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Tesla Smart Charge

Schedules Tesla charging on specified dates with target battery % and times, managing charge limits during and after sessions for battery health.

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Schedules Tesla charging on specified dates with target battery % and times, managing charge limits during and after sessions for battery health.

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Requirements

Target platform: OpenClaw
Install method: Manual import
Extraction: Extract archive
Prerequisites: OpenClaw
Primary doc: SKILL.md

Package facts

Download mode: Yavira redirect
Package format: ZIP package
Source platform: Tencent SkillHub
What's included: CHANGELOG.md, README.txt, SKILL.md, references/api_reference.md, references/cron_setup.md, references/tesla-charge-schedule-example.json

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Release facts

Source: Tencent SkillHub
Verification: Indexed source record
Version: 1.1.1

Provenance

Publisher: thibautrey
Source page: View original listing
Canonical URL: Open canonical page

Documentation

ClawHub primary doc Primary doc: SKILL.md 20 sections Open source page

Tesla Smart Charge Optimizer

Schedule Tesla charging to reach target battery % by a specific time. Runs daily via cron to check a schedule file and only charges on configured dates.

Security & Dependencies

Required: Environment variable: TESLA_EMAIL (your Tesla account email) Skill dependency: tesla skill must be installed and properly configured with Tesla API credentials Security improvements (v1.1.0+): ✅ No shell injection risk: Uses argument lists instead of shell=True ✅ Email validation: TESLA_EMAIL is validated before use ✅ Input validation: Charge limits are validated (0-100% range) ✅ Secure env passing: Credentials passed via environment variables, not string interpolation ✅ Explicit dependencies: Metadata declares required env vars and skill dependencies

1. Set Up Schedule

Copy the example schedule file: cp skills/tesla-smart-charge/references/tesla-charge-schedule-example.json \ memory/tesla-charge-schedule.json Edit memory/tesla-charge-schedule.json with your planned charge dates: { "charges": [ { "date": "2026-02-01", "target_battery": 100, "target_time": "08:00" }, { "date": "2026-02-03", "target_battery": 80, "target_time": "07:00" } ] }

Option 1: Daily Check at Midnight (Simple)

clawdbot cron add \ --name "Tesla daily charge check" \ --schedule "0 0 * * *" \ --task "TESLA_EMAIL=your@email.com python3 /path/to/skills/tesla-smart-charge/scripts/tesla-smart-charge.py --check-schedule"

Option 2: Daily Check + Session Management (Recommended)

For better charge limit management, run both: At midnight (initialize daily charge): clawdbot cron add \ --name "Tesla daily charge check" \ --schedule "0 0 * * *" \ --task "TESLA_EMAIL=your@email.com python3 /path/to/skills/tesla-smart-charge/scripts/tesla-smart-charge.py --check-schedule" Every 30 minutes during active hours (manage session limits): clawdbot cron add \ --name "Tesla session management" \ --schedule "*/30 8-23 * * *" \ --task "TESLA_EMAIL=your@email.com python3 /path/to/skills/tesla-smart-charge/scripts/tesla-smart-charge.py --manage-session" The second job ensures charge limits are properly updated throughout the day: ✅ During session: Maintains 100% (or user-specified) limit ✅ After session: Applies 80% (or user-specified) limit for battery health

How It Works

Each day at midnight (or whenever cron runs): Script checks memory/tesla-charge-schedule.json If today's date is in the charges array → executes charge plan Fetches current battery level Calculates optimal start time Sets charge limit to session limit (default 100%) Displays charge details Shows next scheduled charge date If today is NOT scheduled → applies post-charge limit Sets charge limit to default 80% (or user-specified) Still displays next scheduled charge date Session Management: During charge session: Charge limit = charge_limit_percent (default 100%) After charge session expires: Charge limit = post_charge_limit_percent (default 80%) Result: One cron job that handles both charging and limit management — no need to create new jobs for each date!

Schedule File Format

{ "charges": [ { "date": "2026-02-01", "target_battery": 100, "target_time": "08:00", "charge_limit_percent": 100, "post_charge_limit_percent": 80 }, { "date": "2026-02-03", "target_battery": 80, "target_time": "07:00", "charge_limit_percent": 100, "post_charge_limit_percent": 80 } ] } Fields: date: YYYY-MM-DD format (when to charge) target_battery: Target battery % (default: 100) target_time: HH:MM when charging should complete (default: 08:00) charge_limit_percent: Charge limit during session (default: 100%, optional) post_charge_limit_percent: Charge limit after session ends (default: 80%, optional)

Tesla Email

export TESLA_EMAIL="your@email.com"

Optional: Customize Charger Power

Default: 2.99 kW (home charger, ~13A @ 230V) Adjust in cron task or when calling manually: --charger-power 3.7 # 16A @ 230V --charger-power 7.4 # 32A @ 230V (dual-phase)

Check Schedule for Today

TESLA_EMAIL="your@email.com" python3 scripts/tesla-smart-charge.py --check-schedule Output: ✅ If scheduled: Shows charge plan + charge limits + next date ❌ If not scheduled: Shows next scheduled date + applies default 80% limit

Manage Active Session (Run During or After Charge)

TESLA_EMAIL="your@email.com" python3 scripts/tesla-smart-charge.py --manage-session This command: Checks if today's charge session is active During session: Sets charge limit to session limit (default 100%) After session: Sets charge limit to post-charge limit (default 80%) No session: Applies default 80% limit Tip: Run this hourly or every 30 minutes during active charging days for real-time limit management.

Show All Scheduled Charges

python3 scripts/tesla-smart-charge.py --show-schedule

Show Last Charge Plan

python3 scripts/tesla-smart-charge.py --show-plan

Daily 100% Charge (Mon-Fri)

{ "charges": [ {"date": "2026-02-02", "target_battery": 100, "target_time": "08:00"}, {"date": "2026-02-03", "target_battery": 100, "target_time": "08:00"}, {"date": "2026-02-04", "target_battery": 100, "target_time": "08:00"}, {"date": "2026-02-05", "target_battery": 100, "target_time": "08:00"}, {"date": "2026-02-06", "target_battery": 100, "target_time": "08:00"} ] }

Smart 80% for Battery Health (Every 3 Days)

{ "charges": [ {"date": "2026-02-01", "target_battery": 80, "target_time": "07:00"}, {"date": "2026-02-04", "target_battery": 80, "target_time": "07:00"}, {"date": "2026-02-07", "target_battery": 80, "target_time": "07:00"} ] }

Variable Targets

{ "charges": [ {"date": "2026-02-01", "target_battery": 100, "target_time": "08:00"}, {"date": "2026-02-02", "target_battery": 80, "target_time": "07:00"}, {"date": "2026-02-03", "target_battery": 60, "target_time": "06:00"} ] }

Charge Time Estimation

Charge time is calculated as: energy_needed_kwh = (battery_capacity × (target - current) / 100) / charge_efficiency charge_time_hours = energy_needed_kwh / charger_power_kw start_time = target_time - charge_time_hours - margin_minutes Where: battery_capacity: Vehicle battery size (kWh, default: 75) charger_power_kw: Your charger's power (kW, default: 2.99) charge_efficiency: ~0.92 (typical AC charging) margin_minutes: Buffer before target (default: 5 min) Example: 75 kWh battery at 50%, charging to 100% by 08:00 with 2.99 kW: Energy needed: (75 × 50% / 100) / 0.92 = 40.8 kWh Charge time: 40.8 / 2.99 ≈ 13.6 hours Start time: 08:00 - 13.6h - 5min ≈ 18:25 previous day

Workflow Tips

Add new charges: Edit memory/tesla-charge-schedule.json — cron picks up changes on next run Plan ahead: Add weeks of charges in advance, script handles date logic One cron job: No need to create separate jobs — one daily check does it all See what's next: Each run displays the next scheduled charge date

Parameters

When calling manually with --target-time: python3 scripts/tesla-smart-charge.py \ --target-time "HH:MM" \ --target-battery 100 \ --charger-power 2.99 \ --battery-capacity 75 \ --margin-minutes 5 For schedule-based operation, use --check-schedule (reads from JSON file).

References

CRON_SETUP.md - Full cron integration guide API_REFERENCE.md - Advanced parameters and formulas tesla-charge-schedule-example.json - Schedule file template

Category context

Agent frameworks, memory systems, reasoning layers, and model-native orchestration.

Source: Tencent SkillHub

Largest current source with strong distribution and engagement signals.

Package contents

Included in package

4 Docs1 Config1 Files

SKILL.md Primary doc
CHANGELOG.md Docs
references/api_reference.md Docs
references/cron_setup.md Docs
references/tesla-charge-schedule-example.json Config
README.txt Files