WATTMATIC AIO HOME SERIES
All-in-one battery system — backup in under 20 ms, smart tariff optimization, and scalable storage on a single platform.
Deployment Architecture
Factory-assembled, plug-and-play design that cuts install time, mess, and complexity. Install indoors or out, run on-grid or off-grid, and integrate directly with heat pumps and EV chargers.
Lifecycle Balancing Control
AI Energy Engine
WattMatic re-optimizes against live tariff, PV, load, and Pmax signals, then executes dispatch automatically — no manual rules to write or maintain.
Operating mode
Full-day multi-objective optimization. Zero rules to write, zero thresholds to maintain.
Charging at 4.8 kW — tariff €0.048/kWh, 5h 12min until morning peak.
ECOSYSTEM COMPATIBILITY
One platform. All your energy devices. One unified control.
OPTIONAL SAFETY UPGRADE
Arc-fault sensors monitor every circuit in real time. When an arc is detected, the system isolates the circuit in under 1 ms — before it can escalate.
Proactive protection that reduces fire risk, extends component life, and improves long-term reliability.
Feature availability may vary by model and market.
Engineering Proof Points
Engineering Notes
Diesel and wind generators integrate directly under coordinated dispatch and layered protection logic, sustaining stable off-grid parallel operation over the full system lifetime.
WattMatic dynamically rebalances new and existing modules at integration, maintaining charge coherence and usable capacity without manual recalibration.
A resilience stack combines 20 ms transfer control, black-start sequencing, -20 °C self-heating, LiFePO4 safety architecture, and remote installer diagnostics with recovery workflows.
For decision-makers: predictable expansion costs and lower infrastructure risk. For engineers: deterministic controls, multi-source integration, and resilient field operation.
DESIGN YOUR SYSTEM
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FAQ
Answers for homeowners, installers, and engineering teams.
Start with three inputs: grid type (single-phase or three-phase), peak load demand (kW), and desired backup duration (kWh). Your installer can map these to the correct inverter power tier and battery module count in minutes.
WattMatic is designed for UPS-class backup transfer, with switchover target below 20 ms for critical loads. In most homes, lighting, network, and essential appliances remain effectively uninterrupted.
A practical estimate is: runtime (hours) ≈ usable battery energy (kWh) divided by active load (kW). Installers usually provide both a critical-load runtime plan and a whole-home runtime plan.
Yes. WattMatic supports staged expansion of batteries and system scale-up over time. BMS AutoSync™ is designed to simplify expansion and reduce manual balancing work during upgrades.
Yes. The platform is designed for broad ecosystem integration, including EV charging, heat pumps, diesel generators, and wind input via MPPT, enabling coordinated whole-home energy management.
The all-in-one architecture minimizes on-site assembly and wiring complexity. Pre-integrated design and cloud-assisted diagnostics help reduce commissioning time and lower post-install callbacks.
The system is built on LiFePO4 chemistry and includes multiple electrical protection layers such as reverse polarity, surge, insulation, leakage, overtemperature, overload, and short-circuit protection. AFCI availability depends on model and market.
Through the cloud platform, users and installers can monitor status remotely, run diagnostics, and apply firmware updates. Dynamic tariff optimization adjusts charging and discharging strategy to improve energy economics automatically.
GET A TAILORED SOLUTION
Tell us about your home — we'll recommend the right model and capacity.