Backup for Broadcasting
Stable clean power for bonded internet, encoders, cameras, monitors and comms where silence and uptime matter.
Problem to solve
- A stream can fail from one weak point: router, encoder, monitor, laptop or camera power.
- Broadcast loads are not always huge, but they must be stable and separated from noisy/high-peak equipment.
- Events often need several independent power zones.
Typical consumption
| Load | Typical watts | Planning note |
|---|---|---|
| Router / bonded internet | 20-100W | Continuous |
| Encoder / switcher | 20-120W | Continuous |
| Field monitor | 20-80W | Continuous |
| Camera support / charging | 30-150W | Mixed |
| Laptop / control station | 60-160W | Continuous |
| Small audio/control | 50-250W | Depends on setup |
Autonomy and recommended solution
| Level | Load range | What it covers | Recommended solution | Runtime guide |
|---|---|---|---|---|
| Field Stream | 150-350W | Router, encoder, laptop, one monitor | F2000 class | 5-10h typical |
| Multi-camera | 350-800W | Several monitors, switcher, comms and charging | F3800 class | 5-10h typical |
| Production Zone | 800W+ | Long event or several technical desks | Multiple stations / assisted proposal | Manual power map |
Technical notes before buying
- Separate internet/comms from lighting/audio where possible. Critical comms should not share a circuit with high-startup loads.
- For live work, reserve capacity matters: plan for 20-30% spare battery, not 0%.
Build a real autonomy estimate
Add each device, set the quantity and daily hours. The calculator totals your energy need, compares every SOLIX model and shows how solar input changes the picture.