☀️ Renewable Energy System Designer
Design and analyze renewable energy systems for EEL certification
Solar PV Design
Wind Energy Design
Hybrid System Design
Economic Analysis
⚙️ Design Controls
Location & Climate Data
Latitude (°):
Longitude (°):
Climate Zone:
Tropical
Subtropical
Temperate
Continental
Polar
Average Solar Irradiance (kWh/m²/day):
Average Wind Speed (m/s):
System Requirements
Daily Energy Demand (kWh):
Peak Power Demand (kW):
Days of Autonomy:
Backup Generator:
None
Gasoline Generator
Diesel Generator
Propane Generator
Economic Parameters
Grid Electricity Cost ($/kWh):
System Lifetime (years):
Discount Rate (%):
Government Incentives ($):
🚀 Design System
📤 Export Design
🔄 Reset
📐 System Design Visualization
Solar Array
0 kW
Wind Turbine
0 kW
Battery Bank
0 kWh
Inverter
0 kW
Total Capacity
0 kW
Annual Generation
0 MWh
Capacity Factor
0%
System Efficiency
0%
LCOE
$0.00/kWh
Payback Period
0 years
📊 Detailed Analysis
Solar Array Size
0 panels
DC Capacity
0 kW
Annual Solar Generation
0 MWh
Solar Investment
$0
Turbine Capacity
0 kW
Hub Height
0 m
Annual Wind Generation
0 MWh
Wind Investment
$0
Battery Capacity
0 kWh
Inverter Size
0 kW
System Redundancy
0%
Total Investment
$0
Net Present Value
$0
Internal Rate of Return
0%
Annual Savings
$0
CO2 Avoided
0 tons
🧮 Calculation Steps
Enter system requirements and click "Design System" to see detailed calculations.
📋 System Specifications
System specifications will appear here after design calculation.