South Australia embraces H2
South Australia's Whyalla hydrogen facility plans to utilize surplus renewable energy, generated by large-scale wind and solar farms, to produce renewable hydrogen that will be stored and used to power four LM6000VELOX units, ensuring grid stability and advancing South Australia’s net-zero goals.
While renewable resources’ benefits include the lowest operational costs and fewest greenhouse gas emissions, they can cause potential challenges when integrated into the grid. When the wind blows or the sun shines to produce greater power than demand requires, overcapacity generation must be evacuated at a loss to avoid overloading existing transmission and distribution assets. The changing mix and natural intermittency of these renewable resources also threatens the grid’s ability to meet supply and demand. Incorporating renewable resources without shutting down the whole grid requires a balance between developing renewable energy and system reliability to avoid power outages and disruptions.
Transmission system operators (TSOs), distribution system operators (DSOs), and supply companies are typically mandated to meet minimum-service standards for grid stability and electricity supply. The push to incorporate renewable energy introduces some new challenges, as the grid must adapt to a greater decentralization of energy generation. GE aeroderivative gas turbines can help meet that need.
Grid firming—also known as nameplate capacity firming, capacity firming, or renewable firming—is widely used to keep the grid stable in the face of potential wind, solar, and hydro intermittency. To do that, grid operators must also integrate ancillary resources and services.
For a grid that starts to see renewable sources displacing conventional ones, indicating a high range of renewables penetration, shutdown of some of the fossil fuel plants on which it previously relied is likely. In this case, grid operators can consider other technologies, such as the GE Vernova aeroderivative gas turbines or batteries, to balance any deficit while fully integrating with renewable sources. In California, for example, where penetration of solar power is extremely high, grid balancing and firming services are becoming increasingly more valuable.
If gaps arise between a solar energy supply and demand due to clouds or sunset, an ancillary resource like a GE Vernova aeroderivative gas turbine fills those gaps and helps maintain grid stability.
High renewable penetration grids generally require ancillary services, including frequency and voltage regulation, to maintain stability. The GE Vernova aeroderivative gas turbine is an energy solution to balance the intermittency of renewable sources and provide reserve capacity, frequency, and voltage regulation for grids that need help maintaining a reliable and stable operation. Integrating GE Vernova aeroderivatives with renewable source generation improves the power grid’s operational performance by enhancing grid reliability, as well as reducing emissions, fuel consumption, and operational costs.
GE Vernova aeroderivative gas turbines’ benefits include:
| The ability to get on the grid quickly and start producing power, in as little as 5 minutes | |
| High cycling capability, allowing multi-day start/stop cycles without maintenance penalties | |
| Installation in as few as 11 days | |
| Flexibility to quickly work within an intermittent grid: |
| Better frequency regulation due to: |
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Discover the grid capacity firming capabilities that make GE’s aeroderivative gas turbines great for balancing the electrical grid.
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GE Vernova offers a variety of aeroderivative gas turbines for grid firming. Learn more about each to determine which turbine is right for you.
Keeping power reliable and secure
Ready to learn more about why our aeroderivative gas turbine solutions are a great peaking plant solution to support the high level of renewable energy generation on the electrical grid? Download our infographic series.
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