Pros & Cons of PV GlassesPhotovoltaic glass (PV glass) is an innovation that empowers the transformation of light into electricity. The glass consolidates transparent semiconductor-based photovoltaic cells, which are very well known as solar cells. The cells are clubbed between two sheets of glass. Photovoltaic glass is not flawlessly transparent but rather permits a portion of the accessible light through. The PV power produced is viewed as green or clean power since its source is renewable and it doesn't bring air contamination. Additionally to cost save energy, potential advantages from the utilization of photovoltaic glass incorporate decreasing the carbon footprint of premises, adding to manageability and therefore, enhancing branding and public relation simultaneously. According to a report based on the PV glass market, apart from hydro and wind powers, PV is renowned as the third inexhaustible source of energy in terms of global sources. The present use of PV glass innovation is to principally control the building. Because of restricted accessibility of daylight, PV glass is not in any position to have the capacity to give adequate energy to the entire building.

Advantages of PV glasses:

  • Photovoltaic panels, produce electricity in a direct electricity generation manner
  • PV panels give clean – environmental friendly power vitality. Production of electricity with PV panels, there is no harmful greenhouse gas emissions subsequently solar PV is known for being environment friendly
  • Apart from sun-tracking mechanism, PV panels have no mechanically moving parts, therefore they require less maintenance support than any other renewable energy framework
  • Operating costs for PV panels are considered to be low, practically negligible, as compared to other renewable energy source

Disadvantages of PV glasses:

  • As in all renewable energy sources, solar vitality has irregularity issues; not shining during the evening but rather likewise amid daytime there might be cloudy or rainy weather
  • These panels require extra devices (inverters) to change over direct power (DC) to rotating power (AC) with a specific order to be utilized on the power