Solar trees work very much like real ones, as they have leaf-like solar panels connected through metal branches using sunlight to make energy. Solar trees can be seen as complementary to rooftop solar systems. They are more ergonomic than solar panels, taking nearly 100 times less space to produce the Read more…
Solar shingles are a type of solar energy solution where solar panels are designed to look like conventional roofing materials, while also producing electricity. Solar shingles have several advantages. First, a key advantage is that they eliminate the need for ribbon, connecting cells like roof tiles. Second and related to Read more…
Silicon solar cells are metallised with thin strips printed on the front and rear of a solar cell; these are called busbars and have the purpose of conducting the electric direct current (DC) power generated by the cell. Older solar cells typically had two busbars; however, the industry has moved Read more…
Half cells involve deliberately cutting a fully processed cell into the half with very advanced laser machines. Half cells are being adopted quickly, thanks to the fact that from a manufacturing point of view only minor changes are needed to include laser machines. Half cells improve module performance and durability Read more…
Bifacial solar cells have been under development for decades and their manufacturing process can be considered one of the most advanced for solar modules today Bifacial cells are capable of generating electricity not only from sunlight received on their front but also from reflected sunlight received on the reverse side Read more…
To get a Solar PV system installed, it is important to understand the various components and factors that are in play.Given the size of the investment, it is absolutely crucial to know everything about the product and its specifics, so better decisions can be made when it comes to making Read more…
In the case of PV On-Grid systems, the system sizing depends on profitability, the energy price or feed-in tariff, available mounting area and approved or connectable PV power. Factors affecting design The most important requirement is the roof orientation Optimal inclination angle between 30 – 45° Transmission possibility of a Read more…
Given the basic requirements, while planning any type of Solar PV System, the off-grid system differs in design in regard to certain additional components. Dry and ventilated storage place for batteries, if possible protect against low temp (optimal around 20°C) Thermal systems Additional roof statics approx 50kg for 1 installed collector (40kg collector, Read more…
Having a solar PV system requires one to conduct an annual inspection of the system, usually before summer. But in general, there are no costs incurred for wear and tear of materials, except the PV inverter with expected 10-15 years operating time. Damages to the components are generally low. In Read more…
Proper maintenance ensures that solar system life is preserved for as long as possible and the original conditions of the system are sustained while compensating for normal wear and tear. Solar systems require little maintenance as compared to other electric systems such as diesel generators; however, they are not maintenance-free. Read more…