The U.K. is helping islands in Scotland and the Caribbean, Pacific and Indian oceans, make the switch from dirty diesel generators to renewables. In the former, community-owned renewable systems are ensuring 24 hour energy supply, while in the latter, a new renewable energy analytics platform is set to help identify the optimum energy mix for six islands.
The research team was able to improve the cell efficiency by 2.1%. The cell silicon layer was etched on the back-side, while a a polymer light management (LM) foil was applied to the front-side of the device.
Although the report issued by the U.S. scientists recognizes the importance of low-level factors, like improvements in PV components and manufacturing processes, economies of scale and public policies are said to be the high-level mechanisms responsible for most of the cost decreases in solar technology and, thus, its success over the past two decades.
Even in its low ball scenario, the International Energy Agency (IEA) imagines that installed solar PV capacity will overtake that of all other forms of energy apart from gas by 2040. Overall, it presents four scenarios in its 2018 World Energy Outlook, which show a changing energy landscape. While it finds that CO2 levels are, perversely, on the rise, and that many energy efforts in all but the most whimsical of its forecasts are far behind those needed to seriously address global warming, it still imagines coal, oil and gas playing a leading role in our energy mix going forward. It also sees “dramatic” transformation in the electricity sector. Long story short: Read something else if you want to take real climate action. We suggest The Drawdown.
A team of researchers from Germany’s Martin Luther University Halle Wittenberg has developed a new approach to perovskite cell production, which they say could result in better stability and longer lifetimes. The team also made detailed observation of the perovskite’s formation and decay, which could help to inform further research into high performance solar cells.
Companies keen to offset their carbon emissions will be able to purchase renewable energy certificates at Singapore’s first blockchain-powered marketplace, launched by electricity provider SP Group.
In late September, Heraeus launched its Selectively Coated Ribbons (SCR) technology. The product will be rolled out in partnership with ribbon supplier Ulbrich. Delivering a 1.9 W power output boost without any equipment investment and with few process changes, Heraeus’ Toralf Eggert and Ulbrich’s Peter Berghofer claim SCR will make conventional busbars competitive with unwieldy multi-busbars.
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