According to a recent survey, blogs have ranked as the third most trustworthy source of information, following only friends and family. That's right — bloggers are trusted more than celebrities, journalists, brands, and politicians. But how do you get people to fall in love with your blog in the first place? (Aside from remarkable content, of course.) Well, just as your website homepage is like the front door to your business, your blog's design — much like a welcome mat — is the front door to your business blog. If you're not attracting people visually, how will you get them to take the next steps to actually read (and, hopefully, subscribe to) your content?Once you're done creating the quality content, you still have the challenge of presenting it in a way that clearly dictates what your blog is about. Images, text, and links need to be shown off just right — otherwise, readers might abandon your content, if it's not showcased in a way that's appealing, easy to follow, and generates more interest.
bloggers are trusted more than celebrities, journalists, brands, and politicians. But how do you get people to fall in love with your blog in the first place? (Aside from remarkable content, of course.) Well, just as your website homepage is like the front door to your business, your blog's design — much like a welcome mat — is the front door to your business blog. If you're not
Over the last forty years, there has been a dynamic increase in the usage of solar energy.
Researchers, from the University of California, had announced a new invention that could harness solar power during night time. They published a paper in ACS Photonics , in which the details about how to use the new technology are explained. It includes a different process than solar panels, to generate energy around the clock. The team who published these findings, is currently working in building prototypes.
This new technology could be a turning point in production of sustainable power. Scientists from around the globe have been working over the last decades in order to make our living style more environmentally friendly. The attempt to generate reliable alternative energy is one of the most critical aspects of this effort.
Fossil fuels are still considered as the largest source of energy, accounting for more than half of electricity generation. Using these sources is nonrenewable, and it pollutes the atmosphere as it releases harmful pollutants. The nonrenewable sources remain as the world's chief energy source, mostly due to its usage ratio and cost. Researchers and companies have tried a lot to shift into renewable energy for some time, but most alternatives have their own drawbacks and could not solve it. The storing of alternative energy was difficult and some methods are expensive or are inefficient.
Solar energy provides a widely available, renewable source of energy, but current solar panels have limited effectiveness and the rectification of these drawbacks results in the success of solar energy . The most apparent drawback is that it can't generate electricity during the night. The battery storage for solar energy is getting improved, this limitation also means that it could not meet up the demands.
The technology which is proposed by the UC Davis researchers may revolutionize solar power. If it could be able to work 24 hours a day, it would significantly improve the viability of solar energy. To achieve this, an "anti-solar panel " is being developed by the team.
Thin-Film Solar Cells
It is proved by the researchers that solar cells are more effective, if they are in such a way that it is layered up to four. This results in the harnessing of the sun's energy up to 46%, instead of the 18% of standard solar panels. This type of panel is proving to be too inconvenient and expensive, for commercial purposes. The latest innovation in solar technology will be the solution. As compared to the standard photovoltaic panel, the Solar fabrics are very thin and are lightweight and flexible. It can be used in awnings over, window shades, doorways, tents etc. The efficiency of solar fabric to collect , the energy is approximately 13%. However, it is proved that the solar fabric is more effective in low light levels.
Building Integrated Photovoltaics
Most of the buildings have surfaces that could easily contribute to the installation of solar energy without detracting from their image. Using The aesthetic appeal of Building Integrated Photovoltaics (BIPV), can increase the usage and installation of solar energy. are already being fitted into Architectural features using customized panels such as terraces and canopies. However, PV glass is the most versatile product. The PV glass allows daylight to enter a building during the production of energy but is also toughened. This is a feature which can easily be installed when a commercial space is getting refurbished. This is a great step to attain a zero-carbon footprint.
Floating Photovoltaic Solar Panels
Lakes and reservoirs contribute to the availability of surface areas that also have the potential to produce solar sources of energy. The major advantage while using the floating PV solar panels is that it produces huge amounts of energy and it does not take up valuable land and the huge area for installation. The first commercial installation of floating solar panels was in 2007 in Japan. Air cooling system is used up in the PV system to prevent them from overheating but, in the floating version of installation, it was found that water was able to increase electricity production by 10%. The cost of maintenance is less expensive. The water helps the panels to always remain dirt-free.