According to its creator, Swedish start-up Evolar, the new technology can be applied to existing production lines for crystalline silicon modules and increase a product’s efficiency by around 5%.
An ambitious, INR146,000 crore, five-year expansion of a previous domestic industry spending program includes money to attract investment into the sustainable energy and transport technologies.
With the International Energy Agency publishing its latest five-year clean energy forecast today, pv magazine takes a look at the solar content of the 162-page document.
The lab—located at Waaree’s factory in Gujarat—is the first such by an Indian module manufacturer and can perform more than 30 critical IEC tests.
An international research team has analyzed all existing cooling technologies for PV panels and has indicated the current best options and future trends of research. According to its findings, active water cooling, although expensive and not particularly practical, is the most effective cooling technique while passive cooling systems, despite being easy to apply, have still limited possibilities.
Manufacturers are invited to supply 100,000 quantities of 4.5W (4-/5-busbar) and 4.60W (5-busbar) cells each. Bidding closes on November 3.
The Indian solar manufacturer has unveiled the DESERV Galactic Ultra series, which features the world’s first mono-facial modules to cross a peak output of 500 W using G1-sized (158.75mm) cells.
November 10 is the bidding deadline for the supply of 50,000 bifacial cells with a peak power rating of 5W and 100,000 mono PERC cells (50,000 of 7Wp and 10Wp each).
Quality of testing is equally important even as new test labs come up for solar modules. Proper equipment selection and frequent calibration of equipment are prerequisites to ensure the credibility of the test results.
Finding tiny cracks in a silicon solar cell is not that easy, particularly given that these cracks initially have little or no effect on module performance. But a number of common occurrences in a module’s lifetime can cause cracks to grow, rendering whole areas of a cell useless. And this is increasingly being recognized as one of the most significant risks to module reliability – one which the PV industry is hard at work to mitigate.
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