In Maldives, power plugs and sockets (outlets) of type D and type G are used. The standard voltage is 230 V at a frequency of 50 Hz.
230 V
50 HzThe Maldives is a tropical nation in the Indian Ocean, known for its beautiful beaches, luxurious resorts, and crystal-clear waters. It is a popular destination for honeymooners and those looking for a relaxing getaway.
While the Maldives offers a beautiful escape, you don’t want to worry about your electronics dying while you’re enjoying the tropical weather. So, before you pack your bags, make sure to get a power adapter that’s compatible with the Maldives’ power outlets. This will ensure you can charge all your devices and keep your trip running smoothly.
The Maldives uses two different plug types: D and G. Plug type D is a three-pin plug with two round pins and a larger, round earth pin. Plug type G is a three-pin plug with three rectangular pins, one of which is larger and serves as the earth pin. It's important to note that plug type G is the most common and widely available in the Maldives.
The standard voltage in the Maldives is 230 volts and the frequency is 50 Hz. This means that electrical appliances designed for use in the Maldives will operate at these specifications. If you are traveling to the Maldives with electronic devices from a country with a different voltage or frequency, you will need to use a power adapter and possibly a voltage converter to ensure safe and proper operation of your devices.
This Universal Travel Adapter is an essential tool for any adventurer, offering unparalleled flexibility and ease of use. With a comprehensive selection of plugs that cater to over 150 countries, including Maldives, you can confidently connect your devices wherever your journeys take you.
This travel adapter is designed to power multiple devices simultaneously, thanks to its multiple USB ports and a standard socket. This makes it perfect for charging your phone, laptop, tablet, camera, and more, ensuring all your essential electronics are ready for use in Maldives and beyond.
The adapter features a built-in fuse, safety shutters, and a plug lock system, prioritizing safety for your devices. While it doesn't convert voltage, it supports a wide range of devices, providing a reliable and secure charging solution for your travels.
The standard voltage in the Maldives is 230 volts, which is the same as many European countries and parts of Asia. However, it's important to note that the frequency in the Maldives is 50 Hz, which may differ from your home country's frequency.
If you are traveling from a country with a different voltage or frequency, you will need a voltage converter and possibly a frequency converter as well. This will ensure that your electronic devices operate safely and correctly.
It's always best to check the voltage and frequency requirements of your specific electronic devices and consult with a travel adapter specialist to determine if you need a converter for your trip to the Maldives.
In Maldives, power plugs and sockets of type D and type G are used.
In Maldives, the standard electrical voltage is 230 V with a frequency of 50 Hz.
Look for a label or sticker on the appliance that indicates its voltage rating. If the label states "dual voltage" or lists multiple voltage options, such as 110-240V, then your appliance is dual voltage rated. If the label only lists one voltage, your appliance is not dual voltage rated.
The Maldives uses 230 volts and 50Hz electricity, the same as many European countries. If your electronics are designed for 110-120 volts and 60Hz, you will need a voltage converter and possibly a transformer. Check the voltage requirements on your devices and use a voltage converter if necessary.
Voltage converters and transformers both change voltage levels, but converters use electronics to achieve this while transformers use electromagnetic induction. Voltage converters are typically used for low-power devices like laptops and phones, while transformers are used for higher-power appliances like hairdryers and refrigerators. The choice between the two depends on the power requirements of the device and the specific voltage change needed.
