Lieferung heute & morgen
Qualitätsgarantie
App herunterladen
Kategorien
A smart plug with energy monitoring is a fundamental component for home automation and efficiency. Its core functions are the remote control of connected devices and the precise tracking of their energy consumption. Choosing the right model depends heavily on your existing smart home infrastructure, technical requirements, and the desired level of control. The primary differentiators are the wireless protocol used—typically Wi-Fi, Zigbee, or specialised firmware like Tasmota—and compatibility with control platforms such as Home Assistant, Alexa, or Google Home.
The decision for a Smart Plug should be based on an analysis of objective parameters. The following criteria are relevant for your selection.
The protocol determines how the device is integrated, its responsiveness, and the overall system reliability.
Ensure the plug is compatible with your preferred control platform.
A smart plug rated for 16A is the standard for safely operating high-power appliances like coffee machines, fans, or irons. The maximum load of 3680 watts (16A at 230V) should not be exceeded. Look for a housing made of flame-retardant material (e.g., V0-rated) and integrated safety features like child safety shutters.
Based on technical specifications and use cases, we present three models featuring different protocols.
Why we recommend this product: This model uses the Zigbee 3.0 protocol, ensuring fast response times and very low standby power consumption. Automation runs locally via the gateway, so schedules and scenes execute reliably even without an internet connection. Its compatibility with Home Assistant (via Zigbee2MQTT/ZHA), Hubitat, and SmartThings is a decisive factor for advanced users. The integrated sensor provides precise data on voltage, current, and power for the plug's energy monitoring function.
Advantages:
Best for: Users who already run a smart home with a Zigbee hub (e.g., with Home Assistant, SmartThings, or a newer Amazon Echo) and value stability, low latency, and local control.
Why we recommend this product: This model's strength lies in its simplicity. No additional hardware (hub) is required. Setup is handled via the popular Smart Life app, with Bluetooth speeding up the initial configuration. Seamless integration as an Alexa smart plug and Google Home smart plug allows for convenient voice control. The app also offers features like schedules, timers, and an away mode.
Advantages:
Best for: Smart home beginners who want to intelligently control individual devices like lamps or fans and monitor their consumption, without having to deal with complex network technology.
Why we recommend this product: This Tasmota plug comes with pre-installed open-source firmware, saving you the manual flashing process. It is designed for users who prioritise 100% local control with no cloud dependency. All data and commands remain on your own network, which maximises privacy and makes it independent of the internet. Communication via MQTT and the auto-discovery feature for Home Assistant make it a powerful component for complex, local automation scenarios. The ESP8685 chip ensures stable performance.
Advantages:
Best for: Tech enthusiasts, privacy advocates, and power users of open-source smart home platforms who want full control over their devices and data.
If the models presented here don't exactly meet your needs, or if you're looking for more specialised solutions, you can find a wider selection of smart plugs and accessories in our PC Power Sockets category.
1. What is the functional difference between a Wi-Fi and a Zigbee smart plug? A Wi-Fi plug connects directly to your router and is often controlled via a cloud-based app. A Zigbee plug communicates with a local hub, which reduces the load on your Wi-Fi and often enables faster, more stable local control that works even without an internet connection.
2. Can I really save energy with a smart plug that has energy monitoring? The plug itself doesn't save energy, but it provides the data needed to do so. Through energy monitoring, you can identify devices with high standby consumption and use schedules or automations to completely disconnect them from the power grid. This can help reduce your electricity bill.
3. Do I need programming skills for a Tasmota plug? No, programming skills are not required. However, a basic understanding of network configuration (e.g., accessing an IP address in a browser and entering Wi-Fi details) is necessary. Configuring MQTT or integrating it into Home Assistant is done through web interfaces and requires following instructions, not writing your own code.