node-red-contrib-octopus-intelligent 1.7.0

Node-RED integration for Octopus Energy Intelligent Octopus Go with Home Assistant MQTT discovery

npm install node-red-contrib-octopus-intelligent

node-red-contrib-octopus-intelligent

Node-RED integration for Octopus Energy with automatic Home Assistant MQTT discovery

Monitor electricity and gas rates (import + export), EV charging schedules, real-time home energy usage, account balance, saving sessions, and Wheel of Fortune spins. MQTT discovery sets them all up as Home Assistant entities.

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✨ Features

🎮 EV Smart Controls

• Target Charge Slider (5–100%) — Set your desired battery level
• Ready Time Dropdown (any half-hour slot, 00:00–23:30) — When your car needs to be ready. Matches the Octopus app; other values are rejected with an error and nothing is sent to Octopus.
• Apply Changes Button — In Home Assistant, press Apply Changes to send the new target and ready time. A command from a flow is sent at once.
• Confirmed Values — See your current API-validated settings
• Smart Charging Toggle — Suspend or resume Octopus intelligent charging from Node-RED or Home Assistant. Each charging poll reads the current state, so a change made in the Octopus app shows up too.

⚡ Real-Time Charging Data

• Next Charge Time — When your next slot starts
• Total Planned Energy — Total kWh across all upcoming slots
• Individual Slot Times — Up to 3 slots with start/end times
• Charging Window — Overall window from first to last slot
• Charge Source — Smart-charge vs bump-charge indicator
• Completed Dispatches — History of completed intelligent charging sessions
• Flex Planned Dispatches — Upcoming flex dispatch schedule

🔌 Electricity & Gas Rates

• Live Unit Rate — Current electricity rate (p/kWh) and gas rate (p/kWh)
• Standing Charges — Daily standing charges for electricity and gas
• Tariff Code — Your current tariff identifier and validity dates
• Recent Consumption — Previous day kWh for electricity (import + export) and gas
• Current Rate Slot — Live rate from your 24h applicable rates schedule
• Previous / Next Rate — Adjacent slot rates and transition timestamps
• Energy Dashboard Rate — Electricity rate in GBP/kWh, ready for HA's Energy Dashboard cost tracking

🌞 Electricity Export (Solar / Battery)

• Export Tariff — Tariff code, standing charge, validity dates for the OUTGOING agreement
• Export Half-Hourly Rates — Full 48-slot schedule for variable export tariffs (e.g. Agile Outgoing)
• Live Export Rate — Current p/kWh and GBP/kWh
• Previous / Next Export Rate — Adjacent slot rates and transition timestamps
• Export Consumption — Previous day kWh exported to the grid (read from the export meter point)

🏠 Home Energy (Octopus Home Mini)

• Live Demand — Real-time grid import in kW
• Period Consumption — Energy consumed in the last half-hour period (kWh)
• Requires Octopus Home Mini device registered to your account (opt-in)

💰 Account & Rewards

• Account Balance — Current credit/debit balance in £
• Saving Sessions — Next session availability, start/end times, joined status, and Octopus Points
• Free Electricity — Upcoming free electricity window detection (active June–October)
• Wheel of Fortune — Remaining electricity and gas spins (opt-in)
• Octoplus — Enrollment status and loyalty points

🚗 SmartFlex Vehicle and Inverter

• Vehicle Details: Make, model, battery size, charger power, and what Octopus says the device is doing
• Charging Sessions: Your last 5 sessions, with energy added, final charge, cost, and any problems
• Boost Charge: Start or cancel a boost with set_boost
• Inverter Data (experimental): Solar, home battery, grid, and site power. Off by default.

🔧 Advanced Features

• Account Discovery — Automatic product detection at startup; categories auto-enable based on registered products
• Per-Category Polling — Each data group polls on its own schedule. You set some intervals in the editor, and the rest are fixed.
• Manual Refresh Button — Force API refresh from Home Assistant (30s cooldown)
• Next Poll Timer — An estimate of the next automatic refresh
• API Usage Tracking — Monitor requests and complexity in diagnostics
• Exponential Backoff — Smart retry prevents sensor unavailability
• Error Fields and Status — Each data group has its own *_error field in msg.payload. The node status and the Node-RED log show the rest.

🏡 Home Assistant Integration

• Zero Configuration — MQTT auto-discovery sets everything up
• Two-Tier Entity Organisation — Main entities (controls, live rates, consumption, tariff metadata, rewards) and Diagnostics (errors, raw timestamps, API metrics, locale timestamps)
• Suggested Area — Auto-suggests "Energy" area
• Reference dashboard YAML — examples/ha-dashboard.yaml covers all controls (including the Smart Charging, Charge Cap, and Boost Charge switches), live values, SmartFlex vehicle cards, and the error state binary sensors in a packed sections layout, ready to paste into HA's Raw Configuration Editor. A few diagnostic sensors and the experimental inverter entities are left out.
• Node-RED Dashboard 2.0 example — examples/node-red-dashboard-flow.json is an importable @flowfuse/node-red-dashboard flow whose Controls page has the target limit, all 48 ready-by times, the Smart Charging, Charge Cap, and Boost Charge switches, refresh, and the timezone override. Its Status page shows the SmartFlex vehicle and recent charging sessions.

🌍 Timezone Support

• Locale Timestamps (*_locale fields) — always in server auto-detected timezone
• Resolved Display Fields — slot and window times in your configured timezone
• HA Timezone Select — change timezone from Home Assistant without redeploying
• Node Config Override — set IANA timezone directly in the node editor
• Zero Dependencies — native Intl API, no new packages

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📸 Screenshots

Node Configuration

Configure your account credentials, polling intervals, and MQTT broker in the node editor. The MQTT Broker dropdown connects directly to your Home Assistant Mosquitto instance. Per-category intervals set how often the node polls each data source. Electricity and gas rates update hourly by default, while Home Mini polls every minute for live demand.

Node-RED Flow Example

Home Assistant — Dashboard

examples/ha-dashboard.yaml is a Lovelace dashboard with all controls, live values, and error state binary sensors. A few diagnostic sensors and the experimental inverter entities are left out. Paste it into HA's Raw Configuration Editor to get the layout below. The layout uses HA's sections view and packs cards uniformly across up to 4 columns on wide screens. The EV controls card includes the Smart Charging, Charge Cap, and Boost Charge switches. The SmartFlex vehicle cards hide on accounts without a SmartFlex car or charge point. The screenshots below predate the Charge Cap and Boost Charge switches.

EV controls, electricity import & export

EV target slider and ready-time dropdown at top, then live import rate / standing / today's kWh, full import tariff card, half-hourly applicable rates summary, and the same trio for export (live export rate, export tariff, export consumption, half-hourly Agile Outgoing rates).

Gas, account, rewards, Home Mini

Gas rate / standing / consumption + tariff. Account balance, Octoplus enrolment, Saving Sessions card, Free Electricity card, Wheel of Fortune spins, and the Home Mini live-demand gauge with current half-hour kWh.

Diagnostics — UTC timestamps, raw timestamps, errors

UTC-class slot/window timestamps (HA renders them as relative "n hours ago"), raw API strings for verbatim debugging, timezone + API usage rows, and a consolidated error panel covering every category.

Gas — live data from a real account

For accounts with a gas meter point, the gas card shows the live tariff code, unit rate (p/kWh), standing charge, daily consumption (kWh), and tariff validity dates. The screenshot shows v1.3.0 reading a real account on the Octopus standard variable gas tariff.

Seasonal / conditional entities — when they show "Unavailable"

Sensor	Active period	Outside season / condition
Saving Session Start / End	October–March	null — no sessions scheduled
Free Electricity Start / End	typically June–October	null — no sessions scheduled
Electricity / Gas Tariff Valid To	When tariff has an end date	null — open-ended tariff
Gas entities	Only if account has a gas meter point	null — electricity-only accounts
Home Mini	Only if a Home Mini device is registered	Entities are still created and stay empty
Electricity Export entities	Only if account has an OUTGOING agreement	Entity values null without an export tariff
EV planned slots / dispatches	Only when a charge is scheduled	null between plug-in cycles

This is normal. The node publishes the entity definitions so HA registers them, and the values fill in when the API returns data for that period.

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📋 Requirements

• Node-RED v2.0+
• Octopus Energy Account — any electricity account works for rates/consumption/account data
  • Intelligent Octopus Go tariff required for EV charging features
  • Octopus Home Mini device required for real-time consumption (opt-in)
  • Wheel of Fortune is opt-in and requires an active electricity agreement
• API Key — Generate here
• MQTT Broker (optional, for Home Assistant integration)
• Home Assistant (optional, for MQTT features)

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🚀 Quick Start

1. Install via Node-RED Palette

1. Open Node-RED → Menu → Manage Palette
2. Install tab → Search node-red-contrib-octopus-intelligent
3. Click Install

2. Get Your Credentials

Account Number (format: A-XXXXXXXX):

• Found at https://octopus.energy/dashboard/

API Key (format: sk_live_...):

• Get from https://octopus.energy/dashboard/new/accounts/personal-details/api-access
• Click "Generate API Key"

3. Configure the Node

1. Drag Octopus Intelligent into your flow
2. Double-click to configure:
   • Account Number (format: A-XXXXXXXX)
   • API Key (stored securely)
   • Intelligent (Min) sets the charging data poll interval. The default is 5 minutes.
   • Intervals for electricity, gas, Wheel of Fortune, and Home Mini (all optional)
   • Untick Electricity to stop the electricity rates and consumption polls. The node still polls applicable rates and free electricity while your account has an electricity meter.
   • ☑ Enable Home Mini: tick if you have an Octopus Home Mini device
   • ☑ Enable Wheel of Fortune: tick to track remaining spins
   • ☐ Inverter (experimental): tick only if Octopus controls your solar inverter. Off by default.
   • Tick Enable Home Assistant MQTT and choose a broker to publish to Home Assistant
3. Deploy — account discovery runs automatically and enables categories based on your registered products

4. Home Assistant (Optional)

If MQTT enabled:

1. Wait ~5 seconds after deploy
2. Settings → Devices & Services → MQTT
3. Find "Octopus Intelligent" device
4. The entities are already there. No YAML is needed.

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⬆️ Upgrading to v1.7.0

v1.7.0 adds features. Existing flows, automations, and dashboards keep working, with one change for MQTT commands.

• The node now ignores retained messages on submit_changes, refresh, set_smart_charging, set_charge_cap, and set_boost, and logs one warning per topic. Home Assistant does not retain these commands, so its buttons and switches work as before. If your own flow publishes one of these commands with retain set, turn retain off. To clear an old retained message, publish an empty retained message to that topic.
• With a SmartFlex car or charge point, 11 new entities appear in Home Assistant: the Boost Charge switch and 10 vehicle entities. Octopus lists a charge point as an electric vehicle, so it gets the same entities. See Home Assistant Entities below for the counts.
• The experimental Inverter option is off, so nothing changes for inverters until you tick it.
• If you go back to an older version, the new entities stay in Home Assistant. The vehicle entities show Unavailable, and the Boost Charge switch keeps its last state and does nothing. The broker still holds their retained discovery config, so Home Assistant will not delete them one by one. To remove them, clear their retained discovery topics on the broker (homeassistant/.../nodered_<account>_<id>/config), for example with MQTT Explorer. Or delete the Octopus Intelligent device in Home Assistant: that clears the topics, but you lose the names and areas you set and any entity ids you changed. If you ticked Inverter, untick it and deploy before you go back, and the node removes the inverter entities for you.

⬆️ Upgrading from v1.2.x

v1.3.0 only adds features and has no breaking changes. Existing flows, automations, and dashboards keep working.

What happens on upgrade:

• All existing entity IDs are preserved (HA's MQTT integration matches by unique_id, which is stable)
• All v1.2.x payload fields remain in the same positions
• About 70 new sensors appear in Home Assistant after the first poll. They cover electricity import and export tariffs and rates, gas tariff and consumption, Home Mini, Octoplus, saving sessions, free electricity, Wheel of Fortune, account balance, and applicable rates.
• New node config options (Home Mini, Wheel of Fortune) default to off
• Two existing Octoplus booleans (octoplus_enrolled, octoplus_loyalty_points_user) move from the sensor. to the binary_sensor. domain. A fresh install picks the right domain, but an upgrade may register both. Delete the old sensor. entries in Dev Tools if you want a tidy device card.

If you installed an early dev build of v1.3 and have stale entities in Home Assistant, see Stale Entities After Early v1.3 Dev Build in the Troubleshooting section.

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📊 Home Assistant Entities

175 MQTT entities are published under a single Octopus Intelligent device on a fresh install with a car or charge point Octopus smart-charges. Without one, the 10 vehicle entities and the Boost Charge switch are left out and the count is 164. If you tick the experimental Inverter option and Octopus lists an inverter on your account, 14 more are added (189 with a car). All entities are organised into two tiers: Main (controls, live data, tariff metadata, rewards) and Diagnostics (errors, raw timestamps, locale timestamps, API metrics).

If your device card shows more entities than these counts, the extras are likely leftovers from earlier installed versions or interrupted discovery. They can be deleted via Settings → Devices & Services → MQTT → Octopus Intelligent → entity → cog → "Delete from registry" without affecting current operation.

Node-RED payload vs MQTT entities

msg.payload from the Node-RED node contains more than 150 fields. Some payload fields are intentionally not exposed as individual HA entities; they exist for template/automation use inside Node-RED or HA Jinja:

Category	Fields (count)	Why no MQTT entity
Bulk array data	applicable_rates, electricity_export_rate, completed_dispatches, flex_planned_dispatches (4)	Each is an array of 48 half-hour slots or N dispatches. Exposing each row as an MQTT entity would clutter the registry. The _count summary entity exists; consume the full array via templates / apexcharts-card for visualisation.
Pending controls	pending_limit, pending_time (2)	The number/select control entities (Target Charge, Ready By) render the pending value through their own value_template. No separate sensor entity needed.
Cost placeholders	electricity_consumption_cost, gas_consumption_cost (2)	Reserved for a future cost calculation (consumption × rate). Always null.
Vestigial	saving_session_points (1)	Octopus moved points to the Octoplus query. The field is always null. A sensor named Octopus Octopus Points still exists and is always empty. Use octoplus_loyalty_points_user for Octoplus.

Implication for HA users. Every value you might want to show is reachable. Direct values use the MQTT entity. Previous and next import rates are available as diagnostic sensors.

Controls

These entities take commands. Timezone, Smart Charging, and Charge Cap carry the HA entity_category: config flag, because they are settings you change.

Name	Description
Octopus Target Charge	Slider (5–100%) — set desired battery charge level; shows the pending value until applied
Octopus Ready Time	Dropdown (00:00–23:30, half-hour slots) — time by which the car must be ready. Other values are rejected with an error and nothing is sent to Octopus
Octopus Apply Changes	Submit pending limit/time changes to the Octopus API
Octopus Refresh API	Force an immediate API refresh (30-second cooldown enforced)
Timezone	Display timezone for all slot and window times, with 15 IANA options
Smart Charging	Enable (unsuspend) or disable (suspend) Octopus intelligent charging
Charge Cap	Limit smart charging to off-peak rates only (as in the Octopus app)
Boost Charge	Start charging now, outside the Octopus plan. Turn off to cancel the boost. Only published when Octopus lists a car or charger it controls

Binary Sensors

Name	Description
Octopus Charging Now	ON while the EV is inside a dispatch charging slot or a boost is running
Octopus Saving Session Available	ON if a saving session is upcoming or joinable
Octopus Free Electricity Active	ON while a free electricity window is in progress right now
Octopus Free Electricity Available	ON if a free electricity window is scheduled in the future
Octopus Octoplus Enrolled	ON if the account is enrolled in Octoplus
Octopus Octoplus Loyalty Points	ON if the account participates in Octoplus loyalty points (boolean flag from the API)
Octopus Saving Session Joined	On when you have joined the current saving session campaign
Octopus Saving Session Window Active	On while a saving session window is open, joined or not
Octopus Saving Session Active	On while a saving session window is open and you have joined
Octopus Last Charge Session Problem	ON if the latest finished charging session had a problem. Only with a SmartFlex car or charge point

Main Sensors — EV Charging

Name	Description
Octopus Confirmed Charge Limit	API-confirmed target charge percentage — last setting accepted by Octopus
Octopus Confirmed Ready Time	API-confirmed ready time — last setting accepted by Octopus
Octopus Next Charge Time	Start time of the next planned charging slot (display timezone)
Octopus Total Planned Energy	Total kWh across all upcoming planned dispatch slots
Octopus Next Slot Energy	Energy (kWh) scheduled for the next individual slot
Octopus Charge Source	Source of next charge: smart-charge (scheduled by Octopus algorithm) or bump-charge (car plugged in outside schedule)
Octopus Slot 1 Start	Start time of planned slot 1
Octopus Slot 1 End	End time of planned slot 1
Octopus Slot 2 Start	Start time of planned slot 2 (null if fewer than 2 slots)
Octopus Slot 2 End	End time of planned slot 2
Octopus Slot 3 Start	Start time of planned slot 3 (null if fewer than 3 slots)
Octopus Slot 3 End	End time of planned slot 3
Octopus Overall Window Start	Start of the first planned slot — when the charging window opens
Octopus Overall Window End	End of the last planned slot — when the charging window closes
Octopus Completed Dispatches	Count of completed intelligent dispatch sessions on record
Octopus Flex Planned Dispatches	Count of upcoming flex dispatch slots

Main Sensors, SmartFlex Vehicle

Only published when Octopus lists a SmartFlex car or charge point on your account.

Name	Description
Octopus Last Charge Session Energy	kWh added in the latest finished charging session. The last 5 sessions and the device alerts are attributes. Each new session starts a new total, so Home Assistant keeps statistics and you can add it to the Energy dashboard as an individual device
Octopus Last Charge Session Final Charge	Battery percentage at the end of the latest finished session

Main Sensors — Electricity (Import)

Name	Description
Octopus Electricity Standing Charge	Daily electricity standing charge (p/day) from current tariff
Octopus Electricity Consumption	Electricity consumed in the previous day (kWh) from the import meter
Octopus Current Electricity Rate	Live unit rate (p/kWh) from the 24h applicable rates schedule — use this on half-hourly tariffs (e.g. Intelligent Octopus Go) instead of Electricity Unit Rate
Octopus Electricity Rate	Live unit rate in GBP/kWh — measurement state class, ready for the HA Energy Dashboard
Octopus Electricity Unit Rate	Fixed unit rate (p/kWh) — null on half-hourly tariffs
Octopus Electricity Tariff Code	Current import tariff product code
Octopus Electricity Tariff Valid From / Valid To	Validity window of the current import tariff (Valid To is null for open-ended tariffs)
Octopus Electricity Day Rate	Day rate in p/kWh on tariffs with rate bands
Octopus Electricity Night Rate	Night rate in p/kWh on tariffs with rate bands
Octopus Electricity EV Peak Rate	EV peak rate in p/kWh on four-rate EV tariffs
Octopus Electricity EV Off-Peak Rate	EV off-peak rate in p/kWh on four-rate EV tariffs

Main Sensors — Electricity (Export)

Name	Description
Octopus Electricity Export Standing Charge	Daily export standing charge (p/day) — typically 0 for Agile Outgoing
Octopus Electricity Export Consumption	Electricity exported to the grid in the previous day (kWh) from the export meter
Octopus Current Electricity Export Rate	Live export rate (p/kWh) for the current half-hour slot
Octopus Electricity Export Rate	Live export rate (GBP/kWh) — measurement state class
Octopus Electricity Export Unit Rate	Fixed unit rate — null on half-hourly export tariffs (e.g. Agile Outgoing)
Octopus Electricity Export Tariff Code	Current export tariff product code (e.g. AGILE-OUTGOING-19-05-13)
Octopus Electricity Export Tariff Valid From / Valid To	Validity window of the current export tariff

Main Sensors — Gas

Name	Description
Octopus Gas Standing Charge	Daily gas standing charge (p/day) from current tariff
Octopus Gas Consumption	Gas consumed in the previous day (kWh)
Octopus Gas Unit Rate	Gas unit rate (p/kWh)
Octopus Gas Tariff Code	Gas product code
Octopus Gas Tariff Valid From / Valid To	Validity window of the current gas tariff

Main Sensors — Account & Rewards

Name	Description
Octopus Account Balance	Current account credit or debit balance (£)
Octopus WoF Electricity Spins	Wheel of Fortune electricity spins remaining (opt-in)
Octopus WoF Gas Spins	Wheel of Fortune gas spins remaining (opt-in)

Main Sensors — Home Mini

Name	Description
Octopus Home Mini Demand	Real-time grid import in kW — requires Octopus Home Mini and opt-in checkbox in node config
Octopus Home Mini Period Consumption	Energy consumed in the current half-hour period (kWh)

Main Sensors — Account, Octoplus, Rewards (continued)

The following appear in the main device entity list (not the Diagnostics tab):

Name	Description
Octopus Octoplus Status	Octoplus enrollment status string (e.g. ENROLLED)
Octopus Saving Session Start / End	Start and end of the next saving session (null outside October–March)
Octopus Free Electricity Start / End	Start and end of the next free electricity window (null outside the active period)

Diagnostic Sensors

Appears under the Diagnostics tab of the HA device card.

Polling & Refresh

Name	Description
Octopus Next Poll Time	Estimate of the next automatic API refresh
Octopus Refresh Available At	Timestamp when the manual refresh cooldown expires (null = available now)

API Usage

Name	Description
Octopus API Requests (Last Hour)	Number of API calls made in the last 60 minutes
Octopus API Complexity (Last Hour)	Total estimated GraphQL complexity used in the last hour
Octopus API Complexity Usage	Percentage of the 50,000/hour GraphQL complexity limit consumed

Raw Timestamps (UTC)

Exact UTC strings from the API, unaffected by timezone settings. Use these when you need unambiguous UTC values in automations.

Name	Description
Octopus Next Charge Time (Raw)	Next charge time — exact UTC string from API
Octopus Next Poll Time (Raw)	Next poll time — exact UTC string
Octopus Slot 1 Start (Raw)	Slot 1 start — exact UTC from API
Octopus Slot 1 End (Raw)	Slot 1 end — exact UTC from API
Octopus Slot 2 Start (Raw)	Slot 2 start — exact UTC from API
Octopus Slot 2 End (Raw)	Slot 2 end — exact UTC from API
Octopus Slot 3 Start (Raw)	Slot 3 start — exact UTC from API
Octopus Slot 3 End (Raw)	Slot 3 end — exact UTC from API
Octopus Overall Window Start (Raw)	Window start — exact UTC from API
Octopus Overall Window End (Raw)	Window end — exact UTC from API

Server-Timezone Timestamps (Locale)

Times in the Node-RED server's auto-detected timezone. Unlike display fields, these are never affected by the Timezone selector or set_timezone command.

Name	Description
Octopus Next Charge Time (Locale)	Next charge time in Node-RED server timezone
Octopus Slot 1 Start (Locale)	Slot 1 start in server timezone
Octopus Slot 1 End (Locale)	Slot 1 end in server timezone
Octopus Slot 2 Start (Locale)	Slot 2 start in server timezone
Octopus Slot 2 End (Locale)	Slot 2 end in server timezone
Octopus Slot 3 Start (Locale)	Slot 3 start in server timezone
Octopus Slot 3 End (Locale)	Slot 3 end in server timezone
Octopus Overall Window Start (Locale)	Window start in server timezone
Octopus Overall Window End (Locale)	Window end in server timezone
Octopus Timezone Detected	IANA timezone auto-detected from the Node-RED server (e.g. Europe/London)
Octopus Timezone Applied	Active timezone currently used for all display timestamp fields

Consumption Metadata

Name	Description
Octopus Electricity Consumption From	Start of the electricity (import) consumption measurement period
Octopus Electricity Consumption To	End of the electricity (import) consumption measurement period
Octopus Electricity Export Consumption From	Start of the export consumption measurement period
Octopus Electricity Export Consumption To	End of the export consumption measurement period
Octopus Gas Consumption From	Start of the gas consumption measurement period
Octopus Gas Consumption To	End of the gas consumption measurement period

Applicable Rates — Import + Export

Name	Description
Octopus Applicable Rates Slots	Number of import rate slots in the current 24-hour window
Octopus Electricity Export Rate Slots	Number of export rate slots in the current 24-hour window
Octopus Electricity Export Rate Prev	Previous half-hour export rate (p/kWh)
Octopus Electricity Export Rate Prev Ends	Timestamp when the previous export slot ended
Octopus Electricity Export Rate Next	Next half-hour export rate (p/kWh)
Octopus Electricity Export Rate Next From	Timestamp when the next export slot begins
Octopus Applicable Rates Min / Max / Median / Avg	Lowest, highest, median, and average import rate in the next 24 hours (p/kWh)
Octopus Electricity Export Rate Min / Max / Median / Avg	The same four values for export (p/kWh)
Octopus Applicable Rate Prev / Next	Previous and next import rate (p/kWh)
Octopus Applicable Rate Prev (GBP) / Next (GBP)	Previous and next import rate in pounds per kWh
Octopus Applicable Rate Prev Ends / Next From	When the previous slot ends and the next slot starts
Octopus Electricity Export Rate Prev (GBP) / Next (GBP)	Previous and next export rate in pounds per kWh

Error & Detail Sensors

null = healthy. Non-null = the last error message from that API category.

Name	Description
Octopus Electricity Rates Error	Last error fetching electricity rates
Octopus Electricity Consumption Error	Last error fetching electricity consumption
Octopus Gas Rates Error	Last error fetching gas rates
Octopus Gas Consumption Error	Last error fetching gas consumption
Octopus Applicable Rates Error	Last error fetching the import applicable rates schedule
Octopus Electricity Export Rate Error	Last error fetching the export applicable rates schedule. The same text is in applicable_rates_export_error in msg.payload.
Octopus Account Balance (Pence)	Account balance in pence (raw integer)
Octopus Account Error	Last error fetching account data
Octopus Octoplus Error	Last error fetching Octoplus data
Octopus WoF Electricity Max	Always empty. Octopus no longer provides it. Use the Spins sensor.
Octopus WoF Electricity Used	Always empty. Octopus no longer provides it. Use the Spins sensor.
Octopus WoF Gas Max	Always empty. Octopus no longer provides it. Use the Spins sensor.
Octopus WoF Gas Used	Always empty. Octopus no longer provides it. Use the Spins sensor.
Octopus WoF Error	Last error fetching Wheel of Fortune data
Octopus Home Mini Reading Time	Timestamp of the most recent Home Mini telemetry reading
Octopus Home Mini Error	Last error fetching Home Mini data
Octopus Saving Sessions Error	Last error fetching saving sessions data
Octopus Free Electricity Error	Last error fetching free electricity data
Octopus Completed Dispatches Error	Last error fetching completed dispatch history
Octopus Flex Planned Dispatches Error	Always empty today. Flex dispatch errors appear in Intelligent Error.
Octopus Intelligent Error	Last error from the intelligent charging (EV slots) query. A short text with the Octopus code, for example KT-CT-4340: Unable to fetch planned dispatches.

The ... Error State binary sensors (15, plus SmartFlex Vehicle Error State with a car or charge point and SmartFlex Inverter Error State with the Inverter option) turn on when the matching error field has a value. They turn off when it is empty.

SmartFlex Vehicle

Only published when Octopus lists a SmartFlex car or charge point on your account.

Name	Description
Octopus Vehicle Make	Make of the car Octopus controls. For a charge point, this is the charger's make
Octopus Vehicle Model	Model of the car. For a charge point, this is the charger's model
Octopus Vehicle Battery Size	Battery size in kWh
Octopus Charger Power	Charger power output in kW
Octopus Vehicle Device State	What Octopus says the device is doing, for example SMART_CONTROL_IN_PROGRESS
Octopus SmartFlex Vehicle Error	Last error from the vehicle query. null means healthy

Update

Name	Description
Octopus Intelligent Node (Update entity)	Shows when a newer version of this node is on npm. It only tells you. Install from Node-RED Palette Manager.
Octopus Installed Version	Version of this node that is running
Octopus Latest Version	Newest version found on npm
Octopus Update Check At	When the node last checked for a new version
Octopus Update Check Error	Last error from the update check

SmartFlex Inverter (experimental)

These entities exist only when the Inverter option is ticked and Octopus lists an inverter on your account. They are on the same device. Unticking the option removes them.

Name	Description
Octopus Solar Power	Solar generation in kW
Octopus Home Battery Power	Home battery power in kW
Octopus Home Battery Charge	Home battery charge in %
Octopus Grid Power	Grid power in kW
Octopus Site Consumption	Site consumption in kW
Octopus Site Export	Site export in kW
Octopus Inverter Power	Inverter power in kW
Octopus Inverter Online	ON when Octopus reports the inverter as connected
Octopus Inverter Make / Model	Diagnostic. Inverter make and model
Octopus Solar Peak Power	Diagnostic. Peak solar power in kW
Octopus Inverter Connection Status	Diagnostic. Connection status text from Octopus
Octopus SmartFlex Inverter Error	Diagnostic. Last error from the inverter query
Octopus SmartFlex Inverter Error State	Diagnostic. ON when the error field has a value

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🚗 SmartFlex Vehicle Data

If Octopus controls your electric car or charge point, the node reads its details and recent charging sessions. This runs when the node discovers an EV or charge point on your account, and then every 30 minutes. If Octopus lists more than one, the node uses the one Octopus says is live, or the first if none is. You do not need to turn it on. If no device is found, the fields stay null or empty and Home Assistant gets no vehicle entities.

The fields land in msg.payload.

Field	Type	Description
vehicle_make	string or null	Make of the car or charge point
vehicle_model	string or null	Model
vehicle_battery_kwh	number or null	Battery size in kWh
charger_power_kw	number or null	Charger power output in kW
device_state	string or null	What Octopus says the device is doing, for example SMART_CONTROL_IN_PROGRESS, BOOSTING, or LOST_CONNECTION. Read by the charging poll, so it updates every refresh interval and always agrees with boosting
device_alerts	array	Octopus alerts as [{ message, published_at }], the 10 newest first. Each message is cut to 250 characters
last_session	object or null	The latest finished session
charging_sessions	array	Your last 5 sessions, newest first
last_session_kwh	number or null	kWh added in the latest finished session
last_session_soc_final	number or null	Final charge % of the latest finished session
last_session_problem	boolean or null	true if the latest finished session had a problem
smartflex_vehicle_error	string or null	The last error, or null

Each session has start, end, kwh_added, soc_change, soc_final, type, cost, and problems. cost is { amount, currency } or null. problems is a list of problem names.

{
  "vehicle_make": "Tesla",
  "vehicle_model": "Model 3",
  "vehicle_battery_kwh": 75,
  "charger_power_kw": 7.4,
  "device_state": "SMART_CONTROL_IN_PROGRESS",
  "device_alerts": [],
  "last_session": {
    "start": "2026-10-06T00:30:00Z",
    "end": "2026-10-06T04:30:00Z",
    "kwh_added": 24.1,
    "soc_change": 32,
    "soc_final": 80,
    "type": "SMART",
    "cost": { "amount": 1.81, "currency": "GBP" },
    "problems": []
  },
  "charging_sessions": [],
  "last_session_kwh": 24.1,
  "last_session_soc_final": 80,
  "last_session_problem": false,
  "smartflex_vehicle_error": null
}

charging_sessions holds up to 5 objects shaped like last_session. The example leaves it empty to stay short. If a poll fails, smartflex_vehicle_error holds a short error with the Octopus code, and the other fields keep their last values. If Octopus returns only part of the data, for example the sessions fail but the rest comes back, the node uses what came back, keeps the last values for the rest, sets smartflex_vehicle_error, and logs a warning.

Home Assistant gets these entities. If Octopus lists devices but none is a car or charge point, the node removes them. If Octopus lists no devices at all (this can happen for a moment), the node leaves them as they are. When Octopus sends no value, a number sensor shows unknown, and Vehicle Make, Vehicle Model and Vehicle Device State show Unavailable. If you go back to an older version, these entities stay in Home Assistant and show Unavailable, not a problem. To remove them, delete them in Home Assistant.

• Last Charge Session Energy and Last Charge Session Final Charge (main sensors)
• Last Charge Session Problem (binary sensor)
• Vehicle Make, Vehicle Model, Vehicle Battery Size, Charger Power, Vehicle Device State, and SmartFlex Vehicle Error (diagnostic sensors)
• SmartFlex Vehicle Error State (diagnostic binary sensor)

The session list and the alerts are attributes of the Last Charge Session Energy sensor. That sensor has state class total, and its last reset is the end of the session. So Home Assistant adds each finished session's kWh to its statistics once.

☀️ SmartFlex Inverter Data (experimental)

Not yet verified on a real inverter. The field names come from the Octopus schema, but no inverter was available to test with. If the values look wrong, please open an issue.

This is off by default. To turn it on, tick Inverter in the node settings and deploy. The node then reads inverter data every 5 minutes.

Octopus must list a SmartFlex inverter on your account. That means an inverter Octopus controls itself, for example through Intelligent Octopus Flux. Inverters from other brands, or inverters Octopus does not control, will not appear. If Octopus lists no inverter, the node reads nothing.

Field	Type	Description
inverter_make	string or null	Inverter make
inverter_model	string or null	Inverter model
solar_peak_kw	number or null	Peak solar power in kW
inverter_power_kw	number or null	Inverter power in kW
inverter_connection_status	string or null	Connection status from Octopus
inverter_online	boolean or null	true when the status is CONNECTED or ONLINE
home_battery_power_kw	number or null	Home battery power in kW
home_battery_soc	number or null	Home battery charge in %
solar_power_kw	number or null	Solar generation in kW
grid_power_kw	number or null	Grid power in kW
site_consumption_kw	number or null	Site consumption in kW
site_export_kw	number or null	Site export in kW
smartflex_inverter_error	string or null	The last error, or null

{
  "inverter_make": "ExampleMake",
  "inverter_model": "ExampleModel",
  "solar_peak_kw": 4,
  "inverter_power_kw": 2.1,
  "inverter_connection_status": "CONNECTED",
  "inverter_online": true,
  "home_battery_power_kw": -1.2,
  "home_battery_soc": 64,
  "solar_power_kw": 3.3,
  "grid_power_kw": 0.2,
  "site_consumption_kw": 1.9,
  "site_export_kw": 0,
  "smartflex_inverter_error": null
}

The values above are made up to show the shape. Home Assistant gets 14 extra entities, listed in the entity tables above. Unticking the option removes them.

---

🆓 Free Electricity & Seasonal Sensors

Octopus Energy runs free electricity sessions (typically June–October) and saving sessions (typically October–March). The node polls for both and exposes binary sensors for automation use.

Free Electricity

• binary_sensor.octopus_intelligent_octopus_free_electricity_active — ON while a free window is in progress right now
• binary_sensor.octopus_intelligent_octopus_free_electricity_available — ON if an upcoming free window is scheduled

Use these to automatically start charging your car or battery when electricity is free:

automation:
  - alias: "Charge during free electricity"
    trigger:
      platform: state
      entity_id: binary_sensor.octopus_intelligent_octopus_free_electricity_active
      to: "on"
    action:
      service: switch.turn_on
      target:
        entity_id: switch.battery_charger

Saving Sessions

• binary_sensor.octopus_intelligent_octopus_saving_session_available — ON if a saving session is upcoming
• sensor.octopus_intelligent_octopus_saving_session_start / sensor.octopus_intelligent_octopus_saving_session_end — start and end times

Why These Sensors Are Null Outside Season

The Octopus API only returns free electricity and saving session data when those programmes are active. Outside their seasons the API returns an empty list (or for saving sessions, the query itself is unavailable). When that happens:

• Binary sensors stay OFF (not unavailable)
• Timestamp sensors (saving_session_start, free_electricity_start, etc.) are null
• In Home Assistant, sensors with a null value may show as unavailable. This is normal.

---

🌍 Timezone Configuration

The runtime timezone changes slot and window display times. Daily consumption is always grouped by the Timezone field in the node editor. If that field is blank, the node uses UTC.

By default, slot and window times are converted to the server's auto-detected timezone (wherever Node-RED is running). Three ways to configure:

Option 1: Node Config (static)

Set a fixed IANA timezone in the node editor:

• Open node → Timezone field → type Australia/Sydney
• Leave blank to use server auto-detect

Option 2: Home Assistant Select (dynamic, persists across restarts)

Use the Timezone select entity in Home Assistant:

• Home Assistant → Octopus Intelligent device → Timezone
• Change takes effect on next poll
• The node keeps the value in node context. It survives a restart only if you set a persistent context store in settings.js.

Option 3: set_timezone Input Command

msg.payload = { set_timezone: "Europe/London" };
// Send to Octopus Intelligent node input

Timestamp Tiers

Field suffix	Timezone	Configurable?
*_raw	Always UTC (exact API string)	Never
*_locale	Server auto-detected	Never (always server TZ)
Display fields (slot1_start, window_start, etc.)	Resolved TZ	Yes — via HA, config, or command

Supported Timezones (HA select)

Europe/London, Europe/Berlin, Europe/Madrid, Australia/Sydney, Australia/Melbourne, Australia/Brisbane, Australia/Perth, Australia/Adelaide, Pacific/Auckland, America/New_York, America/Chicago, America/Denver, America/Los_Angeles, Asia/Tokyo, UTC

Use an IANA name such as Europe/London, of up to 64 characters. The node checks the name. A name it does not know writes an error to the Node-RED log, and the timezone is not changed. Changing the timezone with set_timezone does not update the Timezone select in Home Assistant.

---

💡 Node-RED Usage

Basic Monitoring

[Octopus Intelligent] → [Debug]

The node polls on its own after deploy. Connect a Debug node to see the output. Add an Inject node only when you want to force a refresh.

Set Preferences from Flow

msg.payload = {
    set_limit: 85,        // 85% charge
    set_time: "07:30"     // Ready by 07:30
};
return msg;

The ready-by time can be any half-hour slot from 00:00 to 23:30, as in the Octopus app. Any other value gives a node error and nothing is sent to Octopus. The node clamps the charge limit to between 5 and 100 and rounds it to the nearest 5. A limit that is not a number above 0, such as set_limit: 0, gives a node error.

Set Timezone from Flow

msg.payload = { set_timezone: "Australia/Sydney" };
return msg;

Refresh from a Flow

Send any message without a command to refresh the charging data right away. An empty inject works. So does { refresh: true }.

• There is no cooldown on this input. Add your own limit in the flow if you need one.
• A message that carries a command never starts a refresh.
• A refresh updates the charging data only. It does not refresh rates, gas, or account data.

Toggle Smart Charging from Flow

msg.payload = { set_smart_charging: true };   // enable (unsuspend)
msg.payload = { set_smart_charging: false };  // disable (suspend)
return msg;

Example: suspend charging when home battery is in use

[Inject: suspend] → [Function: set_smart_charging=false] → [Octopus Intelligent]
[Inject: resume]  → [Function: set_smart_charging=true]  → [Octopus Intelligent]

set_charge_cap

msg.payload = { set_charge_cap: true };   // limit smart charging to off-peak rates only
msg.payload = { set_charge_cap: false };

The node ignores any value other than true or false. The Charge Cap switch in Home Assistant does the same job.

set_boost

msg.payload = { set_boost: true };    // charge now, outside the Octopus plan
msg.payload = { set_boost: false };   // cancel the boost

Only true and false work. Any other value, such as "true" or 1, gives a node error and sends nothing. The Boost Charge switch in Home Assistant does the same job.

This is not the same as set_smart_charging, which pauses or resumes Octopus control. Octopus can refuse a boost, for example when the car is unplugged. The node logs the Octopus error (for example Boost request failed: KT-CT-xxxx: message) and does not retry. If Octopus refuses the same choice 3 times in 10 minutes, the node ignores that choice for the next 10 minutes and logs one warning. This stops a flow that asks again after each refusal from calling Octopus all day. A request Octopus accepts ends the pause.

The node sends one boost request at a time, at least 5 seconds apart. If you change your mind while one is being sent, only your last choice is sent next. A repeat of a choice Octopus has just accepted is dropped. After a failure, the same choice is sent again once the 5 seconds have passed. If Octopus does not answer a boost request within 75 seconds, the node gives up on it, sets boost_error and polls Octopus to check. Later requests are then sent as normal.

When Octopus accepts a boost or a cancel, the node polls Octopus soon after. That poll waits if 3 planned-dispatch queries have already gone out in the last minute. Octopus can take a moment to show the new state, so the switch shows what you asked for until Octopus agrees, for up to 2 minutes. After a refusal the node does not poll, because nothing changed. If the answer is not clear, for example an error on the part Octopus reads back, the node leaves the switch as it was, sets no boost_error and polls to check.

Payload fields:

• boosting: true while a boost runs, false when not, null until known. It goes back to null if no charging poll has confirmed it for twice the refresh interval, for example during an Octopus outage. charging_now then follows the plan again, and the Boost Charge switch shows unknown.
• boost_error: the error from the last set_boost that failed. It is sent as soon as the request fails. A boost that works clears it, and so does the first charging poll that reads the device state a minute or more later.
• charging_now: a boost counts as charging, so this is true during a boost even with no planned slot.

Combining commands

One message can carry several commands, and the node applies each one separately.

msg.payload = { set_limit: 90, set_time: "06:30", set_charge_cap: true };

The node sends set_limit and set_time to Octopus together, so a bad value in either one stops both. The other commands in the same message still apply. A message with only one of them sends the last confirmed value for the other. To change both values, send them in one message.

set_smart_charging and set_charge_cap need true or false. Any other value is ignored with no error. The text "true" does not count. set_timezone needs a timezone name such as Europe/London. An empty value is ignored. A bad set_limit, set_time or set_timezone value writes an error to the Node-RED log.

Example Flows

The examples/ folder has flows you can import. In Node-RED, open Menu → Import → Examples → node-red-contrib-octopus-intelligent. The folder also has basic-monitoring.json, set-preferences.json, mqtt-integration.json, node-red-dashboard-flow.json, and the Home Assistant ha-dashboard.yaml.

These four flows each open on their own tab, with a Read me comment that explains the settings:

• boost-on-cheap-or-surplus.json: starts a boost when the import rate is at or below a price you set, or when you export more than a set number of kW. It cancels the boost when that ends. Set the limits in the Decide boost function. The price rule needs a half-hourly rate schedule. The export rule needs the experimental Inverter option or your own reading.
• charging-and-error-alerts.json: sends a short alert when charging or a boost starts or stops, when any *_error field gets a value, changes, or clears, and when Octopus posts a new alert for your car or charge point. Replace the debug node with your notifier.
• cheapest-window-planner.json: each evening, finds the cheapest run of half hours for an appliance that must finish by a set time. It sends a second message when that window starts, which you can wire to a smart plug.
• daily-charging-summary.json: sends a morning summary of the charging sessions that ended in the last 24 hours, and a short message when a session finishes. It needs a car or charge point under Octopus SmartFlex control.

Wiring an example to your node

These four flows have no Octopus Intelligent node of their own. Use the node you already have. Each node polls Octopus by itself, so a second node on the same account doubles your API use.

1. Add a link out node after your Octopus Intelligent node, and wire the node's output to it.
2. Open the link out node and tick From Octopus node on the example's tab.
3. Only boost-on-cheap-or-surplus.json sends commands back. For that flow, add a link in node and wire it to your node's input. Then open To Octopus node on the example's tab and tick that link in.

If your node is on the same tab as the example, you can delete the link nodes and wire it directly.

Output Format

{
  "payload": {
    "next_start": "2026-05-03 01:30:00+01:00",
    "total_energy": 42.5,
    "next_kwh": "15.20",
    "next_source": "smart-charge",
    "confirmed_limit": 80,
    "confirmed_time": "07:00",
    "pending_limit": 80,
    "pending_time": "07:00",
    "charging_now": false,
    "smart_charging": true,
    "charge_cap": false,
    "boosting": false,
    "boost_error": null,
    "next_poll": "2026-05-03T10:35:00Z",
    "refresh_available_at": null,
    "api_requests_hour": 12,
    "api_complexity_hour": 3600,
    "api_complexity_percent": 7.2,
    "slot1_start": "2026-05-03 01:30:00+01:00",
    "slot1_end": "2026-05-03 05:30:00+01:00",
    "slot2_start": null,
    "slot2_end": null,
    "slot3_start": null,
    "slot3_end": null,
    "window_start": "2026-05-03 01:30:00+01:00",
    "window_end": "2026-05-03 05:30:00+01:00",
    "timezone_detected": "Europe/London",
    "timezone_applied": "Europe/London",
    "next_start_locale": "2026-05-03 01:30:00+01:00",
    "slot1_start_locale": "2026-05-03 01:30:00+01:00",
    "slot1_end_locale": "2026-05-03 05:30:00+01:00",
    "window_start_locale": "2026-05-03 01:30:00+01:00",
    "window_end_locale": "2026-05-03 05:30:00+01:00",
    "completed_dispatches_count": 3,
    "completed_dispatches_error": null,
    "flex_planned_dispatches_count": 1,
    "flex_planned_dispatches_error": null,
    "intelligent_error": null,
    "electricity_unit_rate": null,
    "electricity_standing_charge": 53.94,
    "electricity_tariff_code": "E-1R-INTELLI-VAR-22-01-01-A",
    "electricity_valid_from": "2022-01-01T00:00:00Z",
    "electricity_valid_to": null,
    "electricity_consumption_kwh": 8.4,
    "electricity_consumption_from": "2026-05-02T00:00:00Z",
    "electricity_consumption_to": "2026-05-03T00:00:00Z",
    "electricity_rates_error": null,
    "electricity_consumption_error": null,
    "applicable_rates_count": 28,
    "applicable_rates_current_pence": 10.33,
    "applicable_rates_error": null,
    "gas_unit_rate": 6.24,
    "gas_standing_charge": 31.05,
    "gas_tariff_code": "G-1R-VAR-22-11-01-A",
    "gas_valid_from": "2022-11-01T00:00:00Z",
    "gas_valid_to": null,
    "gas_consumption_kwh": 12.1,
    "gas_consumption_from": "2026-05-02T00:00:00Z",
    "gas_consumption_to": "2026-05-03T00:00:00Z",
    "gas_rates_error": null,
    "gas_consumption_error": null,
    "account_balance_pence": 10900,
    "account_balance_pounds": 109,
    "account_error": null,
    "octoplus_enrolled": true,
    "octoplus_enrollment_status": "ENROLLED",
    "octoplus_loyalty_points_user": true,
    "octoplus_error": null,
    "wheel_of_fortune_electricity_spins": 2,
    "wheel_of_fortune_electricity_max": null,
    "wheel_of_fortune_electricity_used": null,
    "wheel_of_fortune_gas_spins": 1,
    "wheel_of_fortune_gas_max": null,
    "wheel_of_fortune_gas_used": null,
    "wheel_of_fortune_error": null,
    "mini_demand_kw": 0.082,
    "mini_consumption_delta_kwh": 0.002,
    "mini_read_at": "2026-05-03T10:00:00Z",
    "home_mini_error": null,
    "saving_session_available": false,
    "saving_session_start": null,
    "saving_session_end": null,
    "saving_session_joined": false,
    "saving_session_points": null,
    "saving_sessions_error": null,
    "free_electricity_active": false,
    "free_electricity_available": false,
    "free_electricity_start": null,
    "free_electricity_end": null,
    "free_electricity_error": null,
    "vehicle_make": "Tesla",
    "vehicle_model": "Model 3",
    "vehicle_battery_kwh": 75,
    "charger_power_kw": 7.4,
    "device_state": "SMART_CONTROL_IN_PROGRESS",
    "device_alerts": [],
    "last_session": null,
    "charging_sessions": [],
    "last_session_kwh": null,
    "last_session_soc_final": null,
    "last_session_problem": null,
    "smartflex_vehicle_error": null
  }
}

Note: electricity_unit_rate is null for half-hourly tariffs (e.g. Intelligent Octopus Go). Use applicable_rates_current_pence for the live rate on HH tariffs.

v1.7.0 additions: The SmartFlex vehicle fields are at the end of the example. See SmartFlex Vehicle Data above. With the Inverter option ticked, the payload also carries the inverter fields. See SmartFlex Inverter Data above.

v1.3.0 additions: The example above shows the v1.2.x payload shape for clarity. v1.3.0 adds ~14 additional fields covering electricity export (electricity_export_unit_rate, electricity_export_tariff_code, electricity_export_consumption_kwh, full electricity_export_rate[] half-hourly array with current/prev/next slot summaries) and import rate adjacency (applicable_rates_prev_pence, _prev_gbp, _prev_to, _next_pence, _next_gbp, _next_from). For the authoritative current set, inspect msg.payload in a Debug node after a real poll, or read lib/payload.js in the source.

---

🏡 Home Assistant Automation Examples

The entity ids below are the ones Home Assistant gives on a fresh install: the device name, then the entity name, for example binary_sensor.octopus_intelligent_octopus_charging_now. If you renamed the device or have two accounts, yours can differ. Check them in Settings → Entities.

Notify When Charging Starts

automation:
  - alias: "EV Charging Starting"
    trigger:
      platform: state
      entity_id: binary_sensor.octopus_intelligent_octopus_charging_now
      to: "on"
    action:
      service: notify.mobile_app
      data:
        message: "EV charging started"

Charge During Free Electricity Window

automation:
  - alias: "Start battery charge on free electricity"
    trigger:
      platform: state
      entity_id: binary_sensor.octopus_intelligent_octopus_free_electricity_active
      to: "on"
    action:
      service: switch.turn_on
      target:
        entity_id: switch.battery_charger
  - alias: "Stop battery charge after free electricity"
    trigger:
      platform: state
      entity_id: binary_sensor.octopus_intelligent_octopus_free_electricity_active
      to: "off"
    action:
      service: switch.turn_off
      target:
        entity_id: switch.battery_charger

Run Dishwasher During Cheap Rate

automation:
  - alias: "Dishwasher During Cheap Window"
    trigger:
      platform: time_pattern
      minutes: "/5"
    condition:
      - condition: template
        value_template: >
          {% set start = as_timestamp(states('sensor.octopus_intelligent_octopus_slot_1_start')) %}
          {% set end = as_timestamp(states('sensor.octopus_intelligent_octopus_slot_1_end')) %}
          {% set now = as_timestamp(now()) %}
          {{ start <= now <= end }}
    action:
      service: switch.turn_on
      target:
        entity_id: switch.dishwasher

Alert When Saving Session Available

automation:
  - alias: "Saving session alert"
    trigger:
      platform: state
      entity_id: binary_sensor.octopus_intelligent_octopus_saving_session_available
      to: "on"
    action:
      service: notify.mobile_app
      data:
        message: >
          Saving session available:
          {{ states('sensor.octopus_intelligent_octopus_saving_session_start') }}
          to {{ states('sensor.octopus_intelligent_octopus_saving_session_end') }}

---

🔍 Troubleshooting

No Data (All Sensors Null/0)

Check the *_error fields in msg.payload, the node status, and the Node-RED log.

• Account format must include A- prefix
• Invalid API key: generate a new one in the Octopus dashboard
• Not on a recognised Octopus tariff (EV sensors need Intelligent Octopus Go)
• Car not plugged in (no slots scheduled): null EV sensors are normal when no charging is planned

Authentication Failing

Look at the node status and the Node-RED log for the login error. Regenerate your API key and update the node configuration.

Sensors Unavailable in Home Assistant

1. Verify MQTT broker is running
2. Check Node-RED can connect to MQTT broker
3. Deploy the flow to trigger discovery
4. Confirm Home Assistant MQTT integration is enabled

electricity_unit_rate Always Null

This is expected on half-hourly tariffs like Intelligent Octopus Go. The tariff has no single unit rate, because prices vary by half-hour slot. Use applicable_rates_current_pence for the live rate instead.

Upgrading from v1.2.x — Sensors Look Different

v1.3.0 adds about 70 new sensors but does not rename or remove any v1.2 sensors. Existing automations and dashboards keep working. The new sensors appear in Home Assistant after the first poll following the upgrade.

Two existing Octoplus booleans (octoplus_enrolled and octoplus_loyalty_points_user) move from the sensor. domain to binary_sensor. in v1.3 because they are boolean values and HA's sensor domain doesn't accept booleans cleanly. If you have automations referencing the old sensor. entity IDs, update them to the new binary_sensor. IDs after upgrade.

Stale Entities After Early v1.3 Dev Build

If you installed an early v1.3 dev build before the final release, some entity IDs may have changed. To clean up stale entities:

1. In HA → Settings → Devices & Services → MQTT
2. Find each stale entity name in Developer Tools → MQTT
3. Publish an empty retained payload to its config topic:

   Topic:   homeassistant/sensor/nodered_A-XXXX_<sensor_id>/config
   Payload: (empty)
   Retain:  ✓
   

   This removes the entity config from the broker, and HA then drops the entity.

Home Mini Not Showing

1. Tick Enable Home Mini in node config
2. Verify your Octopus account has a smart meter registered (visible in the Octopus app)
3. Check msg.payload.home_mini_error in a debug node for the specific error

New Category Sensors All Null After Deploy

Account discovery runs at startup. If it fails, the node tries again after 30 seconds, 1 minute, and 2 minutes, then every 5 minutes. The node status shows the retry. If it keeps failing, check the Node-RED log for login errors and verify your API key.

Seasonal Sensors Show "Unavailable"

Saving session sensors only have values from October to March, and free electricity sensors from June to October. Outside those months their values are null, so HA shows them as unavailable. This is expected.

Changes Not Applying

In Home Assistant, the Target Charge slider and Ready Time dropdown only change the pending values. Press Apply Changes to send them to Octopus. This saves API calls when you make several changes.

---

🛠️ How It Works

Startup — Account Discovery

On first deploy, the node queries the Octopus API to detect which products are registered on your account:

• Electricity — enabled if an electricity agreement exists. Untick Electricity in the editor to stop the electricity rates and consumption polls.
• Gas — enabled if a gas agreement exists, unless you untick Gas in the editor
• Intelligent EV — enabled if an EV device is registered (Intelligent Octopus Go)
• Home Mini — enabled if a smart meter device is registered AND the Home Mini checkbox is ticked
• Saving Sessions / Account / Octoplus — always polled if credentials are valid
• Wheel of Fortune — polled only when the Wheel of Fortune checkbox is ticked

Discovery sets which categories are active, so there is nothing to configure by hand.

Category Scheduler

You set the charging, electricity, gas, Wheel of Fortune, and Home Mini intervals in the editor. Import and export applicable rates use the electricity rates interval. Free electricity is checked every 30 minutes. Saving sessions, account, Octoplus, and charging history are checked every 60 minutes. SmartFlex vehicle data is checked every 30 minutes, and the experimental SmartFlex inverter every 5 minutes when its option is ticked. The update check runs once a day.

A 1-second clock-aligned scheduler checks which groups are due each tick. Due groups run one after another in a single tick, with one login. The charging poll runs first. A slow call delays the groups after it.

Polls run on the clock. A 5-minute interval runs at :00, :05, :10, and so on. It does not run 5 minutes after deploy. Next Poll Time is an estimate.

The node sends a message whenever any group was due in a tick. It also sends one when charging_now changes, and when a saving session, free electricity window, or rate slot starts or ends.

MQTT Topics

The node publishes state to nodered_octopus/<account>/status and reads commands from nodered_octopus/<account>/<command>. The commands are set_limit, set_time, submit_changes, refresh, set_timezone, set_smart_charging, set_charge_cap, and set_boost.

The node ignores retained messages on submit_changes, refresh, set_smart_charging, set_charge_cap, and set_boost, and logs one warning per topic. The broker would replay a retained command on every restart, so a retained ON on set_boost would boost again each time. To clear one, publish an empty retained message to that topic. Home Assistant does not retain these commands.

Authentication Flow

1. Exchange API key for a short-lived token
2. Run category polls one after another, charging firs