Can a House Run Entirely on Anker SOLIX E10 Battery Power? Full Test

Anker SOLIX E10 System Overview

• ⚡ The Anker SOLIX E10 system is tested to see if it can power an entire house with all electronics and appliances running simultaneously.
• 💡 The system claims to provide backup power from batteries when the grid fails, a concept initially perceived as almost too good to be true.

Powering the Entire House Test

• 🏠 During a simulated power outage, the house initially drew 540 watts from the batteries, with this number increasing as more devices were turned on.
• 💻 The test escalated by turning on every computer in the house, significantly increasing the power draw.
• 🔌 Further load was added by connecting random technology, including a 1987 logic analysis system mainframe with a touchscreen.
• ♨️ Heavy-duty appliances like a 3D printer, dishwasher, oven, and central heat were activated, pushing the house's draw to 7.09 kW.
• 💨 The dryer was turned on, bringing the total power draw to 8.48 kW, exceeding the system's rated 7.6 kW output.

Turbo Mode and AC Unit Consideration

• 🚀 The Anker SOLIX E10 features a turbo mode that allows it to sustain 10 kW continuous output for up to 90 minutes, enabling it to handle the extreme load.
• ❄️ The central AC unit was not tested due to sub-freezing temperatures, but the system's LRA rating suggests it could handle it in warmer conditions.

Battery Capacity and Expandability

• 🔋 The tested setup includes two 6 kWh battery modules, totaling 12 kWh capacity, with the potential to expand up to five modules (30 kWh) without needing an electrician for additions.
• 🔌 The system connects via a smart inlet box to the main breaker, offering dedicated backup power.

Energy Arbitrage and Time-of-Use Savings

• 💰 The system facilitates energy arbitrage by charging batteries during off-peak hours (cheaper electricity) and using that stored energy during peak hours (more expensive electricity).
• 📈 This Time-of-Use (TOU) strategy can lead to significant savings, with potential price differences from 7 cents/kWh off-peak to 35 cents/kWh peak.
• ⚙️ The system automates this process daily, seamlessly managing energy flow without manual intervention.

Advanced Features and Safety

• ⛈️ Storm Guard feature dynamically allocates more battery reserve based on weather forecasts to ensure backup power during storms.
• ☀️ The E10 system is compatible with most major solar panel brands, allowing for grid-independent charging.
• 🔌 A smart generator can be integrated for DC power, offering an additional layer of backup and efficiency, with fuel options including natural gas, gasoline, or propane.
• 🛡️ The system boasts rigorous UL certifications, including thermal runaway testing, and is NEMA 4 rated for extreme weather resistance.

Pricing and System Configurations

• 💲 The reviewed setup (power module, 2 batteries, smart inlet box, generator) costs just over $8,500.
• 💰 A more advanced configuration with double the capacity (2 power modules, 4 batteries, power dock, generator) is over $16,000.
• 🏠 Different configurations are available, from a portable unit to a full electrical panel replacement with a power dock, offering varying levels of automation and control.
• ⏳ Anker SOLIX claims a payback period of just a couple of years through energy savings and reduced grid reliance, though this requires careful calculation based on individual usage and local rates.