Our platform uses sophisticated data processing techniques for energy management. We understand that quality decisions require quality data, which is why our methodology ensures reliability.
Our data cleaning process employs Z-score filtering and anomaly detection to identify and correct irregularities in energy data streams. For data gaps, we apply imputation techniques that maintain continuity while preserving statistical integrity. Each model undergoes rigorous validation, ensuring recommendations based on genuine patterns rather than coincidence.
Supporting this, our MLOps framework improves model performance through automated retraining and A/B testing, allowing your system to become more accurate without requiring technical intervention from your team.
Our platform maintains real-time connections with energy exchange pricing data while dynamically adjusting power export profiles based on current and predicted market prices.
For battery storage, sophisticated arbitrage algorithms automatically manage charge/discharge cycles during price fluctuations. The system employs load-shifting algorithms to relocate controllable consumption to favorable pricing periods.
Our statistical counterfactual modeling compares actual results against non-optimized scenarios, providing clear visibility into real-world savings generated by these optimization methods.
Joule, Volt, Intelligence
Joule, Volt, Intelligence