Grid balancing
From probability bands to MW thermal reserve targets — at your EMS’s dispatch cycle.
A probabilistic forecast is only operationally useful when it translates into a number your scheduling team can act on. Gridvynt’s reserve commitment engine takes the P10/P90 production band for each 15-minute interval and outputs a single MW quantity for spinning reserve and non-spinning reserve — accounting for your balancing area’s ACE target, minimum reserve margin, and NERC BAL-001/BAL-002 compliance requirements.
Reserve engine
What the reserve engine solves.
P-Band to MW Reserve Target
The engine takes the P10/P90 production band width for your renewable portfolio at each 15-minute interval and outputs spinning and non-spinning reserve requirements in MW. Your day-ahead scheduling team receives a number, not a probability distribution to interpret manually.
BAL-001/BAL-002 Logic
Reserve targets are computed with your configurable minimum margin floor — designed for NERC BAL-001 area control error compliance and BAL-002 contingency reserve requirements. The engine will not output a reserve recommendation that falls below your configured minimum, regardless of forecast confidence.
Curtailment Reduction Without Reliability Trade-Off
Reserve over-commitment is the direct operational mechanism that curtails clean generation at renewable-heavy dispatch margins. Tighter probability bands mean tighter reserve targets — and tighter reserve targets reduce curtailment without relaxing your reliability standard one megawatt.
EMS integration modes
Reserve targets go directly into your existing scheduling workflow.
Gridvynt publishes reserve commitment outputs alongside forecast P-bands. Both are available through the same delivery path you configure for the forecast itself — no separate integration required for the reserve target.
- Reserve target in MW, co-delivered with P10/P50/P90 in the same API response
- Configurable reserve floor override per balancing area topology
- Hour-ahead and day-ahead reserve target outputs at separate resolutions
- Reserve band decomposition: spinning vs. non-spinning vs. supplemental
- SCADA write-back support for EMS-connected reserve calculation engines
Not what the engine does
Boundary: where the reserve engine stops.
Gridvynt’s reserve engine computes optimal reserve targets based on forecast probability. It does not replace your energy management system, participate in real-time economic dispatch, or submit bids to market platforms. It is a forecasting and commitment advisory tool — your EMS retains dispatch authority.
Tighter reserve targets from your first dispatch cycle.
The 30-day pilot includes reserve commitment target output from day one. Compare against your current reserve decision before you commit to an annual contract.