ChatGPT Plugin

clever-PV

Control energy, cut costs

Brand: clever-PV

Category: Operations
Primary Subcategory: Smart Home & Home Automation

Integration details

Description

Use electricity when it is cheap – and get more out of your devices. clever-PV connects your home energy management with ChatGPT. Ask about your consumption, compare energy data and change settings right in the conversation. With or without a solar system, clever-PV helps you use electricity more efficiently and lower your energy costs. One platform for your devices clever-PV supports more than 800 devices from over 100 manufacturers. Connect compatible PV systems, battery storage, wallboxes, electric cars, heat pumps and other appliances in one energy management system – cloud-based and without additional hardware. Optimise automatically for sunshine and electricity prices Use your own solar power with PV surplus control and shift suitable consumption to cheap periods of your dynamic electricity tariff. PV and energy forecasts let clever-PV take expected production and consumption into account. Understand your energy and adjust settings With the plugin you can check devices and their current state, analyse energy data, and look up electricity prices, tariffs and forecasts. Visual views bring your devices and energy data straight into the chat. On your explicit request, you can change supported device functions and optimisation settings. For example, try: • "How has my electricity consumption changed compared with last month?" • "What is currently preventing my battery from charging?" • "When will grid electricity be particularly cheap for me tomorrow?" clever-PV keeps optimising automatically outside the chat as well. A clever-PV app account is required. Available functions depend on your devices; the plugin can query and adjust a subset of them.

Integration type: Plugin
Verification status: Not applicable
Platform: ChatGPT
Category: Operations
Primary Subcategory: Smart Home & Home Automation
Secondary Subcategories: None listed
Brand: clever-PV
Access: Account required
First tracked: 2026-10-28
Tool count: 18
Market: US

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Primary Subcategory

Competing in ChatGPT Smart Home & Home Automation

View Category

Listed in alphabetical order

Primary Subcategory

ApilioComing soonGet notified

Bright Home LightsComing soonGet notified

BuzzerAPIComing soonGet notified

clever-PVComing soonGet notified

CoramComing soonGet notified

Tools

18 tools agents can invoke

Household optimisation (automation) settings of the user's home, including the interventions that currently block a setting from taking effect. Interventions and the applicable flags reflect the moment of this call; they do not say whether a blocker existed at an earlier time. Intervention ids (deviceId names the affected battery when set): subscription-upgrade-required = the user's subscription does not include this setting; solar-forecast-setup-required = the solar forecast is not enabled for the home (needs home location and a PV producer); battery-capacity-required = the battery's capacity is unknown and must be entered; battery-software-update-required = the battery firmware is too old for smart control, update it via the manufacturer; wrong-operating-mode = the battery runs in an operating mode that does not allow external control, change it in the manufacturer's app or via the installer; email-verification-required = the manufacturer account needs its e-mail address verified; authentication-required = clever-PV lost access to the manufacturer account, the battery must be reconnected. applicable = false means the stored value currently has no effect (e.g. no supported battery).
get_automation_settings
Read-only. Get one device of the user's home with its capabilities and the last accepted capability data. Changing a capability needs the matching set_* tool.
get_device
All electricity tariffs of the user with their validity window and pricing (same payload as GET v1/users/{userId}/electricity-tariffs).
get_electricity_tariffs
Measured energy data of the user's home for one date in the home's time zone: summary, intervals and per-device breakdown. Without period: the daily view with 5-minute intervals in W, interval timestamps UTC (same payload as GET v1/users/{userId}/energy-data/daily). With period weekly, monthly or yearly: aggregated intervals for the period containing the date (same payload as GET .../energy-data/period); consolidatedIntervals[].date is dd-MM-yyyy (yearly: the first day of each month). Summary and intervals energy in Wh; costs in euro cents (ct): gridConsumptionCosts includes energy price, grid fees and the prorated base fee and is 0 without a buy tariff. A home without data returns zeros.
get_energy_data
Quarter-hourly energy forecast (price, consumption, PV production, battery state and grid flows) for the rest of today and tomorrow. Prices in ct/kWh, energy in kWh, timestamps UTC.
get_energy_forecast
Dynamic electricity stock prices (EPEX spot, ct/kWh, slot start as UTC timestamp) for the user's home within a 3-day window: yesterday, today, tomorrow. Both dates are inclusive.
get_energy_prices
Solar production forecast for the user's home: production measured so far today, hourly forecast for today and tomorrow, underlying weather and sunrise/sunset. Timestamps are UTC. Fails with homeLocationRequired, solarProducerRequired, solarForecastDisabled or solarForecastNotAvailable when a prerequisite is missing.
get_solar_forecast
Read-only. List all devices of the user's home with their capabilities and current capability data. Changing a capability needs the matching set_* tool.
get_devices
Replace the household optimisation (automation) settings of the user's home. The complete object is required; settings whose value is unchanged are not re-applied. Changed values are applied one at a time; if a later value fails to apply, part of the object may already be stored — retrying with the same object converges to the target state. minSocPvControl.minSoc must be 0-100 (%), ecoOffset and smartPvControl.minChargingPower must be greater than or equal to 0 (W); these ranges are only enforced for values that actually change. Changing a setting that requires a subscription the user does not have fails with paymentRequired.
set_automation_settings
Enable or disable battery priority for a device with the soc-plan capability (only homes with a battery): clever-PV switches the device on once the home battery reaches the maximum state of charge and off again when it falls to the minimum. It does not control the battery itself. Changes only this setting; the command is accepted asynchronously and get_device shows the last accepted value.
set_battery_soc_plan
Start or stop boost for a device with the boost capability: while boost is on, the device runs or charges immediately at full power regardless of PV surplus and prices. Changes only this setting; the command is accepted asynchronously and get_device shows the last accepted value.
set_boost
Set the state of charge in percent up to which a car with the set-charge-limit capability charges. Changes only this setting; the command is accepted asynchronously and get_device shows the last accepted value.
set_charge_limit
Set the charging mode of a device with the charging-mode capability: clever (clever-PV optimises charging), casual or chargeAlways. Changes only this setting; the command is accepted asynchronously and get_device shows the last accepted value.
set_charging_mode
Set the geographic location of the user's home (the PV system site), replacing the stored location. The coordinates drive the solar forecast, which requires a home location. latitude must be -90 to 90 and longitude -180 to 180 (decimal degrees, WGS84); street, postalCode and city are optional and informational.
set_home_location
Set the maximum charging current of a wallbox with the max-amperage capability. Values outside the range the wallbox supports are rejected. Changes only this setting; the command is accepted asynchronously and get_device shows the last accepted value.
set_max_charging_current
Enable or disable price control for a device with the price-control capability: with a dynamic tariff, clever-PV runs the device from the grid while the end-customer price is at or below the threshold. Changes only this setting; the command is accepted asynchronously and get_device shows the last accepted value.
set_price_control
Set how many phases a wallbox with the phase-mode capability charges on: a fixed single, two or three phases, or automatic switching. Changes only this setting; the command is accepted asynchronously and get_device shows the last accepted value.
set_phase_mode
Switch a device that has the on-off capability (for example a smart plug, relay or wallbox) on or off. Changes only this setting; the command is accepted asynchronously and get_device shows the last accepted value.
set_device_on_off

FAQs

clever-PV ChatGPT Plugin FAQ

How the directory, categories and Discoverability Score work.

Read the methodology

How do I improve clever-PV's ChatGPT Plugin discoverability?

The levers are the listing surface agents actually read: names, descriptions, keywords, tool metadata, and registry health. Which lever matters depends on where discovery breaks, which is what continuous measurement shows.

What are clever-PV alternatives on ChatGPT?

As of 2026-10-28, clever-PV competes with Apilio, Bright Home Lights, BuzzerAPI, Coram, Domus - Homeowners Ai, EnergyInCloud, EVOLVIOT, Home Connect and 5 more in ChatGPT Smart Home & Home Automation, ranked by public Discoverability Score.

Where is this profile measured?

This profile uses the geography attached to the latest public registry snapshot: US. Locale tags are intentionally omitted.