SOLABOLIC - Next Generation of Parabolic Trough Solar Collectors

For more information, please visit www.solabolic.com.
Based on a patented technology, SOLABOLIC will significantly increase the economic efficiency of solar thermal power plants, through the next generation of parabolic trough solar collectors.
Over 100 years ago, suspension bridges vastly increased the span of bridge technologies, reducing both material consumption and manufacturing costs. The patented SOLABOLIC mirror system can do the same for the concentrated solar power (CSP) industry and achieve system dimensions nearly twice the size of the industry standard parabolic trough.
Using a similar construction of cables and main supports, SOLABOLIC can realize the industry's largest dimensions with 20-30% less material. The principle of the suspension bridge automatically creates a parabolic shape and therefore allows SOLABOLIC to utilize flat mirror segments instead of expensive curved glass segments. This allows lower costs as well as the possibility of maximizing local content in the developing countries, by enabling them to achieve a perfect parabolic shape without any high-tech manufacturing processes. That is both an industry first and a tremendous cost savings, translating into a 35% reduction in solar field capital costs and a 15% reduction in electricity cost (LCOE). This allows our industrial partner (licensee/EPC contractor), to more than double profits, and have nevertheless a 16% price advantage over conventional technologies.
[e-mail]
www.solabolic.com

[@linakami9262]

Perfect! This design makes it possible to avoid the dependency on big parabolic glass factories.

[@munkhongchanal4521]

name program design please. thank

[@snaptzer]

Good illustration and design

[@markklapheke4998]

Great design, good presentation.

[@Azar975deen]

what's cost of the reflector metal sheet?? need an answer when you got this because i'm gonna prepare parabolic trough for my project. and the video was ggood

[@TheRealMrMagic]

Wouldn't putting this apparatus facing from east to west instead of from north to south eliminate much of the need for solar tracking? Or you would still need it?

[@stebarg]

Hammer! Danke! :)

[@jessstuart7495]

Wind load? That trough is going to have a tremendous amount of force on it if it is facing the wind.

[@rezokobaidze8501]

in what program did you make animation?

[@munkhongchanal4521]

sorry. I would know name this program that you used .Thank you

[@vithlanibhargav9643]

sir if possible please share material and its properties used for construction in parabolic trough it would be very helpful. thanks in advance.

[@mahmoudnageb1949]

السلام عليكم . انا مهتم بالنوع ده من الطاقة الشمسية . و محتاج اشتري معدات و مركزات . ياريت نقدر نتواصل يمكن نفيد بعض . شكرا .

[@trex283]

do you sell this? is it affordable for a home? Using suspension for a parabolic surface is nothing new.

[@ianhibe8814]

how many kw/h does a single parabolic trough solar collector produce?

[@robinhyperlord9053]

How much power per square meter?

[@PraneshSacher]

nice presentation, .... utilizing maximum sun radiation on a small area will be the future ....Austrian know-how at its best

[@sk8nbarrow591]

Asimpler design here: kzbin.info/www/bejne/oqO1hXaYjapjgMU

[@S30101976S]

Excellent Design of parabolic collector design. can you please give me your email to discuss technical details.

[@Adellooooooooo]

+Swati RB Thanks!! [e-mail]

[@NNM3052]

If u need u can also contact me on [e-mail]. I have done my graduation project on the same concept

[@Zer00Fighter666]

@@Adellooooooooo Ahmed where r u located?

[@danwells7691]

a little too alaberit for a dyi

[@karvakferenc]

i can't see nothing, because the bacground color same with foreground color. dislike No. 45