It is true that solar power seems to be entering a whole new era and more so because we are moving towards the time of flexible solar technology. Flexible solar cells are able to adapt effortlessly to our surroundings. Before understanding how flexible solar solutions work, we need to consider one solar revolution making waves- FlexSol Solutions. FlexSol Solutions is perhaps turning a new solar vision into reality. Thanks to FlexSol Solutions, solar designs are becoming smarter, lighter, and adaptable while bluring the lines between form and function.
Understanding the newer flexible solar panels era
Before looking at solutions such as FlexSol, we need to understand what flexible solar panels are and how they differ from traditional panels. Firstly, it must be noted that flexible panles function in much the same way as traditional panels. They are also made with the same type of photovoltaic sillicon solar cells yet happen to be about 300 times thinner than those in traditional panels.
Therefore, when it comes to flexible solar panels, they are:
- Portable and lightweight. Such flexible solar panels are lighter than rigid panels and can be installed in locations that were previously off limits including fragile roofs and even RVs.
- Easy to install. These flexible panels can be affixed using adhesives and Velcro-like systems thus reducing installation times and costs.
- Used for versatile applications. Such panels can work on curved and uneven surfaces as well thus offering a solution that is functional and that can be beautifully integrated into the built environment.
Initially, flexible solar solutions had shorter lifespans and experienced reduced efficiency. Today the FlexSol model uses monocrystalline PV cells which ensures long term durability.
Understanding how assets can be turned into solar solutions
With FlexSol’s technology, it becomes clear that any surface that is shaped strangely can be turned into solar-generating assets. From curved surfaces to cylindrical buildings, all FlexSol’s PV modules can blend in with the surfaces that they adorn.
Thus, FlexSol is able to go beyond traditional solar panels making them the most appealing solution for architects, urban planners, and product designers. Most panels are lightweight and minimize the structural burden on the host surface. The cylindrical format allows for the panel to be angled towards the sun thus removing the need for regular repositioning and reducing mechanical complexity. The beauty aspect with FlexSol is that the shape of the panels improve their overall energy efficiency.
A Revolutionary breakthrough in solar solutions
FlexSol Solutions is able to redefine how photovoltaic (PV) systems work in all environments. Traditional panels are large and flat structures, flexible solutions reassess the aesthetic appeal of these traditional panels. FlexSol, in particular, has created curved, monocrystalline silicon-based solar modules that can be more visually integrated.
The beauty lies in FlexSol’s ability to bend high-efficiency crystalline silicon cells into flexible cylindrical shapes. The solar solution can naturally track the sun ensuring optimal sunlight capture from most angles which goes beyond what is possible with traditional panels.
FlexSol panels come with integrated solar electronics such as Maximum Power Point Trackers (MPPT), advanced Battery Management Systems (BMS), and even remote monitoring capabilities via GSM and GPS. This ensures that energy is stored with the same precision and care that it is gained with. While we have seen the most innovative solar cell ever, we are now considering the most flexible solar cell possible.
Flexible solar panels shining brightly as a future solar solution
FlexSol solutions has come in to shift our mindset in terms of how we integrate solar solutions into daily structures and products whilst still ensuring efficiency and aesthetically pleasing solutions. When PV cells that are high performing get combined with smart electronics, the panel can be transformed into a functional and intelligent system.
Perhaps we have come to realize the the future of solar is not flat and fixed, but flexible and adaptable to the sustainable energy demands of cities. Although we could already make every surface photovoltaic with the first solar skin, we can now make every surface photovoltaic with FlexSol too.
