About This Product
Real Test Data (3 tests)
Power Consumption Test
Real-world workload monitoring with Kill-A-Watt meter
Pros: Extremely low power draw for the performance level. Silent operation. Runs 7+ hours on 100Ah LiFePO4 battery.
Cons: No dedicated GPU. Limited to integrated graphics. Not suitable for gaming or heavy video editing.
Tested over 3 full days in a Transit van setup with a 200W Renogy solar panel and a 100Ah Battle Born LiFePO4 battery. Average consumption was 45W under typical productivity workloads (browsing, VS Code, video calls). Thermal throttling not observed.
Compatibility: Compatible with 12V DC input, standard 200W solar panel via MPPT controller
Solar Runtime Test
Continuous operation monitoring from 100% battery to 20% reserve
Pros: Excellent runtime on solar alone. Low heat generation in confined van space.
Cons: Runtime varies significantly based on solar availability and load intensity.
Full runtime test from charged state to 20% battery reserve with solar input disconnected. Average load: web browsing and document editing. Ran 6.5 hours before reaching reserve. With solar connected during a sunny day, the unit ran indefinitely.
Compatibility: Tested with Renogy MPPT controller in direct sunlight
Thermal Test
IR Camera
How It Compares
vs. Laptop: Mini PC + monitor uses less power when stationary (45W) vs a gaming laptop (80-120W). The Mini PC wins for van life setups where power budget is critical.
vs. Raspberry Pi: Far more performance for demanding tasks like VS Code, video calls, and content creation, at only slightly higher power draw.
Frequently Asked Questions
A: Yes. At 45W draw, a 200W solar panel with an MPPT controller easily handles full operation during daylight.
Q: How long will it last on battery alone?
A: Approximately 6.5-7.5 hours on a 100Ah LiFePO4 battery at typical productivity workloads.
Q: Does it overheat in a van setup?
A: No. Tested at 39-42°C in a closed van environment — well within safe operating range.