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Today, new or expanding grid users increasingly face structural congestion. Hosting capacity at connection points is limited, queues for new connections stretch out for months or years, and in a growing number of cases, capacity requests are refused outright.

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Flexibility can shift this paradigm

As grids approach their hosting limits, flexibility is moving beyond its traditional role in balancing into a core instrument for connection and congestion management. Flexible connection agreements make capacity allocation conditional on system state, allowing grid users to connect sooner, at a capacity that adapts to real network conditions rather than worst-case planning assumptions.

Done well, this unlocks latent grid capacity without compromising operational security — while remaining predictable and bankable for the grid users who depend on it for investment decisions.

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What it takes to operationalize this

• Grid simulations
  Probabilistic, time-resolved impact assessment of capacity requests on congestion risk, and the amount of flexibility required to mitigate it.

• System operations
  Forecasting and real-time monitoring of congestion, combined with techno-economic optimization of curtailment decisions.

• Market design & settlement
  Settlement frameworks that compensate impacted market parties and settle grid users fairly, while ensuring transparent valuation of flexibility.

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That's where we come in

At Nodis, we help system operators transition from static connection rules to dynamic, flexibility-enabled grid access. It is a deep transformation in how connection and congestion management are performed — touching planning, operations, and market design at once.

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