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Anker SOLIX Solarbank 2 E1600 Pro
6917,00 zł
Główne cechy
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Anker SOLIX Solarbank 2 E1600
Solarbank 2 E1600 Pro
×1
- W magazynie — wysyłka w ciągu 1–2 dni roboczych
6917,00 zł
Usługi i korzyści
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W magazynie — wysyłka w ciągu 1–2 dni roboczych
6917,00 zł
Specifications - Solarbank 2 E1600 Pro
4 MPPT (2400W)
MPPT Input
15 Years
Product Lifespan
10 Years
Warranty
IP65
Waterproof Rating
Bluetooth, Wi-Fi (2.4GHz)
Wireless Type
-20~55℃
Charging Temperature
-20°C~55°C
Discharging Temperature
460×249×254mm
Dimensions
21.8kg
Weight
LifePO4
Battery Type
800W
On-Grid AC Output
16-60VDC
Operation Voltage Range
16ADC (per Channel)
Max PV Input Current
Specifications - Solar Panel
FAQ
How does the entire Solarbank 2 E1600 Pro/Plus system work?
The system priority is to first use PV, then battery, and finally grid power. After PV power meets home load and battery charging demands, surplus power is sent to the grid. There are 3 modes to choose from: Self-Consumption, Custom, and Smart Plug.
Does Solarbank 2 E1600 Pro/Plus need to be connected to a Wi-Fi network and the Anker app?
You need to use the Anker app to adjust the output of Solarbank 2 E1600 Pro/Plus from the default 200W.
To check status remotely and to connect to Anker SOLIX Smart Meter and Smart Plug, you need to connect to a Wi-Fi network.
Can I run solar/photovoltaic panels and battery supply power concurrently with Solarbank 2 E1600 Pro/Plus?
Yes, PV panels and Solarbank 2 E1600 Pro/Plus supply power simultaneously.
On-Grid: Total power is based on the set max output.
Off-Grid: The Pro version supplies up to 1000W; the Plus version does not have output, but PV panels charge the battery.
What should I do before shutting down Solarbank for winter?
We recommend charging Solarbank's battery to at least 80% before shutting it down.
What happens when my Solarbank 2 Pro/Plus is fully charged?
When Solarbank 2 Pro/Plus is 100% charged, excess power produced by the panels is sent to your home.
If surplus electricity cannot be stored or used by your home, it is sent to the grid.
Note that in Self-Consumption mode, if you have another PV system and its power output to the grid exceeds Solarbank 2's maximum output, Solarbank 2 will stop outputting power.
If you require Solarabnk 2 to continue outputting power, switch to Custom mode.
What precautions should be taken before installing/adding expansion batteries to Solarbank 2 E1600 Pro/Plus?
Before installing expansion batteries, power off Solarbank 2 E1600 Pro/Plus. This protects you and the product. Installing batteries with Solarbank 2 E1600 activated can damage the product and is not covered by warranty.
How do Solarbank 2 E1600 Pro/Plus and expansion battery packs charge and discharge?
Solarbank 2 E1600 Pro/Plus and expansion battery packs work together to dynamically adjust charging and discharging. This may cause slight differences in battery SOC, which is normal.
Does Solarbank 2 E1600 Pro/Plus (A17C1/A17C3) work with Solarbank E1600 (A17C0)?
Not yet, but we'll release an update soon to use Solarbank E1600 as an expansion battery for Solarbank 2 E1600 Pro/Plus.
Disclaimer
- Annual Return with Solarbank 2 Pro System: 2510kWh × 68% × €0.40/kWh = €683
- Four 540W solar panels can produce 2324kWh of electricity per year under ideal conditions.
- Annual Return with Solar Panels Only: 2510kWh × 44% × €0.40/kWh = €442
- Annual Return with Solarbank 2 Pro Only: €683 - €442 = €241
- Four 540W solar panels can produce 2324kWh of electricity per year under ideal conditions.
- Annual Return with Solar Panels Only: 2510kWh × 44% × €0.40/kWh = €442
- Annual Return with Solarbank 2 Pro Only: €683 - €442 = €241
Reviews
Disclaimer
Calculation
1. The calculation is based on the following product setup: Solarbank 2 Pro (1.6kWh) + 4× 435W Panel (1740W) + Expansion Battery (1.6kWh) + Smart Meter + 8× Ground Bracket.
2. Four 435W solar panels can produce 2022kWh of electricity per year under ideal conditions.
3. When accounting for consumption time and efficiency conversion, the self-consumption rate is 91%. The annual power consumed from this system is 1840kWh.
4. The annual electricity cost saved is based on a €0.40/kWh electricity price, which is taken from the official 2022 average electricity price of 40 cents in Germany H2. The annual electricity fees saved total €736.
2. Four 435W solar panels can produce 2022kWh of electricity per year under ideal conditions.
3. When accounting for consumption time and efficiency conversion, the self-consumption rate is 91%. The annual power consumed from this system is 1840kWh.
4. The annual electricity cost saved is based on a €0.40/kWh electricity price, which is taken from the official 2022 average electricity price of 40 cents in Germany H2. The annual electricity fees saved total €736.
Calculation
- System Annual Return: 2022kWh × 91% × €0.40/kWh = €736
Specifications - Solarbank 2 E1600 Plus
2 MPPT (1200W)
MPPT Input
15 Years
Product Lifespan
10 Years
Warranty
IP65
Waterproof Rating
Bluetooth, Wi-Fi (2.4GHz)
Wireless Type
-20~55℃
Charging Temperature
-20°C~55°C
Discharging Temperature
460×249×254mm
Dimensions
21.2kg
Weight
LifePO4
Battery Type
800W
On-Grid AC Output
16-60VDC
Operation Voltage Range
16ADC (per Channel)
Max PV Input Current
Disclaimer
Calculation
1. The calculation is based on the difference of the following product setups: Solarbank 2 Plus (1.6kWh) + 2× 435W Panel (870W) + 4× Bracket vs. 2× 435W Panel (870W) + 4× Bracket.
2. Two 435W solar panels can produce 1011kWh of electricity per year under ideal conditions.
3. When accounting for consumption time and efficiency conversion, the self-consumption rate is raised from 40% to 97% when compared to balcony solar systems without power storage products. The annual power consumed is raised from 404 to 981kWh.
4. The annual electricity cost saved is based on a €0.40/kWh electricity price, which is taken from the official 2022 average electricity price of 40 cents in Germany H2. The annual electricity fees saved total €231.
2. Two 435W solar panels can produce 1011kWh of electricity per year under ideal conditions.
3. When accounting for consumption time and efficiency conversion, the self-consumption rate is raised from 40% to 97% when compared to balcony solar systems without power storage products. The annual power consumed is raised from 404 to 981kWh.
4. The annual electricity cost saved is based on a €0.40/kWh electricity price, which is taken from the official 2022 average electricity price of 40 cents in Germany H2. The annual electricity fees saved total €231.
Calculation
- Annual Return with Solarbank 2 Plus System: 1011kWh × 97% × €0.40/kWh = €392
- Annual Return with Solar Panels Only: 1011kWh × 40% × €0.40/kWh = €162
- Annual Return with Solarbank 2 Plus Only: 1011kWh × (97%-40%) × €0.40/kWh = €231
- Annual Return with Solar Panels Only: 1011kWh × 40% × €0.40/kWh = €162
- Annual Return with Solarbank 2 Plus Only: 1011kWh × (97%-40%) × €0.40/kWh = €231
Disclaimer
- Annual Return with Solarbank 2 Plus System: 1011kWh × 97% × €0.40/kWh = €392
- Annual Return with Solar Panel: 1011kWh × 40% × €0.40/kWh = €162
- Annual Return with Solar Panel: 1011kWh × 40% × €0.40/kWh = €162
