Solar Inverters

Introduction
A solar inverter transforms sunlight to electricity (using the PV
Panels installed on the roof) to be then stored in batteries and
converted to AC electricity for various applications. The Solar Inverter
comes with automatic change over from mains to battery and from battery
to mains like a regular inverter.

Most homes require anywhere from a 4,000 to 11,000 watt inverter. No
matter what, a home should have at least a 2000 watt inverter

When due to frequent power failure, a regular battery backup UPS /
INVERTER barely gets charged from mains, the solar Hybrid Version is an
excellent solution by providing the best of both.

Applications

  • Domestic power back up
  • Industrial power back up
  • Commercial power back up
  • Computer UPS
  • Remote homes and villages power requirements

Components
Solar Inverter, solar Panels, charge controller, batteries & wiring.

Benefits

  • Silent, reliable and low maintenance operation
  • No worry on complete black-out
  • Always-available resource where power is not available
  • No pollution as completely eco friendly

Models

  • 350 VA AC SYSTEM
  • 700 VA AC SYSTEM
  • AC SYSTEM 1000 VA
  • AC SYSTEM 1400 VA
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Solar Water Pumps

Introduction
A solar water pumping system is electrically driven, produced by the
sunlight energising photovoltaic (Solar) modules. Because solar energy
varies according to location and time of the day, system design is
crucial. Adequate water storage can ensure water is available whenever
needed and balances daily variations in supply and demand.Thus only a
small pump running whenever sun shines with proper water, can provide
adequate water supply.

All systems are custom designed, because solar energy varies from one
location to another, and over the course of a day, system design is
important.

Applications

  • Domestic watering needs
  • Industrial watering needs
  • Irrigation requirements
  • Farmhouse watering
  • Livestock watering
  • Commercial watering needs

Components
DC solar water pump, pump controller, solar panels & wiring.

Benefits

  • Free, easily accessible and renewable source
  • Maintenance costs minimum.
  • No power bills
  • Perform best in summer months demand is highest
  • Need only periodic checking.
  • Highly reliable and long operating life
  • Easy to operate and maintain
  • Auto-function on sunrise and sunset
  • Eco-friendly

Models

  • MODEL 1303 DC MOTOR (48 WATTS 204 WATTS)
  • MODEL 1304 DC MOTOR (37 WATTS 196 WATTS)
  • MODEL 1308 DC MOTOR (30 WATTS 198 WATTS)
  • MODEL 1310 DC MOTOR (29 WATTS 202 WATTS)
  • MODEL 1322 DC MOTOR (27 WATTS 168 WATTS)
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Solar Lanterns

Introduction
Solar lanterns have changed life in rural and remote areas where power
lines don’t reach. The lantern employs solar photovoltaic technology.
Even in the urban areas it is preferred during power cuts because of its
simple mechanism.

The simple operation involves solar energy being converted to
electrical energy by the SPV Panel and stored in a sealed
maintenance-free battery, to be used later during the night, single
charge operating the lamp for 4-5 hrs.It also has LED indicator for
battery status and its protection

Applications

  • Emergency light source
  • Light Source in remote un-electrified villages
  • Military outposts
  • Garden lighting
  • Farm houses
  • Camping
  • Traveling
  • Studying
  • Agriculture

Components
A solar Lantern is made of three main components – the solar PV panel,
the storage battery and the lamp.

Benefits

  • Up to 6 hours operation
  • Zero running cost
  • Zero running cost – Sturdy, durable & reliable design
  • Charging from Sun & AC charger
  • Light switches on automatically on power cut
  • Safe and easy to operate
  • Eco friendly and Portable
  • Silent Operations

Models

  • MINI LANTERN 4 WATT /3WP
  • LANTERN 7 WATT /10 WP
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Solar Power Plants

Introduction
Photovoltaics (PV) has been applied for small and medium-sized
applications, from the calculator powered by a single solar cell to the
PV power plant generating Mega Watts of power.

PVs turn sun’s photons to create an electrical charge. Several modules,
linked together and connected to an inverter, produce direct current
(DC) which then is converted into alternate current (AC). The system is
connected to the local electric grid and feeds in the electricity
produced by PVs. The on-grid PV installations differ from small
installations of only a few KW power for residential houses to
large-scale Megawatt plants. A variety of solar PV devices/systems have
been developed for different applications to match their increasing
popularity.

Today, through photovoltaic technology Solar Energy can provide power to
water pumping, lighting, electrified livestock fencing,
telecommunications and many other applications. PV is used in a number
of ways, basically to provide electricity to homes which may or may not
be connected to the power grid.

Applications

  • PV Power Plants
  • Building Integrated Power Plants
  • PV in stand alone devices

Building Integrated
Photovoltaic
BIPV (Building Integrated PhotoVoltaics) is a custom PV installation,
built into the facade of the building or the roof. The PV generator is
also the surface building material. The cells used for BIPV can also be
translucent or semi-translucent so that light still can enter the
building. BIPV is for customers who value environmental pioneering and
wish to contribute to building a brighter future through renewable
sources.

BIPV is of most use to customers who wish to add another element of
design to their building, using the otherwise non-generating surface to
generate electricity from the sun. It is both a stylish marketing tool
to reach your customers who value environmental stewardship and a way to
contribute to building a brighter future through generating electricity
from renewable sources.