Researchers Develop New Solar Energy Technology That Enables the Production of More Efficient and Durable Photovoltaic Panels

Researchers from Sweden, Italy and England Are Developing a New Solar Energy Technology That Could Serve as a Basis for Producing Cheaper Solar Panels with Less Energy Loss Compared to Silicon Ones

A group of researchers from Uppsala University in Sweden, Newcastle University in England, and Federico II University in Naples, Italy, are working on a new solar energy technology that uses low-cost materials abundant in the Earth’s crust to manufacture solar panels that are more efficient than conventional photovoltaic panels produced from silicon. The group created dynamic dimeric copper complexes using tetradentate ligands, which are substances that bind four donor atoms simultaneously. The new solar panel systems offer a fast charge transport junction in an unprecedented two-electron mechanism.

Read Also

• ArcelorMittal, Vale, Suzano, and Many Other Major Companies Promise to Generate Over 30,000 Jobs in ES, According to Experts from Consurt, Findes, and Sinduscon
• Various Job Openings Are Offered by the Multinational Accenture for Professionals in São Paulo – SP
• Petrobras Rig Operated by Transocean Arrives in Brazil in October
• 3,000 Positions – Free Online Courses Are Offered by the Secretary of Science and Technology of the State of Paraíba
• Bill Submitted for the Creation of a Clean Energy Incentive Program in Mato Grosso do Sul

Understand Why Common Photovoltaic Panels Are Less Efficient

According to Marina Freitag, co-author of the study and researcher at Newcastle University, the dynamic dimer system shows a new generation of efficient redox mediators for devices, which can help power solar energy devices with much lower voltage losses, with very low recombination rates and reorganization energies.

Common redox mediators, based on metal coordination complexes, rely on electron transfer through changes in oxidation states within the metal medium. The problem is that this transfer shifts towards oxidation states, resulting in significant energy losses from the solar panels.

Recomendado para você

Oil and Gas

Major Oil, Gas, and Energy Event Will Take Place in Brazil: Macaé Energy Will Gather Petrobras, Equinor, Prio, Among Other Suppliers and Energy Executives for Business, Networking, and Employment Opportunities

The Technical Agenda and the Fair in the City of Macaé Should Boost Discussions on Investments, Energy Transition, and Development of the Oil, Gas, and Energy Chain in the National...

Paulo Nogueira

1

New Solar Panel Technology Promises More Autonomy with Lower Costs

In the new approach generated by the researchers, dynamic dimer redox mediators offer a mechanism formed by two electrons, making it possible to manufacture more durable and efficient photovoltaic panels. Density functional theory calculations show that energy losses are very small and rarely exceed 0.27 volts.

According to Freitag, much of the progress that allowed the use of simple, inexpensive materials, which are widely present in the earth, came from the improvement of compounds responsible for solar energy absorption. Charge transfer bottlenecks remain a barrier to the widespread use of solar energy technology; however, it was an essential step to circumvent the situation.

New Photovoltaic Panels Will Help Reduce Costs in Various Regions

Copper, in its metallic form, shows high durability, good malleability, excellent corrosion resistance, and also good ductility. All these characteristics make it an excellent material to be used in alloys that conduct electricity, especially in large-scale systems.

With the new technology of hybrid photovoltaic cells, researchers plan to develop new solar panels that are more sustainable and affordable, which can be utilized in regions facing an energy crisis, where solar energy use is still very expensive and commercially unviable.

According to Ana Belén Munõz-Garcia, co-author of the study and also a professor at Federico II University in Naples, the work that could create new solar panels demonstrates that research is essential, combining theories and experiments, and can provide solid scientific foundations to optimize the use of materials and clean energy interfaces with real-world impact, transforming energy into an accessible and inexpensive element.