What does mean by Off-Grid Solar Power System?

Off-Grid Solar System is a type of solar power system run by generating electricity from solar panels and using it to charge a solar battery through a charging controller. That electricity is then adapted using an inverter, which helps to power the home appliances or business’ equipment. The off-grid solar system is not connected in any way to your grid’s power system, hence, providing 100% self-sustaining energy for your usage.

Off-grid solar power systems (entirely self-sustaining) allow you to store and save your solar power or natural energy in batteries for future use, especially when the power grid goes down. The foremost advantage of using the off-grid solar system for home is to run household applications with solar energy during night or anytime when there is less sun exposure and only by saving the electricity in a solar battery.

The solar power system is also known as a stand-alone power system and acknowledged in the market due to several reasons like cheapest price than extending power lines in certain remote areas, 100% independence from electricity retailers, and 100% insured against rising energy prices.

On the other hand, the off-grid solar system for home uses as an appropriate alternative in the remote areas where the grid is unavailable for power supply. SolarClue is an online platform where people can buy a solar power system (Off-grid) on different brands like Supreme, V-Guard, Varistor Solar, and Luminous. The solar system price is varied from one brand to another available with SolarClue.

Components of an Off-Grid Solar Power System

Total of five components used in off-grid solar power system, which are as follows:

Solar Panel – It is one of the important elements of the off-grid solar power system. The solar panel operates based on by depending on the amount of available sunlight in the region, the usable space of roof, and energy consumption needs.

Solar Battery – It is another component of the off-grid solar system and useful to allow the home to continue to run after the sun goes down. Solar battery or solar storage device is responsible for charging the home appliances throughout the day as solar panels generate excess electricity. This is capable of storing solar power for later use of running the household appliances.

Solar Inverter - Solar power system prerequisites a solar inverter to convert the direct current (DC) collected by the solar panel into the alternating current (AC) that enables to run the household appliances and electronics. A stand-alone inverter is an ideal option for off-grid system use. Solar inverters are referred to as a solar converter or a PV inverter.

Solar Charge Controller - The solar charge controller is necessary to save battery backup for operating the different household electronic products. The controller is used in regulating the voltage that solar battery receives, to prevent overcharging, and any damage.

Off-Grid Generator System - It is considered an alternative source of energy as a backup of the system. This is the main requirement during the pick winters when solar production is at its lowest. Off-grid generator systems are also useful to power a home’s electricity needs.

Advantages of Off-Grid Solar System

·         Easy installation and helps in keeping the environment clean and green

·         Works independently and does not rely on the grid as power outages can occur without any warning

·         Facilitates in generating enough power that can be stored and used at night or when the power grid is down

·         Useful for remote areas where there is no power access from the grid

·         Grid failures and shutdowns do not affect your power supply

·         Helps in reducing electricity costs

Application Areas of Off-grid Solar Power Systems

    • Rural and remote areas - Off-grid solar system offers electricity supply in rural and remote areas with the facilities of long-term and sustainable power generation.

    • In areas with frequent electricity cuts – Off-grid system provides power back up facilities to those areas, which are facing frequent power cuts due to power transmission malfunctions.