This increase is largely due to maintenance work at nuclear power plants, which has caused major power outages and made reliable backup power sources essential. Techno 24.

How did the need for charging stations increase?

Fluctuations in demand for charging stations do not have a clear seasonality and are caused by external factors, primarily power outages. Rising production costs and the urgent need for fast delivery contributed to the increase in prices. In this context, portable power plants have become an important solution for both individuals and businesses.

Portable power plants are ideal for use in homes and apartments because they are designed to provide reliable power during outages. These devices can power a wide range of devices, from lamps and appliances to refrigerators and induction cooktops, providing much-needed stability during power outages.

Main factors to consider when choosing a charging station

When choosing a charging station, it’s important to ensure that its capacity matches the energy needs of your devices. For example, household appliances like refrigerators use 100 to 200 watts, while electric kettles use 1,500 to 2,000 watts. Charging stations come in different capacities and output currents, so it’s important to choose one that meets your power consumption needs.

Some popular models include:

• EcoFlow Delta 2: Provides 1800W continuous power (with 2700W peak power) and 1024Wh capacity, ideal for most household appliances.
• Bluetooth AC180P: Providing the same power as 1800 W and a higher capacity of 1440 W/h, it is suitable for powerful devices such as hair dryers.
• Anker Solix C1000X: Outputs up to 1800W with 1056Wh capacity, ideal for powering home appliances such as mini fridges.

For smaller devices such as laptops, routers or TVs, more compact models such as the EcoFlow River 2 (300 W, 256 W*h) or the Bluetti AC2P (200 W, 240 W*h) are ideal for short-term use or use while travelling.

Popular brands and features

EcoFlow, Bluetti and Anker are among the leading brands that offer a wide range of models with different capacities and various additional features such as fast charging, compatibility with solar panels, smart energy management systems. These features increase performance but also increase the overall cost.

To estimate how long the station can power the device, use this simple formula: divide the station’s power (Wh) by the device’s power consumption (W) and multiply by the inverter’s efficiency (usually 0.8-0.9). This gives an approximate runtime.

Other highlights

When choosing a charging station, consider the following:

• Peak power: Motorized devices such as vacuum cleaners or drills may require peak loads during start-up. Make sure your station can handle these peak loads.
• Battery capacity: High capacity is very important if you plan to work with powerful devices for long periods of time.
• Charging time: Some models support fast charging, which is very important in emergency situations.
• PortabilityIf mobility is important to you, choose a station with handles or wheels for easy transport.
• exits: Make sure there are enough outputs for your devices (USB, Type-C, AC, DC) and that the station supports simultaneous connection.
• Security: Look for models with surge, short-circuit, and overheat protection to protect both the cradle and the devices connected to it.
• Support for solar panels: Compatibility with solar panels for remote use is a valuable feature that allows the station to be charged using renewable energy.
• Cable length: Use short, high-quality cables to minimize power loss.

Before purchasing a charging station, it is important to make a list of the devices you plan to charge so that you can choose the model with the right capacity and output power.

Persistent energy supply issues in Ukraine are leading to an increased reliance on portable charging stations. As demand continues to grow, having a reliable backup power solution has become more important than ever.