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Solar energy is one of the most promising types of renewable energy; there is a lot of potential for solar energy harvesting in certain sunny areas of the world. But even in the case of solar energy, some restrictions can hinder its application. One drawback of solar energy is that it is not be harvested 24/7; this is where the solar energy storage system comes into question. Frequently peak electricity use is seen during summer afternoons and nights when solar energy output is at its lowest. 

Even when the sun isn’t shining, storage enables solar to contribute to the power supply. Additionally, it can aid in reducing fluctuations in the grid’s transmission of solar energy. Photovoltaic (PV) panels or concentrating solar-thermal power (CSP) systems experience fluctuations in the quantity of sunshine that strikes them. This blog will look at the definitions of solar energy storage and some of its advantages. 

What Is Meant by Energy Storage?

In simple terms, energy storage refers to technologies that can store energy. The sole purpose of solar panels is to capture sunlight and convert it into power. However, they can only produce that energy while the sun is out. The capacity to store solar energy for later use is crucial for the following reasons: It aids in maintaining equilibrium between supply and demand for power. One option to store this energy is lithium-ion batteries, which also power your phone. Energy storage enables the flexible use of energy at various periods from when it was created, even though it is never 100 per cent efficient since some energy is constantly wasted in converting energy and recovering it. Storage can enhance power quality by balancing supply and demand, system resilience and efficiency. Following is a battery solar power system’s main equipment:

• Charge controller: Stops the power flow from the PV panels when the battery bank is full, preventing the battery bank from overcharging.
• Battery bank: A collection of connected batteries. The batteries are a lot like automobile batteries, but they were created expressly to withstand the amount of charging and discharging that a solar power system will subject them to.
• System Meter: Tracks and shows the status and performance of your solar PV system.
• The main DC disconnect is a DC-rated breaker between the batteries and the inverter. Enables simple removal of the inverter for servicing from the battery bank.

Advantages of Solar Energy Storage

The demand for a solar energy storage system is on the rise, and the reasons behind this are many. Some of the advantages of the solar energy storage system are: 

• Provides backup power

Probably the most obvious yet most useful benefit of the solar energy storage system is that it provides a backup source when there are power cuts. Additionally, compared to gas-guzzling generators, solar batteries provide backup power in a much quieter manner. During an electricity outage, backup power can be provided via solar and storage. 

• Balances electricity loads

Without storage, energy must be produced and used simultaneously, requiring grid managers to curtail certain power to prevent overproduction and system reliability problems. 

• Provides consistent power

A solar power plant’s output can be kept from being significantly impacted by sudden fluctuations in generation with the use of short-term storage. To maintain a firm electrical supply that is dependable and constant, the grid can employ a smaller battery, for instance, to ride through a temporary generating disruption. 

Engage the Services of Solar Energy Provider

We advise you to research and find some of the top solar energy providers in your area. Typically, they are accompanied by a group of highly trained professionals who will ensure the installation is done most safely and dependably possible. The market potential for energy-storage devices increases as solar energy usage becomes more affordable and widespread.