Solar Energy Monitoring & Control

Your Solar System,
Under Full Control

Real-time monitoring, remote inverter control, AI-powered insights, and battery health tracking. Built for hybrid solar installations that demand precision.

5 min
Data Resolution
12+
Live Metrics
6
AI Analysis Modes
24/7
Autonomous
Real-Time Dashboard

Live Energy Flow

Watch energy move through your system in real-time. Animated SVG power flow diagram shows exactly where your power is going — from solar panels to battery, inverter to home, and grid interactions.

  • Animated energy flow lines with direction indicators
  • 4 key metric cards: Solar, Battery, Grid, Consumption
  • Multi-plant support with instant switching
  • TV Kiosk mode for wall-mounted displays
  • Auto-refresh every 3 minutes with WebSocket option
smartsolar — dashboard
☼
5.2 kW
Solar
→
⚡
5 kVA
Inverter · 35°C
→
🏠
7.6 kW
Consumption
☼Solar
5.2 kW
Today: 28.5 kWh
🔋Battery
85%
Charging · 52.4V
⏻Grid
0 W
220V · 50.1 Hz
🏠Load
7.6 kW
Today: 32.1 kWh
Historical Analysis

Track Every Kilowatt

Daily, monthly, and yearly energy analysis with exportable reports. See exactly how much you generated, consumed, and saved over any time period.

  • Daily summaries with 7/30/90 day presets
  • Energy bar charts: Generated vs Consumed vs Grid
  • Self-consumption ratio tracking
  • CSV export for spreadsheets
  • AI-powered period analysis on demand
smartsolar — historical · 30 days
856 kWh
Generated
963 kWh
Consumed
92%
Self-Consumption
Mar 1Mar 5Mar 10Mar 15Mar 20
Remote Inverter Control

Command Your System

Change inverter settings remotely without touching the hardware. Switch between solar-first and grid-first modes, adjust charging currents, and manage battery configurations.

  • Output priority: SBU (Solar First) / SUB (Grid First)
  • Charging current: 10-200A adjustment
  • Battery type: AGM / Flooded / Custom
  • BMS control: Enable/Disable management
  • Per-inverter controls for multi-device setups
  • Command history with audit trail
smartsolar — inverter controls
INVERTER 1 — HPVINV04-5KVA
Output Priority
✓ Applied
Max Charging Current
✓ Applied
Battery Type
✓ Applied
BMS Control
✓ Applied
Smart Alerts

Never Miss a Problem

Configurable alerts for every scenario. Get notified via Telegram, email, web push, or MQTT when something needs attention. AI explains the context behind every alert.

  • Battery low/critical thresholds (configurable %)
  • Grid loss detection (instant notification)
  • Inverter overheating (≥60°C warning)
  • Device offline (15+ min no data)
  • Multi-channel: Telegram, Email, Web Push, MQTT
  • AI-powered alert context explanations
smartsolar — alerts
Critical Battery critically low — SOC at 8% 14:32
Warning Inverter temperature high — 58°C 13:15
Info Grid power restored after 2h outage 12:47
Warning Solar generation 40% below forecast 11:20
Info Daily summary: Generated 25.3 kWh, consumed 28.1 kWh 00:00
Battery Intelligence

Predict Battery Life

Track State of Health (SOH) over time, monitor charge cycles, and get projected replacement dates. Know exactly when your batteries need attention before they fail.

  • SOH estimation with trend analysis
  • Cumulative charge cycle tracking
  • Capacity degradation charts
  • Projected replacement year
  • Daily average cycle count
  • Health status: Healthy / Degrading / Critical
smartsolar — battery health
87.5%
State of Health
1,245
Total Cycles
3.2
Avg Daily Cycles
2029
Est. Replacement
SOH Trend (12 months)
AI-Powered Analysis

Ask Your Solar System

Six analysis modes powered by Kulvex AI: health scoring, report generation, anomaly detection, solar forecasting, optimization recommendations, and a conversational chat interface.

  • Health score: 0-100 system rating
  • ML anomaly detection (automatic, hourly)
  • 24-hour solar generation forecast
  • Optimization: self-consumption, cost savings, battery life
  • Natural language chat about your system
  • AI-generated PDF reports (daily/weekly/monthly)
smartsolar — AI analysis · chat
Why was my solar generation low yesterday?
Yesterday's generation was 18.3 kWh, which is 35% below your 30-day average of 28.2 kWh. Cloud cover was 78% according to weather data, and there was light rain between 11:00-15:00. This correlates with GHI dropping to 210 W/m² during peak hours. Your system is functioning normally — the drop is weather-related.
Should I switch to grid-first mode tonight?
Based on current SOC (62%) and tomorrow's forecast (sunny, 31 kWh expected), I recommend staying in SBU mode. Your battery should reach 20% around 03:00 AM, at which point the inverter will auto-switch to grid. Switching to SUB now would waste 4.2 kWh of stored energy.
Everything You Need

Complete Solar Intelligence

⚡

Multi-Inverter Support

Monitor and control multiple inverters per plant. Each device gets its own power flow diagram and control panel.

📡

Public REST API

API Key authenticated endpoints for Home Assistant, Node-RED, and custom integrations. Full read/write access.

📱

Flutter Mobile App

Native iOS and Android app with full dashboard, controls, and push notifications. Built with Flutter.

🔒

Enterprise Security

JWT + 2FA authentication, encrypted credentials (Fernet), API key scopes, and full audit logging.

🌙

Weather Integration

OpenWeatherMap integration for solar forecasting. GHI, cloud cover, and temperature affect predictions.

📦

Dockerized Deployment

One-command deployment with Docker Compose. PostgreSQL, Redis, Nginx, and SSL included.

Ready to Monitor?

Take Control of
Your Solar Energy

Self-hosted, open-source, and designed to run 24/7 without cloud dependencies.

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