The measure is intended to reduce domestic foreign exchange exposure for investors and developers of PV projects up to 1 MW (and solar parks consisting of several 1 MW units). Prior to these new rules, only licensed PV projects exceeding 1 MW in size were granted this kind of financing.
A new amendment to the region’s energy law allows enterprises to sell power to one other through the so-called direct line model, starting from 2019.
More than 80% of India’s solar equipment requirements are met through imports from China. Against this backdrop, industry analysts see the predicted 30% lower module pricing, following China’s revised policy, as a good news for Indian PV projects.
Despite its huge potential in the region, solar PV has hitherto gained little traction in Central Asia. In Kazakhstan, two utility-scale PV projects have been realized, and a few are in the pipeline for Uzbekistan as it begins to attract international investors. But many challenges on the policy level have yet to be overcome.
Polysilicon manufacturer has been busy repurchasing chunks of its stock, the question analysts and investors will be asking is, why?
The cell uses a novel approach that increases its conversion efficiency and longevity at the same time. Researchers claim it is a new world record for this type of application and highlight its importance in storing renewable energy in hydrogen to compensate for output and demand fluctuations.
The US-based industry association finds the amount of silver loading may fall from 130 mg per cell in 2016 to approximately 65 mg by 2028. Alternative and cheaper raw materials, such as copper and aluminum, are not expected to replace silver in commercial cell production, at least in the next decade.
The $80 million scheme is expected to be financed by the Inter-American Development Bank, with the support of the Norwegian government. The funds concerned were originally to be devoted to a hydropower project.
Through the operation, the Brazilian unit of the French energy giant strengthens its position in the local distributed generation segment.
Researchers coated bacteria with a semiconductor before application to an anode glass. This process is reportedly cheap and taps energy produced by the bacteria through photosynthesis. Additionally, the researchers state power output is not impeded by overcast skies, making it ideal for northern Europe, Canada, mines and other low-light environments.
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