To use the full 3,500 W output power in combination with a P1 smart meter, you need a dedicated circuit with a suitable wall socket. Here's what to check. Most modern homes already have much of the required electrical infrastructure.

Step 1: Set up a dedicated circuit

A dedicated circuit supplies power to only one appliance, making it the safest and simplest connection point for your system.

✓ Suitable circuits commonly found in homes:

• Washing machine
• Tumble dryer
• Garage socket
• EV charger / wallbox

✗ Avoid these circuits:

• Lighting circuits: insufficient capacity
• Kitchen sockets: multiple appliances may share the same circuit
• Living room sockets: usually connected to shared circuits

Also check the location of the socket and make sure there is enough space nearby for your Solarbank. Suitable locations include a utility room, garage, garden shed, attic or storage room. Avoid kitchens, bathrooms and areas where the system could obstruct access.

Step 2: Check the 16 A circuit rating

Check your electrical distribution board to confirm that the circuit is protected by a B16 or C16 circuit breaker and that the wiring has a minimum cross-section of 2.5 mm². Most modern Dutch homes already meet these requirements.

Step 3: Check the wall socket

A standard Schuko socket is suitable. Make sure it is in good condition, with no discolouration, loose connections or visible signs of wear.

Step 4: Connect the system

Connect the Solarbank Max AC directly to the wall socket on the dedicated circuit. No additional wiring or tools are required.

Step 5: Unlock full output power in the app

The output power is set to 800 W by default. Open the app, go to settings and increase the output power to a maximum of 3,680 W in less than 60 seconds.

Five simple steps. No major installation work required. Start powering your energy-intensive appliances with your own solar electricity.

Based on a dedicated 16 A circuit and a wall socket in good condition. Anker and Solar Power Supply are not responsible for problems caused by outdated wiring, shared circuits or poor socket connections. We strongly recommend having a qualified electrician confirm that your dedicated circuit is suitable and inspect the condition of the wall socket before installation.

The base unit is completely plug-and-play: position the unit, plug it in and configure it through the app. Ready in just five minutes. The combined output of 3,500 to 5,000 W is achieved by using the grid-connected and off-grid outputs simultaneously. For 3,500 W grid output, a dedicated circuit is required for safe and compliant operation. An electrician can easily arrange this and install the CT Smart Meter at the same time if needed.

Yes. The system is compatible with existing solar installations, regardless of brand or type. A P1 meter or Smart Meter enables intelligent energy management by coordinating your solar production with the battery.

Yes. The base unit provides 7 kWh of storage capacity and can be expanded up to 42 kWh by stacking additional battery modules. No extra cables or complex installation required.

Yes. The system features IP66 protection against dust and water and a C5-M corrosion resistance rating, making it suitable for demanding outdoor conditions. Thanks to its built-in heating system, it can operate at temperatures as low as -20°C. Installation in a garage, on a balcony or outdoors against an exterior wall is possible.

The Solarbank Max AC is built for years of reliable performance. Thanks to its durable LiFePO4 battery technology, the system offers a lifespan of up to 10,000 charge cycles, backed by a 10-year manufacturer's warranty. A reliable energy storage solution designed for the long term.

Ja. Het systeem is IP66 waterdicht en C5-M marine-grade corrosiebestendig. Dankzij actieve verwarming werkt het tot -20 °C. Plaatsing in de garage, op het balkon of buiten tegen de gevel is geen probleem.

Anker SOLIX berekent een besparing van tot €1.696 per jaar. Dat is gebaseerd op een opstelling met 6.000 Wp aan zonnepanelen, 14 kWh opslag (twee gestapelde units) en een stroomprijs van €0,30 per kWh. De besparing bestaat uit direct eigenverbruik, opgeslagen stroom die je 's avonds gebruikt en slimme AI-energiesturing. In de praktijk hangt het exacte bedrag af van je locatie, verbruikspatroon en energietarieven.

Hoe snel verdien ik de Anker SOLIX Solarbank MAX AC terug?

Onder ideale omstandigheden in ongeveer 3,5 jaar, volgens Anker SOLIX. Die berekening gaat uit van dezelfde opstelling met 14 kWh opslag en 6.000 Wp zonnepanelen. Na de terugverdientijd levert het systeem puur besparing op, met een ontworpen levensduur van 15 jaar. Omdat het een plug-in systeem is, zijn er geen installatiekosten die de terugverdientijd vertragen

Het verschilt per situatie welke plug-in thuisbatterij het beste bij je situatie past. Dit hangt af van verschillende factoren, maar de Anker SOLIX Solarbank MAX AC is in heel veel situaties de juiste keuze. Wil je precies weten of dit model inderdaad de juiste keuze voor je is? Met onze keuzehulp voor plug-in thuisbatterijen weet je precies welke thuisbatterij het beste bij je situatie past.