Today’s modern energy storage solutions are testaments to how much we have advanced in terms of science and technology. Different kinds of batteries are now used to power up numerous kinds of devices and equipment that streamline the way we live our daily lives. 

Energy storage solutions can supply power to many kinds of devices and even infrastructures that may need backup in case of emergencies. Storing energy is one of the biggest factors that changed the way we live today which is why the science behind this innovation is constantly evolving     

Maintaining an efficient energy storage system also allows localities to balance out the supply and demand of power. These types of energy storage solutions can aid in better operations and reduce any chances of a power failure, especially in peak seasons. 

Environmental Effects

People nowadays are becoming more and more environmentally conscious which is why developing different kinds of alternative energy is necessary for different industries. Modern energy storage solutions can incorporate renewable energy within our power grids. 

However, proper disposal and battery management is still something that is continuously being improved. Since there is a possibility that energy would be wasted when batteries are being recycled, there is always a need to modify methods of disposal. In retrospect, science and technology are continuously improving which means we can expect better processes in the near future.

Kinds of Electric Storage Solutions

Today, there are many available types of energy storage technologies that can be used for different purposes in various industries. But with technology constantly seeking ways for better options, there is a bright future for more breakthroughs in terms of electric storage solutions. 

1. Different Types of Batteries

Probably the most common type of energy storage that you would encounter, batteries are used in almost everything from mobile phones to computers. There are generally two types of batteries: consumer batteries and industrial batteries. These two kinds are used for different applications and most industrial batteries are capable of withstanding extreme temperatures. 

2. Hydroelectric Storage

Hydroelectric energy storage solutions utilize the flow of water to generate electricity. They are commonly found in bodies of water that can provide excellent hydrostatic pressure. Typically, water is released from the reservoir which then generates electricity by flowing down the turbine. 

3. Air Compression

This process is done by compressing energy by 1,000 pounds per square inch using electricity. Mostly used in underground caverns, pressured air is often using an expansion turbine generator when the electricity demand is high.

4. Thermal Storage

Thermal energy is often used to store energy until necessary situations require its use. Electricity can be used to produce the thermal energy that is needed when there is a peak in energy demand in certain areas. 

5. Flywheel Storage

A flywheel is a type of rotor that uses kinetic energy to conserve electricity. Some flywheels utilize magnetic bearing which can reduce the amount of drag. Flywheels are some of the most popular types of energy storage solutions in industrial settings.