China’s Sol-Bright Technology has introduced a sixth-generation automated robotic cleaning system for solar panels in utility-scale PV installations. The robot features gear transmission and has a cleaning efficiency of minimum 99.5%.
India and Saudi Arabia have agreed to cooperate to co-develop projects, co-produce green/clean hydrogen and renewable energy, and establish secure, reliable, and resilient supply chains of materials used in green/clean hydrogen and the renewable energy sector.
As solar manufacturing moves toward technological convergence, and rampant production capacity expansion continues, standing out from the crowd is just one of the strategies small- and medium-sized enterprises (SMEs) will have to use to survive, according to InfoLink’s Amy Fang.
As the energy storage trend unfolds, stories litter the media landscape about lithium-ion batteries catching fire, and even exploding. This is a valid concern, as the time for consumers to understand a basic truth about lithium-ion batteries is long past due.
The purchase follows Epsilon’s recent $1.1 billion investment in the establishment of a 100,000-ton cathode battery materials manufacturing facility in Karnataka, India.
Indian manufacturer Jakson has exhibited its 590 Wp TOPCon bifacial solar panels with a power conversion efficiency of 22.86% at Renewable Energy India Expo 2023.
Already 5.8 million tons of green hydrogen manufacturing capacity is in different stages of installation in India, said power minister R.K. Singh at a summit in New Delhi recently.
Germany advanced its hydrogen ambitions this week with a fresh call for the International Green Hydrogen Promotion Program in Latin America, a collaborative deal with the UK government, and a tie-up between DHL and Sasol for sustainable aviation fuels based on green hydrogen (eSAF).
The two research institutes said the multijunction solar cell is based on silicon, gallium indium phosphide (GaInP) and gallium arsenide (GaAs). The device utilizes a specially designed metal/polymer nanocoating that reportedly optimizes the distribution of light scattering beyond the total internal reflection critical angle in the cell.
Exide Energy is setting up 6 GWh of lithium battery capacity initially, including 3 GWh for lithium nickel cobalt manganese oxide (NCM) and lithium iron phosphate (LFP) cells each. It plans to scale it to 12 GWh in the near future.
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