From pv magazine India
New Delhi-based Gautam Solar has launched the G-2X Mono series of bifacial solar panels for rooftop and ground-mounted PV plants. The modules provide a peak power output of 566W, with front and back power conversion efficiency of up to 25.72%, according to the manufacturer. The rear-side offers a 10-30% gain in power generation, Gautam said.
The modules use A+ grade mono PERC cells, high-quality transparent backsheets, split junction boxes, and the highest-grade raw materials, the company added.
“[The] G-2X Mono Series will reduce the balance-of-system (BOS) and installation costs and offer a higher power generation of up to 30% in the same available area for solar power plant customers,” said the manufacturer. “This is ideal for megawatt scale solar plants, where maximum power generation per unit of the land area is a very important determinant for the project's success.”
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How much cost of 566 watt solar panels is.
Is it a fact that the bifacial solar panels do not have long life ? Gautam solar has overcome that ? I am waiting for bifacial solar panels which have long life as other panels. I have ideal space for a 15 kilowatt + solar plant and I want to use solar edge inverter. Most say this is a pipe dream. Already I have a 5 kilowatt plant for home use
Actually bifacial modules should have a longer life span than monofacial modules since they’re encased in glass on both surfaces, unlike monofacial modules wholes back surface may surfer pulverization or scratching. Both these issues are classified as failures.
Can you please share complete set up for the benefit of other users for installing a do-it-yourself home solar power system?
1 solar panel and invetar
What is the price of solar panel & where can I get it in Hyd.
Do we expect bifacial panels to run hotter than standard panels? The higher efficiency might be lost due to the higher temp.
How does a bifacial stack up against a pv-t panel?
Bifacials in cold snowy places make better sense. In hot tropics, am not so sure.
Would it be reasonable to install heat collectors with those? Lower temperatures – improved electricity production efficiency, more heat to pump to house, less electricity needed, significant increase in efficiency as a whole. Any thoughts? (I actually study in a university and I’ve had some courses about solar power, energy production and life cycle management)
* Life cycle cost:s and management