Sovereign Clean Energy Intelligence

The Brain the Grid Has Been Missing

HJB-optimal dispatch reduces grid operating costs by 8-15%. Mathematically provable. Not heuristics. Not black-box ML. PRIMEngine solves for the optimal dispatch — every minute, every node, every asset — fed by live settlement prices from ERCOT, SEN, and MIBEL markets.

$5B+
Grid Optimization TAM
17
Global Markets
1,700+
GW Covered
8-15%
Dispatch Cost Savings
Technology Stack

Built on Real Physics

Every engine is grounded in peer-reviewed thermodynamics, electrochemistry, and optimal control theory.

🧮
HJB Control
Hamilton-Jacobi-Bellman
Nernst + Brayton
Fuel Cell & Turbine Physics
🔬
TMM + Mie
Optical Multilayer Modeling
🤖
Bayesian GP
Self-Driving Lab Optimization
♻️
Circular Economy
Module Recycling & Pb Capture
GLOBAL COVERAGE
17 Markets · 1,700+ GW
Real settlement prices via gridstatus, CENACE, OMIE, and ENTSO-E
🇺🇸🇨🇦
North America
ERCOT · PJM · CAISO · MISO
SPP · NYISO · ISONE · IESO · AESO
~720 GW
🇲🇽
México
SEN / CENACE
30 nodos · 9 regions
~75 GW
🇪🇺
Europe
MIBEL · EPEX · Nord Pool
ELEXON · ENTSO-E connected
~640 GW
🇦🇺🇯🇵
Asia-Pacific
NEM (Australia)
JEPX (Japan)
~335 GW
Product Suite

3 Core Divisions

Enterprise-grade intelligence engines. Each division operates independently with its own revenue model.

DIVISION 1
⚡ Grid Control & Energy
HJB-optimal dispatch across ERCOT · SEN · MIBEL — fed by 47 real data nodes
Grid Control
HJB frequency regulation across SEN 🇲🇽, ERCOT 🇺🇸, and MIBEL 🇪🇸🇵🇹. Live settlement prices from 47 nodes with 15-min resolution. DA + RT co-optimization.
HJB 3 Markets Real-Time
🔋
Battery BESS
400 MWh grid-scale storage. LFP/NMC electrochemistry, calendar + cycle aging, arbitrage dispatch, and multi-stream revenue optimization.
400 MWh LFP Degradation
🌬️
PRIM Wind
15 MW offshore wind + green H₂. IEC power curves, Jensen wake model, Weibull AEP, and PEM electrolyzer co-optimization.
15 MW Green H₂ IEC 61400
🧠
HJB Control
Hamilton-Jacobi-Bellman dispatch optimizer. Min-fuel engine scheduling with physics-constrained state estimation.
HJB Dispatch
🏭
PRIMStack
Unified plant integrator. Multi-timescale HJB dispatch orchestrating Solar+Wind+BESS+H₂ as one system.
Stack Multi-HJB
🚀
PRIMEngines
Zero-carbon propulsion. NH₃ ICE, PEM fuel cell, H₂ turbine. Brayton-cycle modeling + grid peaking.
NH₃/H₂ Zero CO₂
DIVISION 2
🏛️ Eureka Trading
VIX-regime volatility targeting · Automated daily signals · 2/20 model
📈
Eureka Sovereign
VIX-regime volatility targeting with 5-asset allocation (equities, bonds, commodities, crypto, alternatives). GBM simulation + Markowitz + Kelly criterion. Automated daily signals via Telegram.
VIX Regime 5 Assets Kelly Telegram
📈
2 / 20
2% management + 20% performance
BACKTESTED SINCE 2010
DIVISION 3
🔬 Materials, Engines & Research
Granas perovskite suite · Self-Driving Lab · Circular economy · PRIME Kernel
🔬
Granas Optics
TMM/Mie optical multilayer simulation for perovskite-silicon tandems. AM1.5G spectral optimization with HJB-driven layer tuning.
TMM Mie HJB
🤖
Self-Driving Lab
Bayesian optimization for perovskite fabrication. 6D GP + EI acquisition for autonomous experiment scheduling.
Bayesian 6D GP SDL
📐
10 Granas Engines
Blueprint + CFRP + ETFE + TOPCon + Albedo + GHB + Scale + Metrics + PRIMEcycle + SIBO. Full perovskite-silicon tandem stack.
10 Engines Tandem GW Scale
🧠
PRIME Kernel
Shared IP core. HJB solver, physics constants, and telemetry primitives used across all divisions.
HJB Shared Core
♻️
PRIMEcycle
Circular economy. 97.3% material recovery, Pb capture, BOM disassembly, and zero-waste perovskite EOL.
Circular 97.3%
Pricing

You Only Pay When We Make You Money

25% of incremental revenue generated. Backtest-validated on real settlement prices: 55.7% dispatch uplift vs naive TOU. Transparent savings methodology with independent verification. If we don't improve your returns, you pay nothing.

Pilot
$0 / 90 days
Prove the value risk-free
  • Starting fee: $0
  • 90-day free trial
  • Single market (ERCOT, SEN, or MIBEL)
  • Full optimization engine access
  • Savings report at day 90
  • No commitment, no credit card
Start Pilot →
Growth
25% of uplift
For operators with <200 MW storage
  • Starting fee: $500K
  • 25% of incremental revenue generated
  • Minimum $50K/yr commitment
  • All 3 markets (ERCOT, SEN, MIBEL)
  • Real-time dispatch dashboard
  • Battery degradation tracking
  • Monthly performance reports
Get Started →
Enterprise
25% of uplift
For fleets exceeding 1 GW of storage
  • Starting fee: $2.5M
  • 25% of incremental revenue generated
  • Minimum $2M/yr commitment
  • Fleet portfolio optimization
  • On-premise or dedicated cloud
  • Custom engine development
  • White-label option
  • 24/7 support with SLA guarantee
Talk to Us →
SAVINGS GUARANTEE
If PRIMEngine doesn't reduce your dispatch costs by at least 5%, you pay nothing. On a 100MW plant, that's $2M–$5M/year in savings. PRIMEngine costs are typically 5–10% of savings generated — a 20–50x ROI.
ROI Calculator

Grid Dispatch ROI Calculator

Enter your fleet parameters and see how much PRIMEngine can save you annually. Based on real optimization results across ERCOT, SEN, and MIBEL markets.

⚡ Fleet Parameters

Fleet Capacity 100 MW
Current Dispatch Cost $45 /MWh
Battery Storage 400 MWh
Capacity Factor 65%
Market

📊 Projected Annual Savings

Annual Dispatch Cost
$25.6M /yr
HJB Savings (8-15%)
$2.8M /yr
PRIMEngine License
$200K /yr
Net ROI
14x return
Battery Life Extension
+2.3 years
CO₂ Avoided
0 tons/yr
Client-side estimate  ·  Actual savings validated via 90-day pilot with your real dispatch data
Get In Touch

Let's Build the Future of Energy

Whether you need a simulation API, a custom engine, or an enterprise deployment — we're ready to help.

PRIMEnergeia S.A.S.

Sovereign clean energy intelligence. Physics-based simulation engines for grid operators, energy developers, and materials researchers worldwide.

📍
Global — 🇲🇽 🇺🇸 🇪🇸 🇵🇹
LEAD COMPUTATIONAL PHYSICIST
Diego Córdoba Urrutia
HJB / Energy Systems / Materials Science
Optimization Outcomes

Simulation Results by Market

PRIMEnergeia HJB dispatch versus naive TOU baseline — validated across 17 global ISOs.

17
Markets Optimized
8-60%
Dispatch Uplift Range
1,700+
GW Coverage
$231K
Validated at VZA-400
🇺🇸🇨🇦 NORTH AMERICA — 720 GW
🇲🇽 MÉXICO — 75 GW
🇪🇺 EUROPE — 640 GW
🌏 ASIA-PACIFIC — 335 GW
METHODOLOGY
All results compare PRIMEngine HJB two-pass dispatch vs. naive time-of-use (TOU) baseline for a reference 100 MW fleet with 400 MWh battery storage. DC-AC conversion losses modeled via PRIME-PowerElectronics (InverterModel η=98.5%, RectifierModel η=98.5%, system RTE=89.5%). Uplift percentages represent incremental revenue from optimal price arbitrage, forecast-aware scheduling, and ancillary service stacking. VZA-400 result ($231,243 USD) is independently auditable. See SAVINGS_METHODOLOGY.md for full details.
⚡ Run Your Own Simulation → Request Full Report
Integration-Ready

Grid Engineer Outputs

Every output from PRIMEngine is designed for direct integration into your SCADA, EMS, and BMS systems. Download sample data or connect via API.

15
Output Streams
17
Markets Supported
4
Protocols
CSV · JSON · API
Export Formats
OUTPUT CATALOG
Optimal Dispatch Schedule
Hourly MW charge/discharge setpoints from the HJB two-pass lookahead optimizer. Direct feed for BESS controllers and EMS load-following systems.
Fields: Timestamp · Strategy · Dispatch MW · DA/RT Price
Use Case: EMS load scheduling, BESS controllers, day-ahead commitment
CSV JSON SCADA API
🌊
Frequency Response Signals
Swing Equation solver telemetry — grid frequency, RoCoF (df/dt), and synthetic inertia injection u(t). Tuned per market: 50 Hz (ENTSO-E) or 60 Hz (ERCOT/SEN).
Fields: Frequency Hz · RoCoF · Inertia u(t) · Cumulative Savings
Use Case: Governor control, synthetic inertia inverters, UFR settings
Real-Time CSV IEC 61850
💰
Price Forecast & Arbitrage
Day-ahead and real-time LMP forecasts with pre-identified charge/discharge windows. Includes spike detection and spread ratios per hour.
Fields: DA LMP · RT LMP · Spread Ratio · Action Tag · Spike Flag
Use Case: Trading desk auto-bidding, merchant scheduling, congestion analysis
CSV JSON Trading API
🔋
Battery SOC / SOH Telemetry
Full state-of-charge trajectory, state-of-health degradation tracking, cycle count, and estimated remaining battery life with degradation-aware optimization.
Fields: SOC % · SOH · Cycle Count · Degradation Cost · Est. Life
Use Case: BMS integration, predictive maintenance, warranty tracking
CSV JSON BMS Feed
🛡️
Ancillary Services Bids
Per-interval capacity and price bids for RegUp, RegDown, and Responsive Reserve Service (RRS). Optimized for maximum ancillary revenue during hold periods.
Fields: Service · Capacity MW · Price $/MW · Revenue per Interval
Use Case: ISO ancillary market auto-bidding, reserve compliance
CSV JSON ISO Portal
📊
Savings & Revenue Reports
Capital recovery analysis — total uplift vs baseline, royalty split, MWh gap quantification, and annual projections. PDF-ready for regulatory filings and investor decks.
Fields: Net Profit · Revenue · Uplift % · Degradation · Annual Projection
Use Case: Finance systems, regulatory compliance, investor reporting
PDF JSON Markdown
🎯
Automated Market Bids
Auto-generated DAM and RTM bid submissions for energy and ancillary services. Price-quantity offer curves optimized by HJB dispatch, ready for ISO portal upload.
Fields: Bid ID · Product · Price/MW · Capacity · Interval · Status
Use Case: ISO auto-bidding, QSE offer submission, energy trading desks
DAM RTM ISO API
🔮
Load & Price Forecasts
AI-driven predictions of future electricity demand, LMP prices, solar irradiance, and wind generation. 24h–72h horizon with confidence intervals for risk-aware bidding.
Fields: Hour · Load MW · Price $/MWh · Solar MW · Wind MW · CI Band
Use Case: Day-ahead planning, renewable integration, risk management
AI/ML CSV API
Reactive Power (Q) Setpoints
MVAR commands for voltage support at the Point of Interconnection. Power factor correction, volt-VAR optimization, and grid-forming inverter control for POI compliance.
Fields: Timestamp · Q MVAR · Power Factor · Voltage kV · Mode
Use Case: Volt-VAR controllers, POI compliance, grid-forming inverters
IEC 61850 SCADA Real-Time
📉
Demand Charge Management
Behind-the-meter peak shaving signals that predict and clip demand spikes before they hit the utility meter. Reduces ratcheted demand charges by 15–40%.
Fields: Interval · Load kW · Peak Target · BESS Action · Savings
Use Case: C&I facilities, TOU optimization, utility bill reduction
BTM CSV BMS
🌐
VPP / DER Fleet Signals
Coordinated dispatch commands for geographically distributed BESS, solar, and EV charger fleets. Aggregate capacity into a single virtual power plant for ISO participation.
Fields: Site ID · Asset Type · Setpoint MW · Available MW · Status
Use Case: VPP aggregation, DER fleet management, grid flexibility markets
VPP OpenADR API
💱
Revenue Stacking Analytics
Multi-stream revenue decomposition — arbitrage, ancillary services, capacity payments, demand charge savings, and renewable credits broken out per interval.
Fields: Stream · Interval · Revenue $ · % of Total · Opportunity Cost
Use Case: Asset valuation, investor reporting, strategy optimization
Dashboard JSON PDF
🧪
Scenario Modeling
What-if simulations across tariff structures, battery configurations, market conditions, and degradation paths. Pre-deployment ROI validation and sensitivity analysis.
Fields: Scenario · Config · NPV · IRR · Payback · Risk Score
Use Case: Pre-deployment analysis, tariff comparison, financing decisions
Simulation JSON PDF
📱
Portfolio Dashboard Feed
Aggregated fleet-wide telemetry for multi-site operators. Roll-up views of SOC, revenue, dispatch compliance, and alarm status across geographically distributed assets.
Fields: Site · Fleet MW · Avg SOC · Revenue · Uptime % · Alarms
Use Case: Fleet operations, NOC monitoring, executive dashboards
WebSocket REST Dashboard
🛡️
Warranty Compliance Monitor
Ensures dispatch stays within OEM warranty bounds — cycle count limits, C-rate constraints, temperature envelopes, and SOC operating windows. Prevents warranty-voiding events.
Fields: Cycle Count · C-Rate · Temp °C · SOC Window · Warranty Status
Use Case: OEM compliance, predictive maintenance, asset protection
BMS Alerts JSON
SAMPLE OUTPUT PREVIEW
⚡ dispatch_schedule_ercot.csv
Sample Data
Showing 24-hour HJB-optimized dispatch for 100 MW fleet / 400 MWh BESS — ERCOT Houston Hub
INTEGRATION PROTOCOLS
FILE-BASED
CSV / JSON Export
Download dispatch schedules, battery telemetry, and price targets as structured files. Drop into any EMS, SCADA, or analytics system.
import pandas as pd
dispatch = pd.read_csv("dispatch_ercot.csv")
charge = dispatch[dispatch.Strategy == "CHARGE"]
# Send setpoints to BESS controller
REST API
WebSocket & REST Feed
Real-time dispatch signals via authenticated API. WebSocket streaming for sub-second frequency telemetry. OpenAPI 3.0 documented.
resp = requests.get(
  "api.primenergeia.com/v1/dispatch",
  params={"market": "ERCOT"})
# Feed into EMS / SCADA
INDUSTRIAL
Modbus / DNP3 / IEC 61850
Write dispatch setpoints directly to Modbus registers. DNP3 for substations. IEC 61850 GOOSE for protection-class latency.
client = ModbusTcpClient("192.168.1.100")
client.write_register(100, setpoint_mw)
client.write_register(101, mode)
# Reg 100=MW, 101=Mode
BMS
Battery Management Feed
SOC target trajectory and degradation-aware limits fed directly to the BMS. Predictive maintenance alerts when SOH drops below threshold.
bms.set_target_soc(point["SOC_pct"])
bms.update_degradation(soh=0.9984)
if soh < 0.85:
  alert("MAINT_REQUIRED")
MARKET TECHNICAL SPECIFICATIONS
Parameter SEN 🇲🇽 ERCOT 🇺🇸 MIBEL 🇪🇸🇵🇹
Frequency60 Hz60 Hz50 Hz
Inertia H5.0 s4.5 s6.0 s
Pricing ModelPML (Nodal)LMP (Nodal)OMIE Pool
Settlement15-min5-min RTHourly
THD StandardCódigo de RedIEEE 519EN 50160
THD Limit≤5%≤5%≤8%
Penalty Threshold±0.05 Hz±0.03 Hz±0.04 Hz
Nodes302220
17 Global ISOs Supported: SEN · ERCOT · MIBEL · PJM · CAISO · MISO · SPP · NYISO · ISONE · IESO · AESO · EPEX (DE/FR) · Nord Pool · Elexon · NEM · JEPX
⚡ Try the ROI Calculator → Request API Access