Technology used

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• SOLAR PHOTOVOLTAIC MODULES
  Our solar photovoltaic modules are made from best grade bifacial
  monocrystalline solar cells which have 13 to 14 % efficiency. These cells have
    silicon deposition on front side as well as on its rear side.
  Base structure:
  n+-p-p+ structure employing "p" type silicon
  p+-n-n+ structure employing "n" type silicon
  The operating surface is textured in accordance with orientation
  of silicon plates (100).Back side is smooth.
  The contacts arranged on the operating side and the back one are grid-like
  produced by deposition of paste with the help of screening.

• PRECISE MACHINING:
  The solar photovoltaic cells are further machined precisely with the help of
  CNC based equipment to get the cells of desired output.

• ASSEMBLY:
  The assembly is formed on stiff acrylic sheets using specially coated metal
  strips. Tin-lead-silver solder is used for tabbing the terminals to each other.

• ENCAPSULATION:
  To protect the solar photovoltaic modules from weather and mechanical stress
  we use double encapsulation. The first level of encapsulation is achieved by
  coating the modules by high quality resins. For the second level of
  encapsulation moulded enclosures from engineering plastic materials are used.
  Automatic machines are used to produce the enclosures. These are rugged
  and can with stand high temperature. These are virtually unbreakable.

• FUTURE:
  Practical applications of solar energy will be plentiful in the years to come.
  Development of higher power solar modules is currently on the anvil. Solar
  lanterns, battery recharging for appliances, radio's and TV's will be developed
   in the future. The technology of solar energy is still in the formative
   stages, however much of what is known today can and is being applied by
  innovative individuals. Our company ,is one which shall remain committed
  to advancing the use of solar power in every walk of our life

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