For years, traditional photovoltaic (PV) panels have dominated the market. Monocrystalline solar module prices are often asked by homeowners who want a system installed. Today, there are some innovations that may change the way people think about not just the device but also energy production in general. Continue reading to learn more.
Building-Integrated Solar Technology
Building-integrated photovoltaics (BIPV) are dual-purpose. Besides serving their original purpose of generating electrical energy, they can also be an alternative to standard glass materials. This enables homeowners to save both on building resources and utility bills expenses.
As the name suggests, BIPVs seamlessly blend into the house’s architecture in the form of skylights. Glass windows can be replaced with such systems, allowing natural light in while generating energy simultaneously. They also serve as a substitute for traditional roofing materials or the housetop itself. Some manufacturers even offer solar shingles in place of typical slates.
In the past years, more families are having experts install PV systems into their housetops. But, most of them are put off by the equipment’s aesthetics. To solve this, a company launched a product that’s meant to blend in, called “Solar Skin.”
Solar Skin is a new photovoltaic technology that integrates custom designs into the panels. It’s similar to the ad wraps displayed on buses and taxicabs. This lets homeowners match the PV system to their lush lawns or shingle roofs. Manufacturers want nothing to be compromised, whether it’s a stylish housetop or a sustainable future.
Floating Solar Farms
According to researchers, PV panels placed on dams, reservoirs, and bodies of water offer many benefits. They call these systems photovoltaics and were first installed at a winery in Napa Valley in California.
These floating solar farms can generate a big amount of electricity without using valuable real estate. Their installation costs are less than land-based PV panels. Research also showed that their power production is greater by up to 10% because of the cooling effect of liquids. Floatovoltaics reduce evaporation as they limit air circulation and block sunlight from hitting the surface. They prevent algae growth, which lowers treatment expenses.
These days, solar power can be generated closer to where it’s needed. This can mean a house with its own system or a clothing item that features PV panels. Experts have collaborated with fashion designers to make sunlight-powered bags and jackets. For them, every person with a mobile phone is a potential client.
For now, they’ve developed flexible PV panels laminated on top of fabrics. They’re currently working on textiles with solar power in every fiber. These filaments will be embedded into shirts, coats, and other clothing to keep people warm during winter and charge their phones while they’re on the go.
Photovoltaic technology has come a long way from traditional ground-mounted systems with a monocrystalline solar module. Thanks to all the experts working for a more sustainable and eco-friendly future, solar panels are becoming lighter and more flexible than they can be applicable everywhere.