Sluxer

Sluxer

About this app

The Sluxer App is the official mobile and web platform for monitoring and controlling Sluxer Home Energy Storage Systems. It empowers homeowners to take full advantage of their solar production, battery storage, and grid interaction by using real-time energy prices and intelligent usage prediction.
🔋 Smart Energy Storage Management
Seamless integration with Sluxer LiFePO₄ battery systems.
Monitor State of Charge (SoC), battery health, charging/discharging power, and historical trends.
Full control over charging, discharging, and idle modes.
💰 Real-Time Energy Price Optimization
Connects directly to market-based electricity prices (RCE / dynamic tariffs).
Automatically charges the battery when electricity is cheapest and discharges when it is most profitable.
Supports multiple tariff modes:
Single fixed rate
Custom weekday schedules (with up to 6 slots per day)
Dynamic exchange prices
📊 Energy Usage Prediction
Built-in AI-driven prediction engine forecasts household consumption and solar production.
Optimizes energy usage over the next 24 hours in 15-minute intervals.
Learns from past patterns to improve forecasting accuracy over time.
⚡ Smart Optimization Algorithms
Calculates the most cost-effective strategy for battery usage.
Balances between using solar, charging from grid, selling to grid, or going idle.
Ensures power is available when needed (e.g., in the evening peak), while minimizing grid costs.
📈 Insights & Analytics
Interactive charts to compare predicted vs. actual battery usage, production, and costs.
Long-term archive of prices, usage, and system performance.
🌍 Remote Access & Control
Access your Sluxer system from anywhere via secure cloud or direct local connection.
Control multiple systems and sites from one account.
OTA (Over-the-Air) firmware updates ensure your system is always up to date.
🔒 Security & Reliability
TLS encryption for all connections.
Local fallback mode in case of internet outage.
Built-in safety features to protect your battery and grid connection.