MC Building Dashboard
Temperature vs. CO2 Over 24h
AI Optimization Insights
MC 2066 (Lecture Hall): CO2 rising above 900ppm. Class in session.
Server Room (3rd Floor): Excess heat available from compute load.
Faculty Offices (5th Floor): Empty for 2 hours.
Critical Zone: Hottest Room
Server Room (3rd Floor)
Heat recovery system active. Diverting excess thermal energy to Floor 1 radiators.
Critical Zone: Highest Occupancy
Lecture Hall 2066
Room at maximum capacity. CO2 levels rising rapidly (1100ppm). AI preparing ventilation boost.
Current HVAC Load Distribution
MC Building 3D View
Drag to rotate. Click a floor to inspect.
Detailed Floor Plan
Floor 3 Active Sensor Nodes
| Node ID | Room Type | Current Temp | CO2 Level | Status |
|---|
MC Building HVAC Subsystems & AI Overrides
| Equipment | Zone Served | Current Load | AI Recommendation | Action |
|---|---|---|---|---|
| Central Steam Exchanger | Whole Building | 65% | Stable | |
| AHU - Lecture Halls | Floor 1-3 | 40% | Increase to 80% (High CO2) | |
| Liquid Cooling Loop | Server Rooms | 95% | Divert heat to Corridor Radiators |
Energy Consumption Breakdown
Server Heat Recycled (kWh)
Extended Historical Logs & AI Actions
| Timestamp | Zone Location | Issue Detected | AI Action Taken | Est. Savings |
|---|---|---|---|---|
| Today, 10:45 AM | 3rd Floor Servers | Excess Heat Detected | Diverted to 1st Floor Radiators | +45 kWh |
| Today, 09:30 AM | Faculty Offices | Empty Zone (Calendar Sync) | HVAC Setback applied | +18 kWh |
| Yest, 14:15 PM | Lecture Hall 2066 | CO2 Spike (1200 ppm) | Triggered VAV Box 100% | N/A (Health) |
Brookfield Challenge: Renewable Retrofits
Cost-effective sustainability through waste-energy harvesting.
Kinetic Tile Generation vs. Class Schedule
Battery-less IoT Network
Battery-less IoT
Replacing batteries in 500+ wireless sensors is a massive maintenance cost. By embedding ultra-cheap piezoelectric materials in the high-traffic Floor 1 lobby, we harvest just enough ambient kinetic energy to trickle-charge the mesh network.
Waste Heat as a Renewable
MC's 3rd Floor server farm generates massive heat. Instead of venting it, liquid-to-liquid exchangers capture this thermal load and pump it into the building's hydronic heating loop. A massive CapEx saver.
Digital Twin: HVAC Infrastructure
Floor 3: Live Ductwork & AI Damper Control.
MC Building Network Status
142
Active Nodes in MC
- Mesh Network Health: 99.9%
- Average Latency: 8ms
- Database Sync: Real-time
Deploy New Sensor Node
Power on your new Arduino node. The system will automatically detect it.