photovoltaic ground mount system: the fastest mounting system in the world
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- เผยแพร่เมื่อ 11 ก.ย. 2016
- You want to know how you can install 1MW a day?
Nothing easier than that: with the Galaxy Energy Quick Click system from Germany!
This system is cheaper, requires less material than conventional design and is faster to execute. With only 2 people you can build up the complete mounting system and the modules in less than 5 minutes. Ramming the poles, inserting the PV modules, plugin the module structure, placing the PV modules in the respective rows and fixing it with the clip.
NEVER BEEN EASIER TO INSTALL PHOTOVOLTAIC SYSTEMS! - วิทยาศาสตร์และเทคโนโลยี
Wow, Very impressive technology that almost looks too good to be true. I will contact you today to discuss. Good Luck from us here in Newfoundland, Canada
nice work
Like the guy below asked, what's the wind load specs on these? That just doesn't look like it would take much to blow it apart.
Wow, nice solar structure projection
Very nice, Zero safety measures!
The system appears to contain very little flexibility for differing panel L or W dimensions as it utilizes the guttered shoulder.
HOW MUCH IS THAT I HAVE A 5 MW SOLAR SYSTEM PROJECT
What are the specs for wind, snow capacity load, and hurricane grade? How much would it cost to install a 20MW ground system?
The wind load for the standard is 180 km/h and 540 kg snow load. So it is good for most conditions worldwide. To resist hurricanes there is a special application to go up to hurricane grade 4. To give you a quote, we need to know the location ground/soil and weather conditions of the installation. Please send your request to our email
info@galaxy-energy.com
Thank you.
@@GeorgSchoell that's simply a lie, IMHO, cause solar panels either aren't allowed to be clamped at all on their short edges, or the panel producers only give a reduced guarantee for wind and snow loads the PANEL resists, then... so it's about the maximum forces, the PANELS can resist, also, not just for the system underneath. Plus, I really don't feel comfortably with the panels having to absorb all the lateral loads also, cause there isn't any purlin in your mounting structure that would usually absorb them... in combination with just concrete foundations (that aren't known for extreme position permanence and often aren't even allowed nowadays), that HAS to lead to damage to the panels after some time!
Text in der Beschreibung auf deutsch, Sprache im Video in englisch. So etwas empfinde ich als unprofessionell.
Warum macht Ihr nicht zwei Videos in deutsch und international und dann eventuell auch die englische Version mit englischer Beschreibung?
Oder anders ausgedrückt: technisch keine Ahnung, aber gaaanz große Klappe! Mich würde nicht wundern, wenn es bald zu den ersten Modulbrüchen kommt.
So the pv panels have to absorb all the horizontal loads and eventually ground forces!? Doesn't sound like a good idea. Plus, it won't be even economical, due to the many foundations you need with your system (competitor's systems only need one every approx. 5 meters). Maybe for very small installations, without the need of many machines, but still I doubt for its long-term stability! Plus, concrete foundations often aren't even allowed, nowadays, but only rammed oder screwed ones!
Well, it seems that you have not seen the benefits. For sure cheap and unstable modules with no stability are not recommended. But crap modules we would not use for our customers anyway. The system can be used for bifacial modules as well.
The poles can be rammed or used with concrete plates.
The system is designed for wind load up to 180 km/h.
The design is very good. If you have doubts, come and see it, proof it before you tell lies.
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