Automate interconnection studies to clear queue backlogs, restore predictable study timelines, and help utilities maintain grid reliability and resource adequacy.
500+
GW
Contracted by ISOs to automate interconnection processes
200×
UP TO
Reduction in engineering analysis time
2000+
GENERATION AND STORAGE
Projects modeled
C-Suite & Leadership
1
Transmission Planning / System Planning Engineers
2
Engineering Leadership
3
Resource Planning
4
The interconnection queue is a regulatory and reliability exposure. When study cycle times stretch from weeks to years, the generation capacity your IRP promises gets delayed, your resource adequacy case gets harder to defend, and the PUC starts asking questions you don’t want to answer. SUGAR™ has been deployed by some of the largest grid operators in the country to clear queue backlogs at a scale legacy software cannot achieve.
The power flow solving algorithms your team relies on were designed for a serial queue: one project at a time. SUGAR™ was built from the ground up to handle the complexity of today’s queue, where thousands of applications interact with each other across the same network simultaneously.
By leveraging powerful circuit simulation methods developed to study billion-transistor electronic systems, SUGAR™ offers industry-leading convergence robustness for power grid analysis. It is purpose-built automation grounded in peer-reviewed electrical engineering research.
Your IRP commitments depend on generation getting built on time. Every project stalled in your interconnection queue is a gap between what you’ve promised the PUC and what comes online when. SUGAR™ gives your resource planning team line-of-sight into interconnection timelines by helping your transmission planning colleagues clear the queue faster, so your capacity planning assumptions have ground under them.
Your interconnection queue backlog is delaying the generation and load needed to maintain grid reliability. Solar, storage, wind, gas, nuclear, data centers, and industrial load are all filing at once, and the transmission planning software your team relies on wasn’t built for this volume. Transmission providers that switched to purpose-built interconnection study automation have already cleared more than 10% of the nation’s interconnection backlog.
Speed up interconnection with end-to-end study automation that unlocks stalled capacity, scales to your full queue volume, and returns predictable study cycle times your planning teams can actually build around.
Power grid analysis and semiconductor chip design share more than most engineers expect. The circuit simulation methods developed to model billion-transistor chips turn out to be exactly what a high-volume interconnection queue needs: speed, robustness, and the ability to find solutions in scenarios that defeat conventional solvers.
Put interconnection study automation to work that has already delivered at scale. SUGAR™ has processed the largest and most complex interconnection clusters in RTO history, with publicly benchmarked results that reproduced a nearly two-year manual study in approximately 10 days.
Enverus has invested over $1 billion in its technology platform and is continuously expanding its interconnection capabilities to meet the demands of an accelerating energy transition.
Clear your queue backlog, return to predictable study cycle times, and get the generation your grid needs online faster.
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