Please correct me if I am wrong in my statements
While it is said that electromagnetic waves are formed by the oscillation (acceleration) of charges which forms 'kinks' in their electric field which is being transmitted as some distorted wave like fields at the speed of light.
This changing electric field causes a magnetic field which also propagates perpendicular to the electric field. And it is also said that these electromagnetic waves carry energy which is radiated from the oscillating charge which can be quantized by an equation.
This might be a redundant question, but I really want to know
Why don't static charges radiate energy the same as accelerating charges?
Also I can understand the potential energy due to a static charge due to its electric field: Let's take a source charge which is positive and currently at rest. If another positive charge is brought closer and closer to the source charge it's potential energy increases ( Here I can understand the energy due to the source charge, because as the distance between the two charges decreases the repulsive force among the charges increase, which also results in the increase in their potential energies)
But in the case of electromagnetic energy (or) radiation I can't understand how is the energy stored, formed or carried away by the changing electric fields of the accelerating charge. In the static charge case it was evident that the electrostatic potential energy is governed by the Coulomb's law. But I genuinely don't understand how is electromagnetic energy formed or carried away by the fields which also drains out the energy of the oscillating charge, but not in the case of static charge(The electric fields don't drain out the energy of the static charge).