Picture this: a solar panel that harvests sunlight from both sides like a botanical version of overachieving Swiss Army knife. That's exactly what the 166mm 9BB bifacial mono PERC cell brings to renewable energy's table. As solar manufacturers scramble for competitive edges, this technology has become the industry's worst-kept secret – and we're about to break down why it's making waves from Dubai's solar farms to rooftop installations in Munic
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Picture this: a solar panel that harvests sunlight from both sides like a botanical version of overachieving Swiss Army knife. That's exactly what the 166mm 9BB bifacial mono PERC cell brings to renewable energy's table. As solar manufacturers scramble for competitive edges, this technology has become the industry's worst-kept secret – and we're about to break down why it's making waves from Dubai's solar farms to rooftop installations in Munich.
Let's cut through the jargon. The "166mm 9BB bifacial mono PERC cell" sounds like alphabet soup, but each component matters:
When JinkoSolar deployed these cells in Spain's 500MW Extremadura project, they clocked 22.3% module efficiency – outperforming standard mono PERC by 1.8%. That's like getting free premium gasoline every fourth fill-up.
Three game-changing advantages make this technology stick:
Dubai's 900MW MBR Solar Park achieved 11% higher annual yield using bifacial modules compared to traditional setups. Project manager Ahmed Al-Mansoori quipped: "Our panels work like camels – efficient in harsh conditions and always looking for extra 'water' (read: photons)."
While upfront costs run 8-12% higher than monofacial panels, the LCOE (Levelized Cost of Energy) tells a different story:
| Technology | LCOE (USD/kWh) |
|---|---|
| Standard Mono PERC | 0.038 |
| 166mm 9BB Bifacial | 0.033 |
That 13% difference adds up faster than a teenager's TikTok followers.
Want to maximize your bifacial gains? Try these pro tips:
Canadian installers discovered a quirky advantage – bifacial panels melt snow faster through rear-side absorption. It's like having built-in heated car seats for your solar array.
With TOPCon and HJT technologies looming, why bet on 166mm 9BB? Three reasons:
As solar veteran Maria Gonzalez puts it: "This technology is the industry's 'gateway drug' – once clients see the bifacial boost, they never go back to single-sided." Whether you're designing a mega-plant or a rooftop array, these cells offer the Swiss watch precision today's energy transition demands.

Syria was once a power hub, producing enough power not just for domestic use but also for exportation. This was thanks to a network of 15 power plants, including the Aleppo thermal power plant and three hydropower dams; however, since the outbreak of war, $5bn worth of infrastructure has been destroyed or damaged.. . The concept of installing solar panels on hospitals was first suggested by the UOSSM in 2013, when it became apparent that hospitals along with other health organisations had to rely solely on diesel generators for power. “Then, in the middle of 2015, there was a huge. . One particular area where renewable power could make a difference is within refugee camps. A recent report titled ‘Heat, Light and Power for. . Looking towards the future, there is hope that solar, amongst other renewable sources, will play an increasingly important role within Syria. UOSSM. [pdf]
Regarding wind energy, which is the second source of energy, Syria is not considered one of the countries that have a sufficient amount of wind throughout the year to produce electricity, and therefore the solar energy situation is regarded as the best in it.
As an option that seemed to be one of the best alternative energy sources in Syria, reinforced by the absence of fuel, the spread of solar panels began in most regions, respectively, years ago, amid “government” support and adoption of this trend.
Cut off from the power grid and with fuel costs soaring, Syrians in a poor, embattled enclave have turned en masse to solar panels to charge their phones and light their homes and tents. Solar panels covering rooftops, some of which have been damaged in government attacks, in Binnish, Syria.
According to an opinion poll conducted by Enab Baladi, a number of Syrians residing in various governorates considered that alternative energy through solar panels is a better option than losing electricity despite its high costs and regardless of the controlling parties.
Northeastern Syria, which is mostly under the control of the Autonomous Administration, is witnessing the spread of solar energy systems, like most Syrian regions, but they seem to be limited in the homes and facilities of families living in a good economic situation, according to what Enab Baladi monitored.
An unlikely solar revolution of sorts has taken off in an embattled, rebel-controlled pocket of northwestern Syria, where large numbers of people whose lives have been upended by the country’s 10-year-old civil war have embraced the sun’s energy simply because it is the cheapest source of electricity around.
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