SYSTEM ONLINE
--:--:--
⚠️
Grid Voltage
—V
— no data —
Load Current
—A
— no data —
Active Power
—W
— no data —
Frequency
—Hz
Nominal 50.00 Hz
🔌 PRIORITY LOAD CONTROL — RELAY STATUS (as reported by ESP32)
🔴 PRIORITY 1 — CRITICAL ENERGISED
⚡
Relay 1 · Always ON
Relay CLOSED — Load Supplied
🔹 Security System   🔹 Medical Equipment   🔹 Refrigeration
🟡 PRIORITY 2 — ESSENTIAL ENERGISED
⚡
Relay 2 · Shed at Threshold 1
Relay CLOSED — Load Supplied
🔹 Lighting   🔹 Fans   🔹 Phone Chargers   🔹 TV
🟢 PRIORITY 3 — NON-ESSENTIAL ENERGISED
⚡
Relay 3 · Shed first at Warning
Relay CLOSED — Load Supplied
🔹 Geyser   🔹 Pool Pump   🔹 Air Conditioning   🔹 Heaters

📡 Remote Commands (sent to ESP32 via Worker)

— No commands sent this session —

⚙️ Shedding Thresholds (configure ESP32)

⚠️ P3 Warning Voltage 200V
🔻 P3 Shed Voltage 195V
🔻 P2 Shed Voltage 185V
These values are sent as a command to the ESP32. The ESP32 makes all shedding decisions autonomously — the dashboard only reflects what it reports.

📊 System Status

☁️ Cloudflare Worker● Connected
🗄️ D1 Database● Active
📡 ESP32● Online
🔄 Auto-refresh● Every 15s
📶 SIM800L GSM● Active
📥 Last fetch—
📊 Readings loaded—

📈 Voltage Over Time

📉 Current Over Time

⚡ Power Consumption (W)

📊 Load Shed Events Timeline

🔄 Voltage vs Current

📊 Voltage Distribution

🥧 Load On-Time Share

📋 EVENT LOG — Shed & Restore Transitions
📋

Load data to see the shed/restore event history.