HELIOtube is a highly innovative type of solar concentrator with plastic fi lms as its key component. The results are signifi cant advantages in capital expenditure and operating expenses. Therefore, the HELIOtube allows 55 % cost savings and significant reductions in CO2 emissions over the entire lifecycle compared to the most advanced glass mirror based parabolic trough technologies..
Material & Structure
Convetional parabolic trough: Conventional parabolic troughs are characterized by heavy and fragile glass-mirrors
Inflatable HELIOtube: An inflatable lightweight technology made out of plastic films with significant cost reduction
Conventional parabolic trough: Assembly lines require much space and skilled labor to cope with the high complexity
HELIOtube technology: “Roll-to-Roll” mass production realize economies of scale and reduce space needed
Transport & Logistics
Conventional parabolic trough: Special transportation is needed as well as complicated upload and download processes.
HELIOtube technology: Pratical shipping and transport in standard 40-foot sea freight containers.
Draw-in and inflation on site. Less time consumption, less complexity.
Container is delivered to desired destination
HELIOtube is automatically drawn-in
PV are installed for additional wind protection
Use of compressed air for cleaning reduces use of fresh water by 80%
Transparent foil (ETFE) is self-cleaningdue to its non-stick surface
Heavy sand storms might leave sandresiduals which will be blown away withcompressed air
Precious fresh water consumption isdecreased to a minimum level due toinnovative design
Learn more about our technology and how it works in the Technology page