Power guzzler air conditioning? How the Solarbank Pro 3 can help relieve the burden in summer
Cool air has its price
When temperatures rise, homes become heat traps – and many people turn to air conditioning or portable air conditioners. But these devices are among the biggest energy guzzlers in the summer. Especially in the late afternoon and evening hours, when electricity prices are often highest, Electricity costs due to air conditioning increase significantly.
How can this consumption be optimized? Can an air conditioner be powered by solar energy? With a Balcony power plant with storage solution, again Solar Bank Pro 3, this is certainly possible in many cases – at least partially. And therein lies the potential for relief.
👉 To the product page of the Solarbank 3 Pro
Solarbank Pro 3: Store solar power when the sun shines – use it when the heat comes
The Solar Bank Pro 3 is an intelligent Energy storage for balcony power plants, which stores excess electricity and releases it later – for example when the air conditioning in summer Instead of drawing electricity from the grid, households can Use solar power for air conditioning and their Increase self-consumption rate.
Concrete example: How much electricity can be saved?
A realistic usage scenario:
-
Air conditioning runs daily from 16: 00 22 to: 00 pm (6 hours)
-
Consumption: approx. 700 watts per hour
-
Electricity price: 0,35 € per kWh
-
The Solar Bank Pro 3 saves up to 3,2 kWh, expandable to 6,4 kWh

Without storage solution:
700 W × 6 h = 4,2 kWh →
4,2 kWh grid power per day × 0,35 € = 1,47 € per day
→ Monthly: around 44 € only for the air conditioner
With Solarbank Pro 3:
3,2 kWh Solar power from the Solarbank Pro 3 cover a large part of daily consumption
→ Grid requirement reduced to 1,0 kWh
→ Only 0,35 € remaining costs daily, i.e. around €10,5 per month
Potential savings: up to €33 per month – depending on hours of sunshine, PV orientation and daily consumption.
👉 To the product page of the Solarbank 3 Pro
What influences the actual savings?
If she Electricity costs in summer actually decrease depends, among other things, on:
-
Size and performance of the balcony power plant
-
Time of day of electricity consumption (e.g. evening operation of the air conditioning)
-
Storage strategy and discharge times
-
Combination with other consumers (refrigerator, router, TV, etc.)
A Balcony power plant with storage does not replace the entire power supply, but can be targeted Cut load peaks and thus bring about real relief.

Why the Solarbank Pro 3 is particularly suitable
-
Plug & Play capable: Easy connection via Schuko socket
-
Output power up to 800 W: Sufficient for many air conditioners
-
App-controlled unloading: Consumption times can be individually adjusted (e.g. 17 p.m.–22 p.m.)
-
Modular expandable: up to 6,4 kWh for larger households
-
Optimized for summer operation with mobile devices
Especially for households with high summer consumption due to cooling devices, the Solarbank Pro 3 an attractive addition to the balcony power station, an apartment by the bay, for its easy access, free parking, and larger space for our group of XNUMX people. The house was great for a large group like ours, the host was very attentive, and the location was excellent; it was quiet and quick to walk to the old town. Saving electricity in hot weather – without loss of comfort.
Conclusion: Operate air conditioners with solar power – flexible and efficient
The combination of Balcony power station and solar bench Pro 3 offers efficient way to reduce electricity costs in summer heatby maximizing self-consumption and reducing grid load. Although the actual savings depend on individual circumstances, anyone who regularly Operate air conditioner with solar power will find a practical solution for more independence and stability in the energy budget here.
No comments





0 comments