L R AS Published on Sunday 30 August 2020 - n° 329 - Categories:R&D
New assembly of the plates in a vanadium redox flux battery
Researchers from the Russian Academy of Sciences (RAS) have developed a new method of assembly
L R AS Published on Saturday 29 August 2020 - n° 329 - Categories:R&D
Research to achieve a solar cell with an efficiency of 33%.
A consortium of research institutes led by Germany is aiming for a 33% efficiency for a solar cell in
L R AS Published on Saturday 29 August 2020 - n° 329 - Categories:R&D
New process for the production of crystalline tin monosulphide (SnS)
In Japan, scientists at Tohoku have developed a new process for manufacturing crystalline tin monosulphide (SnS). By obtaining larger crystals,
L R AS Published on Saturday 29 August 2020 - n° 329 - Categories:R&D , inverters/micro-inverters
Bi-directional UPS for uninterruptible power supply (UPS)
Researchers at the China University of Science and Technology have developed a new topology for a bi-directional UPS (uninterruptible power supply). The design of this inverter,
L R AS Published on Sunday 12 July 2020 - n° 328 - Categories:R&D , the American PV
US R&D funding
U.S. Government Proposes $1.3 Billion in Financing
L R AS Published on Sunday 12 July 2020 - n° 328 - Categories:R&D
Place a protective layer of copper directly on a perovskite solar cell,
Scientists at the University of Cambridge have developed a new method for placing a protective copper layer directly on a perovskite solar cell, protecting
L R AS Published on Saturday 11 July 2020 - n° 328 - Categories:R&D , cells
New cell interconnection method
The Swedish company Sticky Solar has developed a method of interconnecting the cells. According to him, his process has several advantages over current methods of soldering in the manufacture of panels. According to him,
L R AS Published on Saturday 11 July 2020 - n° 328 - Categories:R&D
A battery using Prussian blue and a sodium ion electrolyte
The young American company Natron Energy is developing a battery using Prussian blue analogue electrodes and a sodium ion electrolyte. It has just collected
L R AS Published on Monday 6 July 2020 - n° 327 - Categories:R&D , various products
The winners of the innovation awards of The smarter E Europe 2020, Intersolar and ees AWARD!
The winners of the innovation awards of The smarter E Europe 2020, Intersolar and ees AWARD!
L R AS Published on Monday 6 July 2020 - n° 327 - Categories:R&D
A new electrolyte for lithium metal batteries
A new electrolyte developed by the Stanford team could lead to a breakthrough in the marketing of lithium-metal batteries
https://www.energytrend.com/news/20200702-18503.html
EnergyTrend of 2 July
AS Published on Monday 6 July 2020 - n° 327 - Categories:R&D , hydrogen
A simpler and cheaper way to obtain hydrogen?
A team of researchers from the Australian National University (ANU) has developed a photo-electrochemical cell (PEC) that converts
L R AS Published on Sunday 5 July 2020 - n° 327 - Categories:new development, R&D
Jolywood's 2019 R & D expenditures represent 3.5% of its revenues
Jolywood's R&D expenditures were approximately $17.2 million in 2019, an increase of 9.6% year over year. They represent 3.5% of total revenues.
PV Tech of June 28th
L R AS Published on Monday 29 June 2020 - n° 326 - Categories:R&D
Europe is working on heterojunction and inverted contact (IBC or interdigital) solar panels
The EU-funded Nextbase project aims to make heterojunction and inverted contact (IBC or interdigitated) solar panels for less than
L R AS Published on Monday 29 June 2020 - n° 326 - Categories:R&D
New type of cathode for lithium-sulphur batteries
The University of Maryland in the United States has developed a new type of cathode for lithium-sulphur batteries. The aim is to
L R AS Published on Monday 29 June 2020 - n° 326 - Categories:R&D
Advantages of heterojunction metal-clad panels
In the Netherlands, scientists have claimed that a metal-encapsulated heterojunction solar panel could offer a 4% performance improvement over conventional heterojunction panels,