What is the problem with transformers not storing energy

Do Transformers store energy?

Transformers have a 'load' on their coil so they don't store energy as well as an inductor because the energy is transferred to the secondary coil. I think your last 3 paragraphs need some work. In most cases, transformers are not designed to store an appreciable amount of energy.

Why do we need Transformers?

In addition to the RE sector, the shortage of transformers also impacts other sectors which need them for integration in the grid, such as utilities, homeowners, businesses, rail systems, EV charging stations. Transformers play a pivotal role in integrating renewable energy into the grid, ensuring efficient power transmission and grid stability.

Are Transformers a risk?

Over the past three years, this situation has been an understated risk that threatens energy accessibility, reliability, and affordability, posing challenges to both consumers and energy providers. Several factors influence the demand for transformers, making long-term forecasting difficult.

What happens if the current is removed from a transformer?

If the current is removed, they generate voltage or EMF. Transformers have a 'load' on their coil so they don't store energy as well as an inductor because the energy is transferred to the secondary coil. I think your last 3 paragraphs need some work.

What causes a transformer shortage?

The transformer shortage is a result of market forces stemming from electricity demand and material supply chains. For example, transformer cores are generally made of grain-oriented electrical steel, or GOES. GOES is an important component for electric motors and EV chargers.

What causes a transformer to fail?

Overheating Excessive heat is one of the leading causes of transformer failure. When transformers are overloaded, have inadequate ventilation, or face malfunctioning cooling systems, their internal temperatures can surge.