costs.

