Asoba Ona Documentation

Modules and AI Agents

Our platform offers a suite of industry-specific solutions, each powered by a modular AI agent designed to address the unique challenges of distributed energy resource management. These agents can be seamlessly embedded into your existing infrastructure via our SDK or utilized through client applications running in the cloud or on distributed compute nodes, such as Raspberry Pi or Jetson Orin series devices. This flexibility ensures optimal performance and adaptability across diverse operational environments.


Modules

πŸ”§ O&M Optimization

Optimize maintenance schedules, reduce costs, and maximize uptime with AI-powered predictive maintenance.

Explore O&M Solutions

πŸ›‘οΈ Insurance & Risk Management

Transform your insurance operations with AI-driven risk management, live monitoring, and instant parametric payouts.

Explore Insurance Solutions

πŸ“ˆ Energy Trading

Predict the best buy/sell price arbitrage to make high-certainty trades in intraday energy markets.

Explore Trading Solutions

AI Agents

🌬️ Turbine-Specific Wind-Flow Graph Net

Modeling the unique wind conditions and performance of each turbine, taking into account its exact location, local terrain, and real-time operational data.

Result: Improved accuracy on production forecasting

πŸ—“οΈ Maintenance-Market Window

AI agent balances expected market price, forced-outage probability, and crew calendar to optimize START-MAINTENANCE versus DEFER decisions in hourly increments. Automates "negative-price tomorrow, fix today" logic.

Outcome: Direct EBITDA uplift within existing maintenance budgets

πŸ€– AI Crew-Quality Oracle

3B-parameter on-device chatbot interviews technicians via mobile app, extracting root-cause analysis, parts used, and labor minutes. Human responses are labelled and tagged and integrated into existing device failure probability models.

Outcome: Enhanced predictive maintenance accuracy, reduced repeat failures

πŸ”‹ Battery-Buffered Bid-Sizer

Model to calculate minimum MWh storage required for 98% firmness target on 2-hour evening-peak bids.

Outcome: Trims battery CAPEX by 10–15%

Outcome: Maintains near-zero trading penalties

Outcome: Directly improves project IRR

πŸ“ Regulatory Reporting Co-Pilot

Auto-fill official SAWEM XML templates from existing O&M database, attaches data-quality attestation, and flags impending non-compliance.

Outcome: Monthly compliance drops from 3 days to 30 minutes

Outcome: Eliminates disqualification risk from future tenders

πŸ“ˆ Penalty-Insurance Meta-Forecast

Model analyzes 24-hour forecast versus actuals to generate 5th–95th percentile error bands per half-hour slot. Live dashboard displays "Penalty-at-Risk", enabling traders to hedge or defer maintenance before 18:00 gate closure.

Impact: Up to 70% reduction in unplanned trading penalties

☁️ Cloud-Shadow Nowcast for Solar

IP sky-cameras feed conv-LSTM predicting shadow motion 0–30 minutes ahead per string. Outputs probabilistic ramp-rate distributions to pre-position battery SOC setpoints.

Impact: Eliminates unnecessary cycling costs, avoids 30-second ramp violations triggering ancillary-service penalties


Implementation Roadmap

From integration to optimization in 13 weeks

01
Weeks 1–2

Integration

  • SCADA/inverter connections
  • Historical data ingestion
  • Baseline establishment
  • Custom dashboard design
β†’
02
Weeks 3–12

Optimization

  • Real-time monitoring active
  • Weekly performance reports
  • Continuous model improvement
β†’
03
Week 13

Decision Point

  • Executive ROI analysis
  • Auto-conversion when metrics met
  • Scale-up roadmap for portfolio

Getting Started

Implementation Support


Get Help & Stay Updated

Contact Support

For technical assistance, feature requests, or any other questions, please reach out to our dedicated support team.

Email Support Join Discord

Subscribe to Updates

* indicates required

Β© 2025 Asoba Corporation. All rights reserved.