Universal Electrical System Calculator — Solar + Wind

⚡ UNIVERSAL ELECTRICAL SYSTEM solar + wind

Full System Design, Costing & Carbon Credit Calculator

☀️ Solar & Wind Source

Solar panel rating (W) 450 W 500 W 550 W 600 W 650 W 700 W 750 W

Number of solar panels

Wind turbine rating (kW each)

Number of wind turbines

Solar cell type Monocrystalline Polycrystalline Thin film

⚙️ System Configuration

DC bus voltage (V) 48 V 96 V 120 V 240 V 400 V 600 V 800 V 1500 V

Inverter rating (kW each)

Inverter output voltage AC (V) 230 V (1-Phase) 400 V (3-Phase) 415 V (3-Phase) 690 V (3-Phase) 11 kV (3-Phase) 33 kV (3-Phase)

System losses / derate (%)

Peak sun hours per day

Wind capacity factor (%)

🔋 Storage & MPPT

Battery type LiFePO₄ (Lithium Iron) NMC Lithium-ion Lead-Acid (Deep Cycle) Flow Battery (Vanadium)

Battery unit voltage (V)

Battery unit capacity (Ah)

Autonomy (hours of storage)

Depth of discharge (%)

MPPT / charge controller rating (kW)

BMS channels per unit (cells)

🔌 Cables & Protection

DC cable cross-section (mm²) 4 mm² 6 mm² 10 mm² 16 mm² 25 mm² 35 mm² 50 mm² 70 mm² 95 mm² 120 mm²

AC cable cross-section (mm²) 16 mm² 25 mm² 35 mm² 50 mm² 70 mm² 95 mm² 120 mm² 185 mm² 240 mm²

DC cable length total (m)

AC cable length total (m)

Protection / switchgear sets

🏭 Grid & Substation

Grid connection type Low Voltage (LV) — 400V Medium Voltage (MV) — 11/33 kV High Voltage (HV) — 66/132 kV

Substation rating (kVA) — user or auto

Transformer rating (kVA each)

Grid export limit (kW) — 0 = unlimited

Carbon credit price (USD/ton CO₂)

Project lifetime (years)

☀️ Solar DC (kWp) —

💨 Wind DC (kW) —

🔋 Total DC power (kW) —

🔌 Total AC power (kW) —

⚡ DC bus voltage (V) —

⚡ AC output voltage (V) —

🔄 Number of inverters —

🔋 Number of batteries —

🧠 BMS units required —

📈 MPPT controllers —

🔌 DC cable (m) —

🔌 AC cable (m) —

🏭 Substation rating (kVA) —

🔗 Grid connection —

🌱 CO₂ avoided (tons/year) —

💰 Carbon credits (USD/year) —

🌍 Lifetime CO₂ (tons) —

💵 Lifetime carbon (USD) —

📊 Annual energy (MWh) —

✅ System status —

💰 Project Costing — Enter Unit Rates

💵 TOTAL PROJECT COST $ 0.00

*All calculations are estimates. Adjust inputs for your specific project.

Universal Solar & Wind Canal Network Calculator

🌍 UNIVERSAL HYBRID solar + wind

Solar & Wind Power Plant + Canal Network & Sluice Gate Calculator

🌱 Site & Soil

Soil condition Soft clay (low bearing) Stiff clay / dense silt Sand & gravel Weathered rock Organic / peat

Water salinity (ppt)

Land area (acres) — user variable

Water table depth (m)

📐 Canal Design

Canal type Trapezoidal (earthen) Rectangular (concrete) Triangular (V-shaped) Parabolic (concrete)

Design depth (m)

Bottom width (m)

Side slope (H:V)

Canal protection Unlined / natural Compacted clay liner Concrete lining Geomembrane liner Riprap / stone pitching

⚡ Power Generation

Solar panel rating (W) 450 W 500 W 550 W 600 W 650 W 700 W 750 W

Cell type Monocrystalline Polycrystalline Thin film

Solar ground coverage ratio (0.2–0.6)

Wind turbine rating (kW each)

Wind land allocation (%)

🚪 Sluice Gate Configuration

Operating mode (sluice) Manual (handwheel) Electric motor (auto) Hydraulic actuator

Motor rating (kW) — if electric

Gate mechanism type Spindle / rising stem Wheel & gear Hydraulic cylinder Chain & sprocket

Gate opening (%)

Boundary gates (manual override)

🌀 Canal Network Layout auto

Number of inner canals (auto)

Boundary canal length (m) — approx

Total canal length (m) — approx

Est. site side length (m)

☀️ Solar panels (count) —

☀️ Solar capacity (MW) —

💨 Wind turbines (count) —

💨 Wind capacity (MW) —

⚡ Total power (MW) —

🌊 Canal discharge (m³/s) —

📏 Canal wetted perimeter (m) —

🧱 Soil factor —

🧂 Salinity factor —

🚪 Boundary gates —

🚪 Inner gates —

🔧 Total gates —

⚙️ Motor / manual index —

📐 Land use check (acres) —

✅ Operational status —

*All power & land inputs are variable. Adjust to fit any project size.

Sonagazi Solar & Wind Canal Network Calculator

☀️ SONAGAZI 220 MW HYBRID solar + wind

Canal Network & Sluice Gate Calculator — 657 acres

🌱 Site & Soil

Soil condition Soft clay (low bearing) Stiff clay / dense silt Sand & gravel Weathered rock Organic / peat

Water salinity (ppt)

Land area (acres)

Water table depth (m)

📐 Canal Design

Canal type Trapezoidal (earthen) Rectangular (concrete) Triangular (V-shaped) Parabolic (concrete)

Design depth (m)

Bottom width (m)

Side slope (H:V)

Canal protection Unlined / natural Compacted clay liner Concrete lining Geomembrane liner Riprap / stone pitching

⚡ Power & Sluice Gates

Solar panel rating (W) 550 W 600 W 650 W 700 W

Cell type Monocrystalline Polycrystalline Thin film

Wind turbine rating (kW)

Operating mode (sluice) Manual (handwheel) Electric motor (auto) Hydraulic actuator

Motor rating (kW) — if electric

🚪 Sluice Gate Configuration

Gate mechanism type Spindle / rising stem Wheel & gear Hydraulic cylinder Chain & sprocket

Gate opening (%)

Number of outer boundary gates (auto)

🌀 Canal Network Layout

Number of inner canals (auto-calculated)

Boundary canal length (m) — approx

Total canal length (m) — approx

☀️ Solar capacity (MW) —

💨 Wind turbines (count) —

⚡ Total power (MW) —

🌊 Canal discharge (m³/s) —

📏 Canal wetted perimeter (m) —

🧱 Soil factor —

🧂 Salinity factor —

🚪 Boundary gates —

🚪 Inner gates —

🔧 Total gates —

⚙️ Motor / manual index —

✅ Operational status —

*Sample values pre-filled. Adjust inputs and recalculate for Sonagazi 657-acre plant.