# Solar Orientation Analyzer MCP for AI Agents AI Agent Connect

> Solar Orientation Analyzer MCP helps architects and engineers calculate solar exposure for buildings. It determines sun angles for different seasons, estimates how many hours of direct sunlight a facade receives, and suggests architectural shading like brise-soleil or reflective glazing based on specific heat gain risks.

## Overview
- **Category:** architecture
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_K9UfdtiFzvK7upfUyLd8G8gcVr2P8UKWTxV7RcZd/ai-agent-connect
- **Tags:** solar, architecture, sunlight, building-design, climate-analysis

## Description

This Connector lets you put a solar analyst inside your AI client to handle the heavy lifting of building orientation studies. Instead of manual calculations or flipping through complex solar charts, you can just ask your agent about how much sun a specific facade will take in the summer versus the winter. It handles the math for incidence angles and duration, giving you clear numbers you can actually use in a design review. If you're trying to figure out how to keep a building cool in a hot climate, it also looks at the data and suggests specific architectural features like brise-soleil or reflective glazing. It's a great way to bridge the gap between raw climate data and actionable design decisions. You'll find this works well as part of the wider Vinkius catalog, where you can connect multiple specialized tools to build out a complete architectural workflow. It takes the guesswork out of orientation, letting you focus on the aesthetics while the agent handles the environmental physics.

## Tools

### generate_protection_strategy
Get architectural recommendations like brise-soleil or reflective glazing based on calculated heat risks.

### calculate_solar_incidence
Get the sun's angle relative to a building facade during summer, winter, and equinox periods.

### estimate_sunlight_duration
Find out how many hours of direct, unshaded sunlight a specific facade receives throughout the year.

## Prompt Examples

**Prompt:** 
```
What's the sun angle for a north wall in Brasilia during the summer?
```

**Response:** 
```
### Solar Incidence for Brasilia (North Facade)

| Period | Sun Angle | Exposure Level |
| :--- | :--- | :--- |
| **Summer** | 72° | High |
| **Winter** | 38° | Moderate |
| **Equinox** | 55° | Moderate |

This orientation will see significant direct exposure during the summer months.
```

**Prompt:** 
```
How much sun does an east wall in Sao Paulo get in the winter?
```

**Response:** 
```
An east-facing facade in Sao Paulo receives approximately **4.5 hours** of direct, unshaded sunlight during the winter season. 

This is a moderate amount of exposure, suitable for morning natural light without excessive heat gain.
```

**Prompt:** 
```
Suggest a shading plan for a west wall in Fortaleza.
```

**Response:** 
```
### Recommended Protection Strategy

Based on the high solar exposure for a west-facing wall in Fortaleza, I recommend the following:

*   **Primary Strategy:** Install a **brise-soleil** system to block direct afternoon sun.
*   **Secondary Strategy:** Use **reflective glazing** on all large windows.
*   **Impact Level:** High heat mitigation required.
```

## Capabilities

### Calculate seasonal sun angles
Get precise sun angles for summer, winter, and equinox periods for any building facade.

### Estimate yearly sunlight hours
Find out exactly how many hours of direct, unshaded sunlight a specific facade receives over a year.

### Get architectural shading ideas
Receive specific recommendations like brise-soleil or reflective glazing based on calculated heat risks.

### Analyze facade heat gain
Identify which parts of a building are most exposed to solar heat to improve cooling efficiency.

### Determine seasonal exposure
Compare how solar impact changes across different months to plan for variable weather patterns.

## Use Cases

### Designing in a high-heat region
An architect in Fortaleza asks the agent to check a west-facing facade. The agent uses the tools to identify high heat gain and suggests specific shading interventions.

### Determining seasonal light for a project
A designer in Brasilia needs to know how a north-facing wall reacts in the summer. They ask for the specific angles to plan for seasonal light shifts.

### Balancing natural light and heat
A user wants to know if an east-facing office in Sao Paulo gets too much sun. They ask for the total sunlight duration to decide on window placement.

### Selecting the right glazing
A team needs to know if reflective glass is sufficient for a glass-heavy facade. They use the protection strategy to see if physical shading is also required.

## Benefits

- Stop guessing about sun angles. Use calculate_solar_incidence to get precise seasonal data for any facade.
- Plan for year-round light. Use estimate_sunlight_duration to see exactly how many hours of sun a building face gets.
- Get immediate design ideas. Use generate_protection_strategy to get specific shading recommendations like brise-soleil.
- Reduce manual math errors. Let your agent handle the complex geometry of solar paths across different latitudes.
- Make data-driven design choices. Use the results to justify specific glazing or shading materials to clients.

## How It Works

The bottom line is you get accurate solar data and design strategies without doing any manual math.

1. Tell your AI client the building's latitude and the orientation of the facade you're analyzing.
2. The Connector calculates the specific solar data for the requested seasons or the full year.
3. You get back precise angles, hourly durations, and specific design recommendations.

## Frequently Asked Questions

**Can the Solar Orientation Analyzer MCP help with building heat gain?**
Yes, it analyzes solar exposure and suggests specific strategies like shading or glazing to help manage heat.

**Does the Solar Orientation Analyzer MCP work for any latitude?**
Yes, you just provide the latitude and the Connector handles all the math for that specific location.

**Can I use the Solar Orientation Analyzer MCP to choose between different shading types?**
Yes, it provides architectural recommendations like brise-soleil or reflective glazing based on your building's data.

**How does the Solar Orientation Analyzer MCP handle different seasons?**
It provides specific data for summer, winter, and the equinox so you can plan for variable weather patterns.

**Can I use the Solar Orientation Analyzer MCP for commercial office designs?**
Yes, it is great for determining light duration on facades to ensure office spaces get enough natural light.

**Does the Solar Orientation Analyzer MCP provide 3D models?**
No, it provides data, angles, and architectural recommendations rather than 3D files or CAD models.

**What inputs are required for the tools?**
You need to provide the facade orientation (in degrees or cardinal points like 'North') and a Brazilian capital city name to retrieve the necessary latitude.

**How does it calculate solar incidence?**
The `calculate_solar_incidence` tool uses the latitude of the provided city to estimate the sun's angle relative to your facade during summer, winter, and equinox seasons.

**Can I get architectural recommendations?**
Yes, the `generate_protection_strategy` tool analyzes exposure levels to suggest mitigation techniques like louvers or shading devices.