What are Gravity Batteries?  

Battery is an energy component used for tasks that includes force. Similarly, Energy component are also used in moving parts of commercial vehicles (i.e., wheels). Various type batteries are used in electric vehicles like Lithium ion and other chemical batteries etc.

In order to store energies in batteries, our scientific bubble make use of energy resources like solar energy, wind energy, hydroelectric power etc.

Gravity is a fundamental force which attracts objects around us. This attractive force is responsible for moving objects. Objects dropped from a height generates kinetic energy which can rotate objects to generate electric power.

A Gravity Battery is not a Cell Size Battery. It is a whole building structure including a concreate load bonded with system and processes.

Components of a Gravity Battery  

Components are materials used for developing system to store potential energy.

The main component is the Pulley system involves two gears, electric generator, some ropes and a concreate load made of concreate blocks.

Some other energy source is also required to pull back the concreate load.

Carbon Emission during Gravity Batteries Production

Yes. Flaw occurs in Gravity Battery Model. There is a lot of carbon emission if make use of concreate loads. Concreate Load production emits tons of carbon dioxide gas in the environment.

This carbon emission problem can be solved by involving some other environment friendly elements in payloads.

Gravity Battery - An alternative over lithium-ion batteries 

Lithium-ion Batteries is a cell-size battery used in electric vehicles. Lithium-ion does not lead to carbon secretion but it's production mechanism includes large amount of carbon emission.

Also, more electric and chemical energy is required in the whole process.

Gravity Battery setup also includes carbon emission in concreate load but this flaw can be resolved due to technological advance. Gravity batteries can store large amount energy.