New Standard in Energy Efficiency
VEBZE's 15W power consumption ALPR system can process 4 cameras simultaneously at 25 FPS. This means 95% less energy consumption compared to traditional server-based solutions.
Understanding 15W: Power Comparison
Let's make some comparisons to understand what 15 Watts means in real-world terms:
💡 LED Bulb
Standard LED bulb: 10-15W
VEBZE = Energy of 1 bulb
🖥️ Desktop PC
Average PC: 200-400W
26x more power consumption
☁️ Cloud GPU Server
NVIDIA A100 server: 400W+
27x more power consumption
📱 Smartphone
Charger: 5-20W
Similar power level
⚡ VEBZE Power Consumption Details
Idle Mode: 5W (camera standby)
Single Camera Active: 8W
4 Cameras Full Load: 15W
Peak Consumption: 18W (during model updates)
Annual Energy Cost: ~$80 (24/7 operation, $0.12/kWh)
4 Cameras, 25 FPS: How is it Possible?
We combine low power consumption with high performance through these optimizations:
- Model Quantization: FP16 and INT8 precision usage reduced computational load by 60%
- Shared Backbone: Same feature extraction network used for 4 cameras
- Motion-Based Processing: No processing on static frames
- Dynamic Frame Skipping: Adaptive FPS on low-priority cameras
- TensorRT Optimization: Full utilization of NVIDIA hardware acceleration
Multi-Camera Architecture
VEBZE's multi-camera support works with intelligent workload distribution:
Parallel Processing
Each camera stream processes in its own pipeline. 4 CUDA streams run in parallel, experiencing minimal performance loss from single-camera performance.
Priority Management
Cameras can be assigned priorities. For example: Main entrance camera always at 25 FPS, parking area cameras can drop to 15 FPS when needed.
Load Balancing
System load continuously monitored. If all cameras are active simultaneously, resource distribution is automatically optimized.
Adaptive Quality
Resolution can be dynamically reduced during high load (1080p → 720p), saving energy while maintaining 99% accuracy.
Real-World Performance Tests
Power consumption and performance tests in different scenarios:
| Scenario | Power (W) | FPS (Per Camera) | Accuracy |
|---|---|---|---|
| 1 Camera - 1080p | 8W | 43 FPS | 99.4% |
| 2 Cameras - 1080p | 11W | 32 FPS | 99.3% |
| 4 Cameras - 1080p | 15W | 25 FPS | 99.2% |
| 4 Cameras - 720p | 12W | 35 FPS | 99.0% |
Cost Savings Analysis
15W power consumption provides significant savings in operational costs:
💰 VEBZE (15W)
- Annual Energy: $80
- Cooling: Passive (no fan)
- Maintenance: Minimal
- Total: ~$80/year
🖥️ Server Solution (300W)
- Annual Energy: $1,600
- Cooling: Active (AC)
- Maintenance: High
- Total: ~$2,500/year
📊 5-Year Cost Comparison
VEBZE Edge Solution: $400 (energy only)
Server-Based Solution: $12,500 (energy + cooling + maintenance)
Savings: $12,100 (over 5 years)
Eco-Friendly Technology
Low power consumption is important not just for cost, but also for the environment:
- Carbon Footprint: 38 kg CO₂ annually (server solution: 764 kg CO₂)
- Heat Generation: Minimal, no extra cooling required
- E-Waste: 7+ year lifespan, replaceable modular design
- Green Certifications: Energy Star and EU Green Label compliant
Use Cases
4-camera processing at 15W is ideal for these applications:
🏢 Small-Medium Parking Facilities
Managing 4 entry/exit points with a single device. Low investment and operational cost.
🏭 Factory Entrances
Staff, visitors, cargo vehicles, and emergency exits – 4 different points controlled by one system.
🏘️ Residential Complex Management
Multi-entry control in residential complexes. Operates 24/7 without increasing electricity bills.
🛣️ Urban Traffic
4-lane monitoring per intersection. Off-grid operation possible with solar panels.
Off-Grid Operation with Solar Energy
15W consumption provides perfect compatibility with solar energy systems:
- 100W Solar Panel: 24/7 uninterrupted operation with 6+ hours of sunlight daily
- 12V 50Ah Battery: 3 days of backup power
- Total System Cost: ~$4,500 (including installation)
- Payback Period: 2-3 years (compared to grid electricity)
⚡ Test Energy-Efficient ALPR
Want to test the 4-camera VEBZE system in your environment and see the energy savings? Request a demo device.
Request Demo DeviceConclusion: Less Energy, More Performance
VEBZE's ability to process 4 cameras at 25 FPS with 15W power consumption proves the power of edge AI. We offer enterprise-level ALPR solution with the energy of an LED bulb. This is the right choice for both your business and the planet's future.
Low energy consumption is no longer a limitation – with VEBZE, it's a competitive advantage.