CURRENT OUTPUT
5.0 kW
Real-time generation
▲ +0.3 vs yesterday
TODAY'S YIELD
27.5 kWh
Total generated
▲ 95% of forecast
BATTERY SOC
100%
State of charge
▲ Fully charged
MONTHLY SAVINGS
₹6,600
vs grid-only
▲ ₹480 vs last
CO₂ OFFSET
1.8 T
Annual carbon saved
▲ 84 trees equiv
Live Solar Generation (Today)
7-Day Generation Forecast
🌡 Real-Time Conditions
Temperature35°C
Irradiance850 W/m²
UV Index9.2
Cloud Cover0%
Wind Speed12 km/h
Humidity48%
⚡ Inverter Status
AC Output4.85 kW
DC Input5.12 kW
Conversion Eff.96.3%
Inverter Temp42°C
Grid Freq50.02 Hz
Grid Voltage231 V
📅 Performance Summary
Capacity Factor22.9%
Performance Ratio84%
Specific Yield5.5 kWh/kWp
Self-Consumption78%
Grid Feed-in22%
System Uptime99.7%
🔋
100%
Battery SOC
🌞
5.5
Peak Sun Hours
📊
10,037
kWh/Year Est.
🌿
84
Trees Equivalent
Hourly Generation Profile + Irradiance
Monthly Generation (12 Months)
🔆 Irradiance & Tilt Optimizer
Tilt: 22° | Azimuth: 180°S
Optimal Tilt15°
Gain from Optimal Tilt+2.1%
Peak Sun Hours5.5 hrs
GHI Annual1,825 kWh/m²
Shading Loss3.2%
Soiling Loss4.0%
Bifacial Gain0%
Tracker Gain0%
Degradation (yr 0)0%
📐 Panel Performance Details
Panel TypeMonocrystalline
Panel Efficiency22%
Temperature Coeff-0.35%/°C
Thermal Derating-4.2%
Panel Area (total)26.4 m²
Wp per panel416 Wp
Year 25 Output87.5%
🌊 Floatovoltaic / Agrivoltaic
Standard rooftop install
Cooling Effect+0%
Agri Shade BenefitN/A
BIPV IntegrationN/A
Land Dual-UseNo
Battery SOC (24hr)
🔋 Battery Intelligence
State of Charge100%
Battery Health (SoH)96%
Charge Rate0.5C
Battery TypeLi-Ion LFP
Usable Capacity9.0 kWh
Charge Time2.0 hrs
Backup Duration8.5 hrs
Round-trip Efficiency95.2%
Estimated Life Left9.3 yrs
DoD (Max)90%
BMS StatusHealthy
🔄 Charge Strategy
✅ Peak Solar Charging: ON
Today Charged8.4 kWh
Today Discharged1.6 kWh
Optimal Charge Start9 AM
Optimal Discharge6 PM–10 PM
🌙 Nighttime Backup
Nighttime Load1.05 kW avg
Backup hrs8.5 hrs
Morning SOC est22%
Outage Protection✅ Active
💡 Battery Alerts
✅ Cell balance: Normal
ℹ Maintenance: 90 days
Thermal Runaway RiskLOW
Cycle Count412
Grid Export / Import (kWh/hr)
⚡ Net Metering Summary
Units Exported18 kWh
Units Imported6 kWh
Net Units+12 kWh
Export Revenue₹72
Import Cost₹48
Net Grid Bill₹-24 (Credit)
Monthly Net₹2,160
Annual Export Revenue₹25,920
Self-Sufficiency82%
Grid Dependency18%
📊 Tariff Slab Analysis
Slab 1 (0–100 units)₹3.50/unit
Slab 2 (101–200)₹5.50/unit
Slab 3 (201+)₹8.00/unit
Current SlabSlab 1
Slab Savings₹1,350/mo
🔌 Grid Stability
Grid Frequency50.02 Hz
Voltage THD1.8%
Power Factor0.98
Anti-island Protection✅ Active
Zero Export ModeOff
📋 Hourly Grid Log
| Hour | Generated | Consumed | Exported | Imported | Surplus | Net ₹ |
|---|
🚗 EV Charging Intelligence
✅ Optimal: 11AM–2PM (Solar peak)
Recommended Mode🌿 ECO Solar
EV Charger Power3.3 kW (AC L1)
Solar-only Charge16.5 kWh
Grid Top-up needed8.5 kWh
EV Charging Cost (solar)₹0
Daily EV km range82 km
V2H CapabilityOptional
Monthly fuel saved₹2,400
Annual EV savings₹20,640
EV vs Solar Surplus
⚡ Charging Slots AI
✅ 11AM–1PM (Peak Solar)
⚠ 3PM–4PM (Moderate)
❌ Avoid 6PM–10PM
🔌 Charger Types
Level 1 (3.3kW)✅ Compatible
Level 2 (7.4kW)Needs upgrade
Bidirectional V2HReady
📊 Monthly EV Savings
Fuel Saved₹2,400/mo
Grid Charge Cost₹680/mo
Net Saving₹1,720/mo
🌾 Agri-Solar AI Advisor
✅ Best irrigation: 11AM→2PM (Peak Solar)
Water Pump Power1.5 kW
Pump Solar Runtime3 hrs/day
Water Pumped/day18,000 L
Irrigation Cost (solar)₹0/day
Annual Irrigation savings₹13,140
PM-KUSUM Eligible✅ Yes (60% subsidy)
Solar Pump Scheme3HP–10HP Range
Crop Water Need vs Pump Output
🌱 Crop AI
Recommended CropTomato, Chilli
Shade Tolerance30% shade ok
Dual Land ROI+28% income
💧 Solar Water Heater
Capacity200L/day
Annual Saving₹6,132
LPG Saved4.2 cyl/yr
🌧 Rainwater Harvesting
Panel Runoff Area26.4 m²
Harvestable Water18,480 L/yr
Tank Size Rec5,000 L
CO₂ OFFSET/yr
1.80 T
Tonnes CO₂e saved
TREES EQUIV
84
Trees planted
CAR KMS AVOIDED
9,000 km
Petrol car equivalent
CARBON CREDITS
₹1,800
@ ₹1,000/tonne
🌳
84
Trees planted
✈
0.3
Flights avoided
🚗
9,000 km
Car km offset
🏠
0.6
Homes powered
Annual CO₂ Savings
📋 Carbon Lifecycle
Mfg Carbon (panels)0.85 T CO₂
Carbon Payback0.47 yrs
25yr Net Carbon Saved44 T
Grid Emission Factor0.82 kgCO₂/kWh
SDG 7 Compliance✅ Clean Energy
SDG 13 Compliance✅ Climate Action
Estimated Payback Period
4.2 years
System cost recovered through savings & export revenue
💰 Investment Summary
System Cost₹3,00,000
Subsidy₹90,000
Net Investment₹2,10,000
Annual Savings₹79,200
Simple Payback4.2 yrs
IRR19.4%
NPV (25yr @ 8%)₹5,48,000
📈 Revenue Streams
Bill Savings₹6,600/mo
Grid Export₹2,160/mo
Carbon Credits₹150/mo
EV Fuel Savings₹1,720/mo
Solar Water Heating₹511/mo
TOTAL Monthly₹11,141/mo
📅 25-Year Projection
Year 5 Cumulative₹5.6L
Year 10 Cumulative₹11.2L
Year 15 Cumulative₹16.5L
Year 25 Cumulative₹26.8L
Degradation Factored✅ 0.5%/yr
Cumulative Cash Flow (25 Years)
🔬 AI Diagnostics Panel
System Efficiency92%
Soiling Loss4.0%
Thermal Loss2.1%
Shading Loss3.2%
Mismatch Loss1.5%
Wiring Loss1.8%
Inverter Efficiency96.3%
System Overall PR84%
Next Cleaning DueIn 12 days
Cleaning Gain+4% output
96%
Inverter Eff
84%
System PR
92%
Panel Eff
⚡ String-Level Panel Health
Click panel to see details. 🟢 OK 🟡 Low 🔴 Fault ⚫ Off
Click a panel cell to see output.
🚨 Active Faults
✅ No critical faults
⚠ Panel #7: Soiling (minor)
⚠ String 2: 3% mismatch
📅 Maintenance Schedule
Panel Cleaning12 days
Inverter Service6 months
Battery Inspection3 months
MC4 Connector Check2 months
📡 IoT Telemetry
Data Refresh60s
Cloud Sync✅ Active
SMS AlertsEnabled
Last Data--:--:--
Load Profile vs Solar
🏭 Smart Load Scheduling AI
📊 Demand Forecasting
Today Peak Demand4.8 kW (2PM)
Tonight Peak2.1 kW (8PM)
Tomorrow Forecast28.2 kWh
Peak Shaving✅ Enabled
⚡ Industrial Energy
Motor Load2.2 kW
Compressor1.8 kW
HVAC1.5 kW
Lighting (LED)0.3 kW
Peak Demand Charge Saved₹480/mo
🏙 Solar Infrastructure & Public Sector
Residential
5 kW
Rooftop
Bill offset95%
Commercial
50–500 kW
MSME / Mall
Demand saving₹40k/mo
Industrial
1–10 MW
Captive gen
Grid dependency↓60%
Street Lighting
40W/light
Solar LED
Battery backup12 hrs
EV Bus Depot
200 kW
Fleet solar
Buses/day8 buses
Hospital/School
25 kW
Critical load
Uptime99.9%
Water Treatment
15 kW
Solar WTP
Daily treated50k L
Telecom Tower
3 kW
Off-grid BTS
Diesel saved1,200L/yr
EV Charging Stn
7.4 kW AC
Public solar
Revenue/day₹480
🛰 SCADA / Remote Monitoring
Remote Access✅ Web + Mobile
AI Fault DetectionReal-time ML
OTA Updates✅ Enabled
Data Retention5 Years
🏛 Govt Schemes & Subsidies
PM Surya GharUp to ₹78,000
PM-KUSUM (Farm)60% subsidy
MNRE CAPEX30% subsidy
Accelerated Depreciation40% Year 1
Net Metering✅ All states
🌦 Current Weather Analytics
Temperature35°C
GHI850 W/m²
UV Index9.2 (Very High)
Cloud Cover0%
Wind Speed12 km/h NE
Humidity48%
AQI / Dust72 Moderate
Sunrise / Sunset6:02 AM / 6:48 PM
Day Length12h 46m
Peak Sun Hours5.5 hrs
Solar ZoneZone 4 (Excellent)
Irradiance Forecast (Today)
📅 7-Day Forecast
🌍 Location & Solar Resource
Latitude17.38°N
Annual GHI1,825 kWh/m²
Annual Clear Days280 days
Best MonthApril (6.1 PSH)
Monsoon ImpactJun–Sep (−30%)
Cyclone RiskLow
Hailstorm RiskLow
Dust Storm RiskModerate
Snow Load RiskNone
Wind Design Load150 km/h
Seismic ZoneZone II (Low)
ISTS ChargeWaived
⚖ Panel Technology Comparison
HJT Premium
24%
Best Eff
TOPCon
23%
New Tech
Monocrystalline
22%
Best Value
PERC
21%
Cost-Eff
| Technology | Efficiency | Cost/W | Temp Coeff | Lifespan | Best For | Low Light |
|---|---|---|---|---|---|---|
| Monocrystalline | 22% | ₹32/W | -0.35%/°C | 25 yrs | Residential | Good |
| Polycrystalline | 19% | ₹24/W | -0.40%/°C | 25 yrs | Budget | Fair |
| HJT Premium | 24% | ₹52/W | -0.25%/°C | 30 yrs | Hot climates | Excellent |
| PERC | 21% | ₹28/W | -0.36%/°C | 25 yrs | Commercial | Good |
| TOPCon | 23% | ₹45/W | -0.30%/°C | 30 yrs | Utility | Good |
| Thin Film | 12% | ₹18/W | -0.20%/°C | 20 yrs | Large areas | Best |
| Bifacial PERC | 20%+ | ₹34/W | -0.36%/°C | 27 yrs | Ground mount | Fair |
⚡ Inverter Type Comparison
| Type | Efficiency | Cost | MPPT | Monitoring | Best For | Lifespan |
|---|---|---|---|---|---|---|
| String Inverter | 96–98% | ₹18k–40k | 1–3 | String level | Residential | 10–12 yrs |
| Microinverter | 96–97% | ₹60k–1.2L | Per panel | Panel level | Shaded roofs | 20–25 yrs |
| Central Inverter | 95–97% | ₹5L–50L | 1–5 | System level | Utility | 10–15 yrs |
| Hybrid Inverter | 96–98% | ₹30k–1L | 2–4 | Full system | Residential+Battery | 10–12 yrs |
🔋 Battery Chemistry Comparison
| Chemistry | Energy Density | Cycles | Cost/kWh | Safety |
|---|---|---|---|---|
| LFP (LiFePO4) | 150 Wh/kg | 3000–6000 | ₹18k | Excellent |
| NMC | 250 Wh/kg | 1000–2000 | ₹22k | Good |
| Lead Acid (VRLA) | 40 Wh/kg | 200–500 | ₹8k | Good |
| Flow Battery | 25 Wh/kg | 10,000+ | ₹40k | Excellent |
🌍 India Solar Zone Summary
| Zone | Region | PSH | Annual GHI | 5kW Output |
|---|---|---|---|---|
| Zone 5 | Rajasthan, Gujarat | 6.0 | 2,190 | 10,950 kWh |
| Zone 4 | Telangana, AP, TN | 5.5 | 2,007 | 10,037 kWh |
| Zone 3 | Maharashtra, MP | 5.2 | 1,898 | 9,490 kWh |
| Zone 2 | Karnataka, Kerala | 4.8 | 1,752 | 8,760 kWh |
| Zone 1 | NE, Hilly | 4.2 | 1,533 | 7,665 kWh |
🎯 Scenario Simulator — Click to Load
💡 Budget Home (2kW)
Small rooftop, polycrystalline panels, basic battery, avg Telangana household
🏠 Standard Home (5kW)
Monocrystalline, 10kWh battery, EV charging, Hyderabad Zone 4
🏘 Premium Home (10kW)
HJT panels, 20kWh battery, solar tracker, export-heavy, Zone 5
🌾 Farm (3kW Pump)
PM-KUSUM, agrivoltaic, 3HP pump, drip irrigation system
🏢 Commercial (50kW)
MSME rooftop, 3-phase inverter, bi-annual soiling, net metering
📡 Off-Grid (3kW)
Remote telecom / village, 30kWh storage, no grid connection
📊 Monsoon Impact Simulation
⚠ Jun–Sep: Generation drops ~30–45% in Hyderabad
June Generation16.5 kWh/day
July Generation14.0 kWh/day
August Generation15.2 kWh/day
September Generation19.0 kWh/day
Battery Coverage (monsoon)6.2 hrs backup
Grid import increase+45% monsoon
📈 5-Year Soiling Degradation
Year 0 Output27.5 kWh/day
Year 1 Output27.2 kWh/day
Year 3 Output26.5 kWh/day
Year 5 Output25.8 kWh/day
Year 10 Output24.1 kWh/day
Year 25 Output20.5 kWh/day
🧙 System Sizing Wizard — Step 1 of 5
What type of property are you planning solar for?
What is your monthly electricity bill?
Do you need battery backup?
What is your available roof area?
✅ Based on your selections, we recommend a 5kW Monocrystalline system with 10kWh battery. Estimated payback: 4.2 years. Click "Apply Recommendation" to load this into the calculator!
📤 Export & Share Options
Share your solar analysis or export data for installer quoting
📋 Installer Quote Summary
🏛 Scheme Eligibility Checker
| Scheme | Eligibility | Max Subsidy | Process | Status |
|---|---|---|---|---|
| PM Surya Ghar | Residential, <10kW | ₹78,000 | Online portal | ✅ Open |
| PM-KUSUM Component A | Farmers, grid-connected | 60% | Discom | ✅ Open |
| PM-KUSUM Component B | Farmers, standalone pump | 60% | Discom/State | ⚠ State Specific |
| MNRE CAPEX | Commercial/Industrial | 30% | SECI/MNRE | ✅ Open |
| Accelerated Depreciation | Commercial (IT Act) | 40% Yr1 | CA/Accountant | ✅ Always On |
| Net Metering | All grid-tied | Credit billed | DISCOM | ✅ All States |