1. Field’s analysis suggests that the cost of curtailment to billpayers could be reduced by 80% by utilizing existing technologies like battery storage effectively on the current grid.
2. Increasing the number of intertrip services and using grid booster batteries can help address curtailment issues on the grid, with the latter technology already being deployed in other countries.
3. The B6 boundary, a pinch point between the Scottish and English borders, is identified as the main cause of curtailment costs, and battery storage is proposed as a solution to mitigate these costs.
Field’s analysis suggests that the cost of curtailment to billpayers could be significantly reduced by 80% through the more effective utilization of existing technologies such as battery storage on the current grid. Implementing an increased number of intertrip services and utilizing grid booster batteries are key strategies that could help address this issue. The deployment of grid booster batteries is already underway in continental Europe and Australia.
The B6 boundary, a critical point between the Scottish and English borders, is identified as the primary source of curtailment costs throughout the year. Matthew Boulton, director of solar, storage, and private wire at EDF Renewables UK, has similarly highlighted the potential for battery storage to alleviate curtailment expenses related to the B6 boundary. This technology has the capability to effectively mitigate curtailment costs and enhance the efficiency of the grid.
For more information on this topic, readers can refer to the original version of the article on Current’s sister site. The implementation of innovative technologies like battery storage and increased intertrip services represents a promising approach to reducing curtailment costs and improving the performance of the current energy grid.