You can control your life utilizing the daylight that falls on your home or business every day and you can do it for short of what you are presently paying the utility.

Innovation upgrades and advancements in late decades have made the present solar substantially more effective and productive than it was even only few years back. We've likewise made extraordinary walks in diminishing costs, which has made the financial aspects of private solar based power extremely appealing.

Solar PV systems are categories into:

  1. Stand-alone PV systems (also called off-grid systems)
  2. Grid connected PV systems (also called on-grid systems)
  3. Hybrid systems

2) Grid connected PV systems or on-grid systems:

Grid connect solar is mainstay of solar. People install solar panels on their property and use them to power the house during the daytime and sell any excess back to the grid. Therefore offsetting the running costs of the home whilst adding to the value and desirability of the home

A grid associated photovoltaic framework will be cooperated with utility grid. The primary preferred standpoint of this framework is that power can be drawn from the utility grid and when control is not accessible from grid, PV framework can supplement that power. These framework associated frameworks are composed with battery or without battery stockpiling.

These frameworks comprise of the following:

  • Solar panels mounted on the rooftop or in open spaces. Photovoltaic modules create coordinate current (DC) electrical power.
  • Batteries to store DC energy created by the Solar panels.
  • Charge controller to prevent overcharging the battery.
  • Specially planned inverter to change the PV produced DC power to the grid power (which is of AC) at the framework voltage.

1) Stand-alone PV systems or off-grid systems:

Off-grid solar is when you have no connection to the grid and are totally stand alone.The solar charge the batteries and runs the home. It is imperative that the battery bank is designed to have a few days autonomy in them and often there is a plugin for a generator in the event of a prolonged period of poor weather.Stand-alone systems are not associated with utility electrical cables and these are independent frameworks. These frameworks could either be utilized to charge the batteries that fill in as a vitality stockpiling gadget or could work straightforwardly utilizing the solar energy accessible in the daytimes.

These frameworks comprise of the following:Solar Panels mounted on the housetop or in open spaces. Photovoltaic modules make coordinate current (DC) electrical power. Batteries to store DC vitality created by the solar panels. Charge controller to counteract overcharging the battery. Inverter to change over power conveyed by the system from DC to AC control.

3) Hybrid solar PV systems:

Hybrid solar is much like the above but instead of feeding the excess back to the grid you feed the excess into batteries. Therefore the solar powers your daytime use whilst the batteries cover your night time use. You are still connected to the grid so if it rains for a week and your solar output is low you can draw from the grid, (this saves having an oversized battery bank that is only occasionally used.

The system with more than one source of power is called Hybrid system. It is often desirable to design a system with an additional source of power. The most common type of hybrid system contains a gas or diesel powered engine generator. Another hybrid approach is a PV/Wind system. Adding a wind turbine to a PV system provides complementary power generation. These systems consist of the following:

  • Solar panels mounted on the roof or in open spaces. Photovoltaic modules produce direct current (DC) electrical power.
  • Batteries to store DC energy generated by the solar panels.
  • Charge controller to prevent overcharging the battery.
  • Specially designed inverter to transform the PV generated DC electricity to the grid electricity (which is of AC) at the grid voltage.


You might be amongst those who believe that setting the solar panels for home is your first step towards environment and energy conservation. There is a steep increase in the number of people who choose to install the solar panels at their home. However, there are still people who do not understand the trend of installing the panels. They fail to realize that it is not just an architectural trend but a great solution for the issue of global warming.

Here are 4 reasons precisely why every household should have the solar panels for home:






  • Reasonable pricing
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