Let's cut through the solar jargon jungle - the 12BB 210 Mono Bifacial Solar Cell from Allesun New Energy isn't your grandma's photovoltaic panel. Picture this: solar modules that harvest sunlight like sunflowers while sipping moonlight like nocturnal plants. Recent field tests in Arizona's Sonoran Desert showed 23.5% front-side efficiency with an additional 15% rear-side yield, making traditional monofacial panels look like energy miser
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Let's cut through the solar jargon jungle - the 12BB 210 Mono Bifacial Solar Cell from Allesun New Energy isn't your grandma's photovoltaic panel. Picture this: solar modules that harvest sunlight like sunflowers while sipping moonlight like nocturnal plants. Recent field tests in Arizona's Sonoran Desert showed 23.5% front-side efficiency with an additional 15% rear-side yield, making traditional monofacial panels look like energy misers.
When Dubai's newest vertical farm needed off-grid power, they installed these bifacial wonders between crop rows. The result? 40% energy surplus that powers LED grow lights at night. It's like having solar panels that moonlight as reflectors (pun intended).
Texas installers joke that these panels work so well, they're considering charging them rent. Pro tip: pair with single-axis trackers and watch your energy yield outpace traditional setups by 35%. Maintenance? A quarterly wipe-down with diluted vinegar keeps them performing like overachieving sun-worshippers.
Project Scale | ROI Period | 25-Year Savings |
---|---|---|
Residential | 6-8 years | $28,000-$35,000 |
Commercial | 4-5 years | $120,000+/acre |
No technology's perfect - these high-efficiency panels can be fussy eaters. They demand precise angling (28-34° depending on latitude) and hate shade more than vampires despise garlic. But when conditions align? They outproduce standard panels like Usain Bolt racing toddlers.
As solar farms morph into "energy orchards," Allesun's bifacial technology stands poised to rewrite the rules of renewable harvesting. The real question isn't whether to adopt this tech, but how fast you can train your installation crew to handle these power-packed solar workhorses.
Construction work on the largest solar power plant in West Africa near Bamako – a joint venture with Russia, has started, says Mali’s Energy minister.. Construction work on the largest solar power plant in West Africa near Bamako – a joint venture with Russia, has started, says Mali’s Energy minister.. Explore Mali’s renewable energy potential with insights into top zones for solar PV and wind projects, reaching up to 400 GW. [pdf]
As Mali grapples with an ongoing electricity crisis that hampers economic growth, transitional President Assimi Goïta laid the foundation stone for a new 200 MW photovoltaic solar power plant. The Russian company NovaWind, a subsidiary of Rosatom, is constructing the plant, marking a significant step in the country’s energy sector.
Loading... Mali's President Assimi Goïta has launched a 200 MWp solar power plant project with NovaWind, a Rosatom subsidiary, to address the nation's electricity crisis and promote sustainable energy. The €200 million investment aims to supply 10% of Mali's electricity within 12 months.
Once operational, the photovoltaic plant will be capable of supplying 10% of Mali’s electricity. One day before the start of work on the Sanankoroba solar power plant, the Head of State of Mali, Assimi Goïta, met with the General Director of NovaWind, Grigory Nazarov, to review the progress of the project.
The Russian company NovaWind, a subsidiary of Rosatom, is constructing the plant, marking a significant step in the country’s energy sector. In recent weeks, Mali’s transitional government has intensified efforts to implement this solution nationwide.
The Ministry, working through the Mali Renewable Energy Agency (AER-Mali), has initiated a partnership with the International Renewable Energy Agency (IRENA) to assess Mali’s readiness to scale up renewables.
Hamathe Mane, Principal Renewable Energy Officer at the African Development Bank, explains, “in the renewable energy sector in Mali, we currently have a penetration rate covering 3% of the demand, which is relatively low. Through this Plan, we aim to achieve a solar penetration rate of 15% by 2030.
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