node-red-contrib-knx-ultimate/tutorial/knxUltimateLoadControl.md

Control your KNX and KNX Secure intallation via Node-Red! A bunch of KNX nodes, with integrated Philips HUE control and ETS group address importer. Easy to use and highly configurable.

# knxUltimateLoadControl Node – Tutorial Outline

## 1. Intro (0:00)
- "Hi! In this tutorial we configure the `knxUltimateLoadControl` node to manage power shedding on the KNX bus."
- "We’ll monitor total load, disconnect lower priority circuits, and restore them automatically when power drops."

## 2. Use Cases (0:20)
- Prevent main breakers from tripping when EV chargers, ovens, and HVAC run simultaneously.
- Sequence loads based on priority and automation rules."

## 3. Inputs & Outputs (0:40)
- One input: receives power readings (typically from a KNX energy meter) in watts.
- One output: emits status and log events for dashboards or notifications."

## 4. Core Settings (1:00)
- **Gateway**: select the optional KNX config for ETS autocomplete.
- **Topic / DPT**: define the GA that reports overall power consumption (e.g., DPT `14.xxx`).
- **Watt Limit**: threshold in watts for shedding to start.
- **Check Interval**: seconds between load checks.
- **Restore Delay**: seconds to wait before reinserting a load after shedding."

## 5. Load Slots (1:45)
- Up to five controllable loads, each with:
  - **GA** and **DPT** to toggle the load.
  - **Name** describing the device.
  - **Auto Restore** toggle (true = reconnect automatically when power recovers).
  - **Monitor GA/DPT** for feedback or metered values (optional)."

## 6. Operation Logic (2:15)
- When measured power exceeds the limit, the node sheds loads in order (1→5) until consumption is below the limit.
- Loads flagged with `autoRestore` are re-enabled after the restore delay if there’s available headroom.
- Each load can have a monitoring GA to confirm success or track actual usage."

## 7. Configuration Tips (2:45)
- Order loads by priority: first slot = lowest priority (shed first).
- Match DPTs to your actuators (e.g., `1.001` for switches).
- Use monitor GA to read actual consumption or device state before toggling."

## 8. Workflow Example (3:15)
- Slot 1: EV charger (auto restore disabled, manual intervention).
- Slot 2: Electric water heater (auto restore enabled).
- Slot 3: Pool pump (auto restore enabled).
- Use the output to log events and notify household when shedding occurs."

## 9. Best Practices (3:40)
- Add hysteresis to the watt limit if your meter is noisy.
- Coordinate with KNX scenes or schedules to pre-disable heavy loads during peak tariffs.
- Document each GA for electricians and maintenance staff."

## 10. Wrap-Up & CTA (4:05)
- "We configured load thresholds, mapped five priority circuits, and explained auto restore timing."
- "Subscribe for more KNX energy management tips and share your load shedding strategies!"