Electric energy is an important part of modern energy. day living.
We rely on it as a primary resource for industry and infrastructure, and it is also a catalyst for growth and development.
Due to the electrified transportation and heating and the improvement of global living standards, the increase in electricity demand has brought about a demand for more flexible and resilient energy networks.
The key to energy network transformation is energy storage.
With the increase in renewable energy and on-site power generation, the demand for energy storage is also increasing-from 3GW in 2016 to 50GW in 2025 (
According to his figures)
Equivalent to 28 million annual consumption.
There are various options available, but not all energy storage solutions are equal, and more innovative solutions are needed to help improve power grid stability and resilience.
Take the Demand Response module of Power Sonic as an example.
It imports and exports electricity from the grid, manages frequency and grid imbalance issues and is able to respond to power demand in less than four milliseconds, meaning it is eligible to meet demand
Incentive scheme for dynamic enterprise frequency response and other side response (DFFR).
Energy storage solutions such as demand response modules provide network providers with assets that are more responsive and flexible than the more traditional infrastructure used for basic grid operations.
Energy storage, as an alternative to upgrading lines and towers, saves time in terms of construction and cost.
Not only that, innovative energy storage solutions will provide additional benefits such as voltage regulation, load transfer and the ability to add additional storage when needed, allowing the network to invest only in what they need.
With energy storage, we can create a more resilient and reliable energy network that enables intelligent interaction of micro-grids, distributed storage, and distributed generation.
Managing power consumption using the Demand Response module and creating additional revenue streams this article was originally produced and released by Business Reporter.
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