HOME POWER LAB • LAB-GRADE REALITY CHECKS

Real tests. Real runtimes.
Zero marketing math.

Tools and field guides that stress-test backup power setups against what actually breaks them: winter sun, inverter losses, surge loads, and unsafe extension-cord shortcuts.

Start here Run a lab tool
Reality checksPhysics-first
ToolsAudit + sizing
FocusSafety + runtime
AUDIT STATUS: VERIFIED BY PHYSICS

Marketing Math vs. Reality

The "Box Specs" assume a perfect world. The Lab assumes a blackout in February.

Solar Input
The Box Says "200W Panel"
VS
The Lab Found 142W (Real Sun + Heat)
Battery Capacity
The Box Says "1000Wh"
VS
The Lab Found 820Wh (Inverter Loss)
Extension Cords
The Box Says "15A Rated"
VS
The Lab Found 11.8A (Safe @ 50ft)

Don't build your plan on marketing fiction. Stop the failure before it starts.

START WITH THE PROBLEM

What are you trying to keep alive?

Pick your scenario. Then run the tool built for the failure modes behind it.

🔋 Overnight Runtime Will your battery actually last through the night? 🛰️ Off-Grid Internet Can your Starlink survive real-world conditions? 🔌 Extension Cord Safety Is your setup creating heat, drop, or risk? 😴 Medical Backup Failure here is not optional
🌤️ Solar Recharge Reality 🧊 Cold Food Storage ❄️ Portable AC Load 🛡️ Sump Pump Failure ⚡ Circuit Planning 📡 PoE Failure Risk 📶 RF Interference 🧬 Insulin Protection ♨️ Heat Output Math 🛰️ Starlink System Sizing
LAB PHILOSOPHY

Backup power usually doesn’t fail because of one big mistake.

It fails because of stacked little lies: optimistic watt-hours, ignored surge loads, unsafe cord runs, weak winter solar, thermal losses, and assumptions that collapse under stress.

Voltage drop
Inverter losses
Cold-weather derating
Motor surge loads
Thermal runaway
Recharge fantasy math

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