Design & Simulation
Full-year hourly simulation of hybrid power systems with real NASA weather data.
An AI agent handles component sizing, cost optimization, and analysis.
Three stages from site definition to optimized design
Set coordinates and load requirements. The platform pulls NASA POWER satellite weather data for your location.
Manually configure components or describe your needs in natural language. The AI agent sizes solar, battery, diesel, wind, and hydro components.
Run full-year 8,760-hour simulations. The optimizer searches the design space for the lowest-cost configuration meeting your reliability constraints.
Core features of the simulation and design engine
An integrated AI agent that sizes components, runs simulations, explains results, and generates reports through conversational interaction.
Runs an 8,760-hour time-series simulation covering every hour of the year, using location-specific weather data.
Grid search, genetic algorithm, and PSO optimizers minimize LCOE and NPC while meeting reliability constraints.
Models solar PV, battery storage (lead-acid and lithium-ion), diesel generators, wind turbines, micro-hydro, and grid interconnection.
Integrates NASA POWER satellite climatology data. Monthly averages are synthesized into hourly profiles using physical diurnal models.
Design systems for any location worldwide using NASA POWER satellite weather data. Optimized for off-grid and weak-grid environments.
The AI agent has direct access to the simulation engine, optimizer, and weather data. It can size components, run simulations, compare configurations, and present results with interactive visualizations — all within a single conversation.
Describe requirements in natural language. The agent translates them into component specifications and system configurations.
Charts, system configurators, and location maps render directly within the chat conversation.
Identifies design issues — diesel wet-stacking risk, undersized battery banks, low renewable penetration — and suggests corrections.
Parametric sweeps and what-if scenarios to quantify how design changes affect cost and reliability.
Generates PDF feasibility reports containing simulation results, economic metrics, and system specifications.
PV Output
0 kW
Battery SoC
44%
Diesel
standby
Load
22 kW
Every hour of the year is modeled with real weather data, component physics, and dispatch logic. The engine determines exactly when solar generates, batteries charge, and diesel runs — giving you an accurate picture of system performance, not just estimates.
Every hour of the year is simulated — 8,760 data points showing exactly when each source generates, stores, or consumes power.
State of charge, charge/discharge power limits, and degradation are tracked hour-by-hour using the Kinetic Battery Model.
Minimum load constraints prevent wet-stacking. The dispatch engine decides when diesel runs and at what output level.
Create an account to start configuring and simulating power systems.
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