A consortium of scientists led by Bristol University will use the funds to develop new active materials for PV cells using low-cost and abundant natural elements.
With a record 16.6% efficiency, Avancis again leads the international efficiency ranking of encapsulated CIS thin-film modules.
The solar engineering company is seeing signs of recovery in the PV market as it focuses on the development of high-tech production equipment.
The China Quality Certification Center has designed new testing methods to fairly evaluate the performance of the solar modules in extreme environments, according to the company.
Team of Chinese and U.S. researchers develops highly efficient paper solar cell made from inexpensive wood fiber.
Germany’s Fraunhofer ISE will work with Saudi Arabia’s renewable and nuclear energy agency K.A.CARE on research and development in areas such as PV technology, energy storage and grid integration.
TÜV Rheinland has confirmed a world record of 306 W for a 60-cell format module produced as part of a second-generation Passivated Emitter and Rear Cell (PERC) technology research project.
The EUR 16 million project is seeking to develop more efficient and more stable materials for low-cost, industrially applicable printing and coating methods for various types of solar modules.
Partnering with IBM and TOK, the Japanese CIS thin-film module maker has achieved a world-record of 12.6% cell efficiency in laboratory tests.
The Germany-based research institute becomes one of only three non-American research partners on the SunShot program, which aims to lower the electricity generation costs of solar energy in the U.S.
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