Pure Sine Wave Output Back-up is safest combination of UPS, Inverter and Voltage Stabilizer as it provides Pure Sine Wave Output. It is powered by micro controller digital technology. You can run all appliances altogether including Tube lights, Fans & Computer which eliminates the need of two equipments for similar applications, at your home or office. Solar Preference Solar Charge Controller is needed to be connected for solar powering the batteries. There is a mains to battery charger inbuilt in Solar Inverter but it starts charging batteries only when the batteries get exhausted due to absence of solar power or anything else. When the batteries get exhausted, Solar Inverter shifts to mains mode and starts charging the batteries through mains while giving stabilized mains AC to the load at output. When the battery is fully charged through mains charger, the unit shifts back to battery, thus giving top preference to Solar Power.

• Solar Panel: over 25 years of power generation capacity


• LED Light: LEDs provide super-bright light from little power, need simple thermal management, and last up to 50, 000 hours, with a 2-year warranty. LED wattage is equivalent to approximately half the wattage of high pressure sodium light.


• Controller: over8 years of typical operating life, with a 2-year warranty, automatic operation from dusk to dawn or timed ON/OFF operation


• Pole: up to 25 years of long life time


• Battery: 5 7 years of maximum life, with a 2-year warranty

These systems, also grid-connected, produce a large quantity of photovoltaic electricity in a single point. The size of these plants range from several hundred kilowatts to several megawatts. Some of these applications are located on large industrial buildings such as airport terminals or railways stations. This type of large application makes use of already available space and compensates a part of the electricity produced by these energy-intensive consumers.

• Solar Panel: over 25 years of power generation capacity


• LED Light: LEDs provide super-bright light from little power, need simple thermal management, and last up to 50, 000 hours, with a 2-year warranty. LED wattage is equivalent to approximately half the wattage of high pressure sodium light.


• Controller: over 8 years of typical operating life, with a 2-year warranty, automatic operation from dusk to dawn or timed ON/OFF operation


• Pole: up to 25 years of long life time


• Battery: 5 7 years of maximum life, with a 2-year warranty

solar photovoltaic pumping system consists of three components: solar panels, PV pump inverters and three-phase AC pump. Solar arrays have several in-parallel solar cell components, absorbing solar energy and convert it into electricity for the entire system power. PV pump inverter can control and adjust for the system. It can convert DC produced by solar panels into AC to drive the water pump. According to changes in sunlight intensity to adjust the output frequency, the pump inverter can get the maximum power point tracking, and make the maximal use of solar energy.

1.PV power system fully automatic operate, without on duty. Solar Water Pumping System is composed of solar cell arrays, pump inverter and water pump. Water storage replaces battery and directly drives pumping, with high reliability, at the same time, it can reduce system cost and maintenance costs.

2.According to the sunlight intensity to adjust pump speed, the output power close to the solar array maximum power; when the sunshine is sufficient, pump speed does not exceed the rated speed; when sunlight is insufficient, it will automatic stop working according to the minimum operating frequency.

3.Water pump is driven by three phase AC inverter. Pumping water from the deep well or rivers and lakes is poured into the water tank/pool, or directly connect irrigation system and fountain systems. To choose water pump depends on actual demands and installation conditions.

Photovoltaic involves the direct generation of electricity from light by using a semi-conductor material which can be adapted to release electrons.

The most important parts of a PV system are the cells which form the basic building blocks, the modules, which bring together large numbers of cells into a unit, and, in some situations, the inverters used to convert the electricity generated into a form suitable for everyday use.

All PV cells have at least two layers of semi-conductors, one positively charged and one negatively charged. When light shines on the semi-conductor, the electric field across the junction between these two layers causes electricity to flow, generating DC current. The greater the intensity of the light, the greater the flow of electricity.

A photovoltaic system does not need bright sunlight in order to operate. It also generates electricity on cloudy days, with its energy output proportionate to the density of the clouds.

The system is connected to a battery via a charge controller. An inverter can be used to provide AC power, enabling the use of normal electrical appliances. Typical off-grid applications are used to bring access to electricity to remote areas (mountain huts, developing countries). Rural electrification means either small solar home system covering basic electricity needs in a single household, or larger solar mini-grids, which provide enough power for several homes.