Battery Energy Storage Systems ( BESS )
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Whats Battery Energy Storage Systems
BESS is a system that uses advanced technology to store excess electricity for use at any moment it may be needed. This becomes important because sometimes, especially on bad-weather or other power outage occasions, lack of electricity may arise. This is very true with solar power, as when the sun goes down, there is no power. It is, therefore, important to put batteries and solar panels into use together. During the day it is the solar panels that will be producing electricity that are to be stored in the batteries, at night you use the electricity in the batteries; this way, electricity will always be available whenever you may need it.
How will BESS improve your systems?
BESS is a battery system that helps all forms of people and companies utilize and store electricity more productively. Whether it’s companies making solar and wind power, power plants that burn coal to generate electricity, companies managing the grid, or even offshore drilling rigs and ships, BESS can help them.
BESS provides a chance to make some money by charging at low, cheaper electricity and utilizing it when the electricity is peaked at higher costs. In other terms, you could use less electricity when it is peaking, so you have less cost for it. To sum up, BESS stands for Battery Energy Storage Systems, which can be explained in another way as aiding in saving or making money.
Benefits of battery energy storage systems
Green: they do mitigate air pollution by reducing the combustion of coal and oil.
Saving money: although it reduces electricity bills because the solar energy charges batteries during the day; thus, at night, it uses stored electricity.
Stable power grid: It acts like a bank for energy and facilitates the people with constant power rather than blackout.
All-season power: it stores solar and wind for using electricity at night and on cloudy days.
Emergency backup: It allows for the operation of critical equipment during power outages.
Main Applications
Industrial and commercial applications:
Peak Curtailment: The employment of a battery storage system eliminates additional power expenses when the demand for power suddenly increases. The capacity to save money by storing energy at times when its prices have fallen and using it later at peak hours is termed Load Shifting.
Demand Response: You will save money on your energy after you participate in demand response programs through the use of less electricity when its demand is needed on the grid.
Microgrids: disconnected from the main grid when required and utilizing battery storage systems in order to supply power completely on their own.
Combination with Renewable Energy: Mixing up with renewable energy sources like wind and solar so that continuity in power supply is maintained even during periods when the natural source of energy is unavailable.
Home applications:
Self-powered: it produces electricity with solar panels during the day and provides the stored power at night.
Emergency backup: It gets turned on in case there is no electricity, providing the house with unchipped power.
Off-grid: Completely rely on the battery bank of the systems for power supply, totally self-sufficient in terms of energy.