Yes, we have over 300 installer partners who can provide installation service to you. You're welcomed to ask dealer or Angile Energy business team to arrange your installation service.

We strongly advise our clients to request a professional installer who has undergone training and possesses an electrical certificate or verification. To proceed with the installation, please contact your dealer or the Angile Energy team.

Installation services provided by our partners vary in waiting times depending on the region. Typical waiting times are 3-7 days.

Typically, we request that our partners offer a complimentary initial installation service. To ascertain if free installation is offered, please contact your dealer.

Yes. Angile inverters (both single-phase and three-phase) support battery-free installation, allowing them to be used initially as pure PV inverters. Users can then flexibly add batteries later based on their load consumption. The system also supports expanding the capacity of an existing battery setup. For example, a system with a 10kW inverter + 10kWh battery can later be expanded to 20kWh. Note: When mixing new and old batteries, you must ensure that the State of Charge (SOC) and battery voltage are consistent; otherwise, system stability and battery life may be affected.

No. Angile products require a Wi-Fi internet connection to receive software updates and communicate with the monitoring platform for energy tracking. A reliable connection is necessary to provide new product features over time. While the Angile system can continue to generate and operate normally if the internet connection is temporarily interrupted, you will be unable to monitor or maintain the device's operating status. Therefore, installation in locations without internet access is not recommended.

The Angile energy storage inverter features four operating modes: Self-Consumption Mode, Time Priority Mode, Battery Priority Mode, and Dispatch Mode. The system is set to Self-Consumption Mode by default.

Yes. Both Angile single-phase and three-phase inverters support parallel operation, with a maximum limit of up to 6 units connected together.

This backup mode is designed for regions that experience frequent power outages. It maintains the battery at a high capacity level to ensure that emergency (EPS) loads remain powered if the grid goes down. In this mode, the function to charge from the grid is enabled by default.

In the event of a power outage, the system will power the EPS (Emergency Power Supply) loads using solar PV and the battery. Solar power is prioritized to power the loads first, with any excess energy used to charge the battery. (Note: A battery must be installed, and the EPS load must not exceed the battery's maximum output power.)

This mode is suitable for regions with low feed-in tariffs and high electricity prices. Solar power is prioritized to supply the local loads first; any excess power is used to charge the battery, and any remaining electricity is then exported to the grid. Users can configure the Depth of Discharge (default is 85%) and choose whether to allow charging from the grid.

A battery must always reserve some capacity for charging. The depth to which a battery can be discharged depends on its chemical composition; to ensure a long battery life, it is generally recommended not to push it to the absolute limit. The default factory Depth of Discharge (DoD) for these batteries is 85%.

An energy storage inverter is a power conversion device specifically designed to manage the flow of electricity between a battery storage system, the grid, and the electrical loads. It efficiently handles energy conversion, storage, and distribution within a renewable energy system. Whether paired with solar, wind, or other energy sources, it optimizes energy efficiency, reduces electricity costs, and enhances grid independence.

The power of an inverter is expressed in kilowatts (kW), whereas the energy storage capacity of a battery is expressed in kilowatt-hours (kWh).

Yes. During parallel operation, it is permissible for one unit to be connected to a battery while the other is not. Alternatively, the two inverters can be connected to an unequal number of batteries.

After purchasing an Angile All-in-One Home Energy Storage System, you will receive lifetime free access to Angile’s online real-time monitoring platform. You can access the platform via a web browser or through our dedicated app for iOS and Android devices. The app allows for extensive monitoring of your home's energy flow, including tracking solar panel production, monitoring energy consumption, and checking the energy stored in your battery.

Angile home batteries are maintenance-free. An active network connection allows the system software to receive regular updates automatically.

For end users, the typical delivery time is between three and seven days. The availability of these services varies by dealer. For more information regarding logistics, please contact your dealer.

For dealer or installer users, we will dispatch your order. Please contact your dedicated account manager or our commercial team for details.

We will assist you in contacting the relevant logistics provider to confirm the division of responsibility. If the logistics loss is not attributable to the buyer, we will assume responsibility.

No. Currently, single-phase inverters are only compatible with low-voltage batteries, while three-phase inverters are only compatible with high-voltage batteries. The battery port input voltages for single-phase and three-phase inverters differ, so they cannot be used interchangeably.

When connecting, the output of the Angile single-phase inverter is simply connected to any one of the three phases in the grid. It will act as the power source for that specific phase and can only monitor the load consumption of that phase.