With a smart meter, HiBattery AC can be placed in your living room, basement, or garden—simply plug in and you’re ready to go. Hybrid systems, however, are restricted by panel placement, greatly reducing flexibility.
For existing microinverter users, HiBattery AC connects directly—no extra cabling or complex setup required. Instantly upgrade to storage for a more efficient and intelligent solar system.
With HiBattery AC, place it in your living room, basement, or garden—plug in and you’re ready to go. Hybrid systems, however, are restricted by panel placement, greatly reducing flexibility.
For existing microinverter users, HiBattery AC connects directly—no extra cabling or complex setup required. Instantly upgrade to storage for a more efficient and intelligent solar system.
A micro-storage system with a 1.92 kWh capacity can achieve annual savings of up to €350. This combines two modes: Self-consumption (storing excess solar energy during the day for nighttime use), contributing approximately €280 (1.92kWh x €0.40/kWh x 365 days), and TOU optimization (charging at low-tariff times and discharging during peak periods), adding around €70 (1.92 kWh x €0.12/kWh x 365 days). Total savings assume combined operation of the two.
*Actual results may vary based on usage patterns, regional tariffs, and dynamic pricing conditions.
By integrating with smart meters, the system dynamically adjusts charging and discharging to match your real-time solar production and consumption. That means you use more of your own solar energy, rely less on the grid, and save more money.
It also supports Time-of-Use (TOU) mode that allows you to customize charge and discharge schedules based on electricity rates, minimizing your energy costs and maximizing your economic returns.
HiBattery AC adopts an AC-coupled solution with advanced bidirectional charging and discharging technology.
It offers two easy installation options—plug into any standard home socket or connect directly to a microinverter—making it ideal for beginners or upgrading existing solar systems with minimal effort.
Highest bidirectional DC/AC efficiency of 96.5% and AC round-trip efficiency of 86% unmatched in the industry, all for the best use of every kilowatt-hour.
Automative-grade prismatic LiFePO4 cells deliver over 6,000 charge-discharge cycles. The rigid, aluminum casing enhances structural strength and thermal dissipation, boosting safety and longevity. Compact and stackable cell design also simplifies manufacturing and reduces costs.
Hoymiles Battery Management System features 48 layers of safety protection including overvoltage, undervoltage, overcurrent, short circuit, overtemperature, overcharge, and overdischarge, continuously monitoring battery status to ensure safe and stable operation.
Tested under extreme conditions including high heat, humidity, and rapid thermal shifts. Put through 10+ reliability tests like aging, vibration, and impact. All for lasting safety, stability, and durability.
A dual MCU-based system design is used to enhance safety and stability. The main MCU handles normal operation, while the secondary MCU independently monitors voltage, current, and temperature, and quickly cuts off power in case of a main MCU fault.
Compatible with mainstream smart meters and plugs to precisely manage energy flow, enabling true zero feed-in and full energy independence.
HiFlow/HiFlow Pro and HiBattery AC can be fully integrated into a single system, controlling power locally and ensuring reliable export management.
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