Post by account_disabled on Mar 10, 2024 0:12:52 GMT -5
Save output. Although still in the research phase, it will soon enter clinical studies to test its effectiveness directly in patients affected by spinal cord injuries, brain infarctions and cerebral palsy. If ultimately implemented, Spain's revolutionary idea could lead to huge advances in medicine. Good news from Spain's multidisciplinary effort, which is firmly committed to integrating robotics with health, making technology associated with innovation. Image Flick polymers take a step forward in solar panels Pablo.
Begerano Pablo··Begerano Most of the solar panels we see in power plants are made of silicon crystals. This material needs to be processed to suit the desired use, but Asia Phone Number List production is very expensive and complex. This contingency increases the cost of kilowatts of energy generated by solar radiation. To this end, research is underway to develop new panels. One of the avenues taken is experimentation with high-performance polymers. Solar panels made from polymers consist of thin sheets that capture electricity from the sun. It is lighter and lighter than traditional silicone glass panels.
The manufacturing process is also significantly cheaper. Polymers are also flexible and modifiable at the molecular level, allowing them to more easily adapt to various shapes. These polymer-based solar panels lack stability. But their main problem is another: they are not efficient enough for large-scale applications. This makes them useless for economic production, as it will be difficult to make them profitable later, not only because of the return on investment, but also simply because of the low energy yield. Scientists are studying this. In order to improve conversion efficiency, it is necessary.
Begerano Pablo··Begerano Most of the solar panels we see in power plants are made of silicon crystals. This material needs to be processed to suit the desired use, but Asia Phone Number List production is very expensive and complex. This contingency increases the cost of kilowatts of energy generated by solar radiation. To this end, research is underway to develop new panels. One of the avenues taken is experimentation with high-performance polymers. Solar panels made from polymers consist of thin sheets that capture electricity from the sun. It is lighter and lighter than traditional silicone glass panels.
The manufacturing process is also significantly cheaper. Polymers are also flexible and modifiable at the molecular level, allowing them to more easily adapt to various shapes. These polymer-based solar panels lack stability. But their main problem is another: they are not efficient enough for large-scale applications. This makes them useless for economic production, as it will be difficult to make them profitable later, not only because of the return on investment, but also simply because of the low energy yield. Scientists are studying this. In order to improve conversion efficiency, it is necessary.