Boundary Flow Smoothing
Project summary
The project aims to explore the feasibility of a concept designed to reduce the volatility of boundary flows during constrained periods. It proposes using a flexibility service provider (FSP) to modulate supply or demand in response to real-time data, thereby smoothing the flow and potentially reducing the need for costly redispatch or curtailment of generators.
The project will involve worldwide benchmarking research, analysis of boundary flow variability, development of simplified archetypes, exploration of smoothing algorithms, and estimation of consumer and environmental benefits.
| Name | Status | Project reference number | Start date | Proposed End date |
|---|---|---|---|---|
| Boundary Flow Smoothing | Live | NIA2_NESO115 | May 2025 | Oct 2025 |
The project aims to explore the feasibility of a concept designed to reduce the volatility of boundary flows during constrained periods. It proposes using a flexibility service provider (FSP) to modulate supply or demand in response to real-time data, thereby smoothing the flow and potentially reducing the need for costly redispatch or curtailment of generators.
The project will involve worldwide benchmarking research, analysis of boundary flow variability, development of simplified archetypes, exploration of smoothing algorithms, and estimation of consumer and environmental benefits.
Benefits
The project should provide NESO with:
- A clearer understanding of whether an algorithm could be designed to alter the supply and demand of flexible assets, significantly reducing the variability in boundary flows.
- Determine whether a service based on this concept would allow the control room to increase pre-fault boundary flows and generate a significant economic benefit to consumers.
| Name | Published |
|---|---|
| NIA Project Registration and PEA Document | July 2025 |