The connection queue is gridlocked — in just 18 months it exploded from 41 GW to 125 GW, and projects that should move in months now face years of delay. The developers moving to the front aren't just waiting in line. They win slots with advanced constraint modelling and data-backed strategy that clears network hurdles before they arise.
125 GW
The connection queue today — up from 41 GW just 18 months ago.
3×
Queue growth in 18 months. Projects that should take months now face years.
Years
Saved when precise constraint modelling finds a better connection coordinate.
Network operators are actively clearing out “paper projects”. If your application cannot immediately prove technical readiness, layout alignment and exact capacity viability, it gets deprioritised.
We combine live network data with practical engineering to push your generation, storage or demand project forward — and to defend the slot you already hold.
Precision network analysis is no longer optional. It's your ticket to securing the slot and protecting your capital.
From first feasibility study to the rebuttal that wins a better offer, we back every step with constraint modelling grid planners respect.
“Often a minor geographic shift in your connection point saves years of waiting for upstream reinforcement.”
Who we help
Optimising charge/discharge profiles within tight local network caps.
Who we help
Securing early capacity allocations in highly constrained distribution zones.
Who we help
Protecting vital multi-megawatt connections for data centres, manufacturing and heavy industry.
Who we help
Supplementing technical teams with dedicated, live-data network simulations.
Yes. Grid engineers are inherently risk-averse, and a submission backed by precise constraint modelling eliminates the guesswork and immediate rejections. Often, finding a minor geographic shift in your connection point can save years of waiting for upstream reinforcements.
Send us the project — generation, storage or demand — and we'll map it against live network data to find the fastest viable route to connection.