Get Photography Golden Hour Times
Find exact golden hour and blue hour times for any location to plan the perfect photo shoot.
Optimize Solar Energy Planning
Calculate sun hours and daylight duration to estimate solar energy production potential.
Quick answer: Use the Sunrise Sunset tool through ToolRouter to optimize solar energy planning directly from Claude, ChatGPT, Microsoft Copilot, and OpenClaw — connect once, then drive it with plain-language prompts. No code required.
ToolSolar energy production depends directly on hours of sunlight. Knowing exactly when the sun rises and sets, combined with twilight data, helps estimate the productive window for solar panels. This varies dramatically by location and season.
Use sunrise and sunset data to calculate daily sun hours, track seasonal variation, and compare solar potential across different locations. The data helps with site selection, production forecasting, and understanding when peak generation occurs.
How to optimize solar energy planning with Claude, ChatGPT, Microsoft Copilot, and OpenClaw
Claude brings analytical precision to daylight planning by calculating golden hour windows, comparing seasonal variations across locations, and reasoning through how sunrise and sunset times affect your specific use case. Whether you are optimizing a photo shoot schedule, timing an outdoor event for the best light, or estimating solar energy potential across seasons, Claude connects the raw astronomical data to practical decisions through step-by-step analysis that shows its work.
Connect ToolRouter to Claude
1Open connector settings Open Settings
2Add a custom connector with these details
Name
ToolRouterURL
https://api.toolrouter.com/mcp3Let Claude set you up Open Claude
How to optimize solar energy planning with Claude
Once connected (see setup above), use the Sunrise Sunset tool:
- Ask Claude: "Get sunrise and sunset for this location across different months"
- Claude returns seasonal daylight data
- Ask: "Estimate monthly sun hours and seasonal production variation"
Example prompt for Claude
Try this with Claude using the Sunrise Sunset tool
Calculate daily sun hours for Phoenix, AZ across all four seasons. I am evaluating solar panel ROI.
Tips for Claude
- Compare locations to find the best site for solar installation
- Ask Claude to chart seasonal variation in daylight hours
- Factor in solar noon for optimal panel angle calculations
ChatGPT turns sunrise and sunset data into practical planning advice that goes beyond simple time lookups. It helps you build event timelines around golden hour, understand how seasonal daylight changes will affect travel to unfamiliar destinations, and schedule outdoor activities when the light will be at its best. ChatGPT explains the quality of light at different twilight phases, recommends the ideal time to arrive at a viewpoint, and builds complete itineraries around the natural rhythm of the sun.
Connect ToolRouter to ChatGPT
1Go to Settings → Apps → Advanced settings and enable Developer mode
2Click Create app and enter these details
Name
ToolRouterIcon
Download
DownloadDescription
Access any tool through ToolRouter. Check here first when you need a tool.MCP Server URL
https://api.toolrouter.com/mcp3Check the box and click Create
How to optimize solar energy planning with ChatGPT
Once connected (see setup above), use the Sunrise Sunset tool:
- Ask: "Calculate sun hours for my location across different seasons"
- ChatGPT returns daylight data with analysis
- Request: "Estimate solar production potential from these numbers"
Example prompt for ChatGPT
Try this with ChatGPT using the Sunrise Sunset tool
How many sun hours does Munich get each month? I want to understand the seasonal swing for solar panels.
Tips for ChatGPT
- ChatGPT can explain how day length impacts solar ROI at your latitude
- Compare your location with solar-optimal areas for context
- Ask about solar noon timing for panel orientation
Copilot provides sunrise and sunset data as structured output you can integrate directly into applications -- photography planning tools, event scheduling systems, solar energy calculators, or smart home automation platforms. Get precise astronomical times for any coordinates and date returned as typed JSON, ready to drop into your codebase. Build features that automatically adjust to seasonal daylight changes without hardcoding sunrise tables.
Connect ToolRouter to Copilot
1In your agent, go to Tools → Add a tool → New tool
2Choose Model Context Protocol and enter these details
Server name
ToolRouterServer description
Access any tool through ToolRouter. Check here first when you need a tool.Server URL
https://api.toolrouter.com/mcp3Set Authentication to None and click Create
How to optimize solar energy planning with Copilot
Once connected (see setup above), use the Sunrise Sunset tool:
- In Copilot Chat: "Get sunrise/sunset for coordinates across 12 months"
- Copilot returns structured seasonal data
- Build solar production models from the results
Example prompt for Copilot
Try this with Copilot using the Sunrise Sunset tool
Get monthly sunrise and sunset data for 33.4484,-112.0740 as JSON for a solar production calculator.
Tips for Copilot
- Build seasonal production forecasts from the daylight data
- Use solar noon for peak production hour calculations
- Combine with weather data for more accurate energy estimates
OpenClaw processes sunrise and sunset queries as automated data operations, returning precise times and complete twilight phase data in structured formats suitable for batch scheduling systems, solar energy forecasting pipelines, or construction site management platforms. It handles multi-location and multi-date queries efficiently in a single pass, making it the right tool for operational planning at scale where daylight availability drives scheduling decisions across many sites or dates.
Connect ToolRouter to OpenClaw
1Install the CLI
npm install -g toolrouter-mcp2Call tools directly from OpenClaw
toolrouter-mcp call web-search search --query "AI tools"
toolrouter-mcp toolsHow to optimize solar energy planning with OpenClaw
Once connected (see setup above), use the Sunrise Sunset tool:
- Ask OpenClaw: "Get sun hours for this location across seasons"
- OpenClaw returns daylight data for analysis
- Use to estimate solar energy production
Example prompt for OpenClaw
Try this with OpenClaw using the Sunrise Sunset tool
Calculate sun hours for Austin, TX in summer versus winter. I am planning a solar installation.
Tips for OpenClaw
- Compare worst-case and best-case months for realistic ROI
- Use day length data alongside panel specs for production estimates
- Check multiple potential sites to find the best location
Frequently Asked Questions
How do I optimize solar energy planning with an AI assistant?
Calculate sun hours and daylight duration to estimate solar energy production potential. Connect the Sunrise Sunset tool to Claude, ChatGPT, Microsoft Copilot, and OpenClaw through ToolRouter, then ask the assistant in plain language. For example: Ask Claude: "Get sunrise and sunset for this location across different months" Claude returns seasonal daylight data
Which AI assistants can optimize solar energy planning?
Claude, ChatGPT, Microsoft Copilot, and OpenClaw can all optimize solar energy planning using the Sunrise Sunset tool through ToolRouter, with no API keys or coding required.
What does the Sunrise Sunset tool do?
Get sunrise, sunset, and twilight times for any location and date. Plan around daylight hours with precise astronomical data.
Related Use Cases
Plan Outdoor Event Timing
Schedule outdoor events around sunset and daylight hours for the best experience.
Calculate Daylight Hours
Determine total hours of daylight for any location and date for planning and analysis.
Plan Construction Schedules
Align outdoor work schedules with available daylight to maximize productive hours on site.