When it comes to material for making solar cells, silicon is the most bodacious of all the elements.  Its market share is an excellent circa 97%1.  If you want solar PV, there is next to no choice other than silicon.  However, there is more than one type of silicon cell, which is fortunate for people who enjoy faffing about when deciding what to buy.     Many people are aware silicon solar comes in a choice of two non-delicious flavours — monosilicon and polysilicon.  Or monocrystalline silicon and polycrystalline silicon for people who totally have the time to pronounce the extra syllables.  Monosilicon cells are more efficient, but polysilicon is cheaper.  The battle between photonic and economic efficiency has roughly split world production between the two.     But there is another choice very few people are aware they are making, but it occurs when they select high end, high efficiency, solar panels that use N-type solar cells over panels that use the much more common, but lower efficiency, P-type solar cells. If you are wondering what the differences between P-type and N-type solar cells are, that’s a really most excellent occurrence, because that’s what this article is all about.     A conventional crystalline silicon (c-Si) solar cell is a silicon wafer doped with various chemicals to encourage power production. The main difference between p-type and n-type solar cells is the number of electrons. A p-type cell usually dopes its silicon wafer with boron, which has one less electron than silicon (making the cell positively charged). An n-type cell is doped with phosphorus, which has one more electron than silicon (making the cell negatively charged).     On June, FutureSolar Group launches it's newest N-type solar module which reaches to a 24.13% efficiency.

The FUTURESOLAR panels use the came 210 mm silicon wafers, what this results in is a 500W module that comes in just slightly larger than 72-cell designs with 156.75 mm wafers. For applications where you have a lot of area, particularly commercial and especially utility-scale, it’s really significant. You could just use fewer modules, it reduces handling costs and overall balance-of-system costs go down. If there are less modules needed to reach the capacity specifications of a project, that means overall project costs will go down as these modules become economically viable. A significant area that will see cost reduction will come from the racking and trackers. “It’s going to drive down the cost of racks and trackers per watt,” said Nicholas, head of technology at FUTURESOLAR, an U.S branded solar panels manufacturer. What can you do with higher watt FUTURESOLAR  panels? Higher wattage panels open up a lot of possibilities. If you are space-constrained on your roof, installing more efficient and powerful solar panels can help you come closer to offsetting your electricity usage with your solar installation.

Futuresolar provides complete components for this 500kW on-grid solar system, includes: Futuresolar Poly Solar panels, Growatt Inverters, Grid connect cabinet, Transformer, PV Cable, AC Cables and solar mounting system. Futuresolar aims at POWER GREEN LIVING.

A positive review left by client on Futuresolar solar modules Futuresolar keeps make high quality solar panel to world-wide people to make our earth a green place for living.

Futuresolar attending North America Solar Exhibition  Solar Power International 2019

First of all, figure out how many panels would be used in your solar system, this is quite easy by math. Second, poly, mono or bifacial. Bifacial modules are perfect for grasses land, concrete land, floating solar power system and buildings. But it's price is the highest. Mono has better price than bifacial and poly is the cheapest. Third, here your best solar pv module manufacturer Futuresolar provides 12 years product warranty and 25 years linear warranty. And it's 30 years linear warranty on bifacial modules.

What is floating solar? How do Futuresolar floating solar panels work? Floating solar, also known as floating photovoltaic (FPV), is any sort of solar array that floats on top of a body of water. Solar panels need to be affixed to a buoyant structure that keeps them above the surface. If you come across a floating solar installation, it’s most likely located in a lake or basin because the waters are generally calmer than the ocean. It’s also common to install floating solar structures on large, man-made bodies of water, such as reservoirs. Advantages of floating solar There are a few advantages to installing a floating solar panel system versus more traditional types of projects, and the most important ones are: No loss of valuable land space One of the biggest advantages of floating solar panels system is that the installations do not require valuable land space. Many of these installations can take up unused space on bodies of water, such as hydroelectric dam reservoirs, wastewater treatment ponds, or drinking water reservoirs. This allows for landowners to make use of an area that wouldn’t otherwise be used, rather than installing on sunny land that could potentially serve another purpose down the line. Additionally, installing solar panels out on open water reduces the need for tree removal and forest clearing, a practice used in the case of some larger solar panel installations. Higher solar panel performance Solar panels are durable and can perform under high temperatures. But as with other electronics, with higher temperatures come decreased power outputs. Solar panel performance tends to decline as temperatures rise, which can be a concern for property owners looking to install panels in a hot and sunny climate. The bodies of water that host floating solar arrays help cool down the solar equipment, which means the panels produce electricity at higher efficiencies in hot climates than they might otherwise. Environmental benefits Floating solar panels can certainly play a role in contributing to healthier environments. With floating solar installations, water not only has a cooling effect on solar equipment: it works the other way as well. The floating solar panel structure shades the body of water and reduces evaporation from these ponds, reservoirs, and lakes. This is a particularly useful benefit in areas susceptible to drought, as water loss to evaporation can add up over time and contribute to a shortage. The shade provided by these floating solar also help reduce the presence of algae blooms in bodies of fresh water. Algae blooms can be dangerous for human health if they occur in a source of drinking water, and can also lead to the death of plants and animals living in the body of water. Lastly, apply a bifacial PV module to floating solar system would be a perfect idea to generate more power while less spaces.

Solar panels produce electricity to power electric equipment in the greenhouse like fans, pumps or lights, and ‘solar-powered’ conventionally refers to solar PV systems. Typically, a PV solar panel system generates 10 to 35 kWh per square feet per year. A greenhouse typically takes 1 kWh per square foot of energy every year. A greenhouse that takes up 10,000 square feet of space will need 27 3 by 5 feet solar panels to provide the heat it needs. Futuresolar provides complete greenhouse solar solutions including: bifacial solar modules, inverter, mounting system, cables and free design. Any question, feel free to contact with us. Much appreciate your inquiries.