There are two types of inverters in the energy economy. Grid following ones synchronize with a grid and deliver a matching voltage. Whereas grid forming inverters are an emerging technology able to take a more dynamic role. For example, they can adjust their output power and voltage depending on grid conditions, to help balance supply and demand.
Grid Forming Inverters in The Energy Transition
We are moving unstoppably towards renewable energy, because our survival depends on decarbonising our atmosphere. The nature of our weather dictates that this input will fluctuate depending on the time of day. Therefore we need to install two intermediaries between the source and the grid. These two are:
- Storage batteries to capture and store the renewable energy.
- Inverters to process this energy to match grid requirements.
Battery storage is critical to this mix. That’s because it can deliver the energy on demand, as opposed to power stations that take time to synchronize. Grid forming inverters have proven effective according to Energy Storage News. They open the door to a more sustainable and reliable energy future.
More Advantages of Dynamic Inverters and Batteries
This grid forming technology is able to assume two roles, based on its ability to ‘understand’ the grid. First, it can act in a subservient grid-following mode where it matches current grid conditions,
But it can also detect the direction in which the grid should be moving to balance supply and demand. And furthermore, this grid forming technology can do so more flexibly, and faster than the giant power stations we inherited from the past.
Our world of batteries will play an increasingly powerful role, as our society adopts this new way of generating electricity. We are excited to share the transition to renewable energy. Do you suppose our grand kids will ask us, “Why did it take you so long?”
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Grid-Forming Inverters to Jump Start Supply
