VEPKAR Technology Platform
Enterprise-grade energy recovery system designed for safe in-duct operation, seamless HVAC integration, and continuous performance validation.
Three-Stage Hybrid Architecture
Kinetic Energy Capture
Rotor assembly captures airflow energy with minimal pressure drop
Hybrid Generation
DC generator with solar-assisted buffer system for continuous output
Smart Integration
Building automation interface for real-time monitoring and optimization
Technical Specifications (Rev-C)
Locked baseline for prototype validation and commercial deployment
Rotor Diameter
250 mm
Operating Airflow Range
3–8 m/s
Pressure Drop
<30 Pa
Generation System
DC Hybrid
Integration
HVAC-Neutral
Maintenance
Passive/Zero
| Parameter | Value | Notes |
|---|---|---|
| Rotor Assembly | 250mm diameter | Aluminum hub with composite blades |
| Installation Method | In-duct retrofit | Minimal structural modifications |
| Airflow Velocity | 3–8 m/s optimal | Validated range for efficiency |
| Pressure Drop | <30 Pa | HVAC-neutral integration |
| Generation Output | DC 12-48V | Solar-assisted buffer system |
| Operating Hours | 24/7 capable | Continuous when HVAC active |
| Maintenance | Passive design | No moving parts maintenance |
| Environmental | Indoor only | Protected mechanical room installation |
Performance Validation
Real-world deployment data and continuous monitoring
Safety Certified
Meets HVAC safety standards and building codes
Performance Monitored
Real-time data collection from deployed units
Smart Integration
Building automation system compatibility
Environmental Impact
Zero emissions, passive energy recovery
Development Roadmap
From prototype validation to commercial deployment
TRL 4-5
Prototype Validation
Functional systems undergoing real-world testing
TRL 6
Pilot Deployment
Scaled testing in commercial buildings
TRL 7
Commercialization
Manufacturing scale-up and market launch
TRL 8-9
Market Deployment
Full commercial operations and scaling