Battery Energy Storage System | BESS | All Components Explained

Power grid was never meant to accept the renewables, the solar and wind. Yet countries are pushing for 100% renewable energy. So the question is how you keep your lights on when the sun sets or the wind is not flowing. The container right here next to me can power 100 homes at the same time and importantly it can stabilize the entire power grid. This is

battery energy storage system or BESS. And today directly from the best manufacturing facility I'll talk about what is best, why is everybody talking about it and what problems it can solve and what are its component and I'll show you everything right from the factory. And if you think it's just a giant battery box then you're wrong. Let me actually show you all

the components in this video. But before I open this box, it is important to understand why this system exists and why everybody's talking about that. So first let's address that point. [music] Now we are seeing a rapid integration of renewable power into the grid. Most of the countries have taken [music] ambitious targets to integrate renewable energy into grid. India for example

has a target of 500 gawatt by 2030 and that's huge power. Same way you'll find a lot of countries have taken ambitious target. Yes, renewable powers is clean but the problem with that it is uncontrollable and it is fluctuating and power grid was never meant to accept the fluctuating power and that basically creates a lot of issues with the power grid. Let us first talk about the

four key problems that power grid face because of renewable integration. The first problem is fluctuating and uncontrollable output. The power output of renewable sources depends heavily on natural conditions. For example, a solar power plant generate electricity only when the sunlight is available. As the sun sets, the output drops to zero. Even during the day, cloud covers causes