Solar technologies are constantly evolving. Some are more promising than others, and also differ in their materials, manufacturing costs, performance and even durability. In this article, we will review five new proposals that involve an evolution of photovoltaic cells or simply propose a disruptive technology, which has nothing to do with them. Finding revolutionary solutions in the extraction of solar energy would depend above all on its generalization potential. To do this, we would need to find a way to improve their efficiency (performance and cost of materials) and their user-friendliness. In other words, it will be essential to optimize the space necessary for the placement of panels or other solar energy capture elements. Whether it is to multiply them in mobile devices, windows, walls and different surfaces with low productivity) or to offer less expensive or costly alternatives to photovoltaic panels usually installed on roofs, walls or on the ground . Say no to plagiarism. Get a tailor-made essay on “Why Violent Video Games Should Not Be Banned”? Get an original essay In Green Ecology we show you new solar technologies that you probably don't know about. LuminAID, an amazing solar lampOur first innovation was recently presented at CES 2016, the most important technology show of the year held in Las Vegas. This is an ingenious invention developed by luminAID Lab that helps marginalized communities, without access to electricity, have a solar lantern capable of emitting light for a year. Although the charge lasts almost a year, its creators, Anna Stork and Andra Sreshta, recommend recharging this inflatable solar light every 6 or 8 months for only 6 hours of charge. Its great success was to achieve this incredible autonomy thanks to the absorption of solar energy through a patch. Its price is around 20 euros and is used in more than 70 countries. Hydrocity, the evolution of solar thermal energySolar energy has its limits, such as not being able to produce in the absence of sun and storage problems. In order to overcome these obstacles, a new energy source has emerged combining solar and hydrogen. Hidricity makes it possible in particular to combine power plants that produce solar thermal energy with hydrogen fuel infrastructures. Thanks to this, according to its creators, Swiss and American scientists, we optimize the production of both. This is achieved through an integrated system that produces energy ready for immediate use as well as hydrogen, with which it can be stored for later use. That is, hydrogen will be used to produce electricity at night or on cloudy days, reaching an exploitation of around 46 percent, higher than that of photovoltaics. Rawlemon, an almost magical solar sphere The solar sphere known as Rawlemon manages to produce up to 70% more solar energy than a conventional photovoltaic panel. However, it cannot be considered a different technology, since it is a new version of concentrated solar photovoltaic power, known as CPV. Its novelty is to use a sphere instead of Fresnel lenses. Of course, there is no denying its spectacular character and its ability to adapt to different environments and, in fact, it is marketed in very different sizes. In addition to its spectacular nature, it is a giant crystal ball on a support reminiscent of the globes of the world, its operation is based on 20.