To always have electricity at hand

Bluetti EB150

The design and build quality of the Bluetti EB150 are very good. It has plastic and metal parts. While the body is metal, the front and back panel and handle are plastic.

On the front, we have a fairly large LCD display that shows information such as remaining battery level, input and output power (both AC and DC in watts). The screen is bright enough to be seen well in bright sunlight.

Apart from the screen, we have buttons and DC ports.

Characteristics

Power.

The Bluetti EB150 has a power of 1000W, which means that you can use it for any device under 1000W for at least an hour.

The station has two 1000W AC outlets (110V each) but the combined power consumption cannot exceed 1000W. In case it does, it will turn off to avoid any damage to the battery.

The fan automatically turns on for cooling when the output power reaches some predetermined threshold.

surge capacity

From what I have read, this panel does not have any surge support. So 1000W power capacity is the highest it can handle. The output power cannot exceed 1000W, even for one second.

battery capacity

The EB150 has a whopping 1500Wh battery capacity. For those who are not familiar with Wh classification, let’s take an example.

Suppose you have two appliances, a 150W refrigerator and another is a 200W multimedia projector.

With the EB150’s 1500Wh battery, you can power the 200W TV for almost 7 hours, while the fridge lasts about 8 hours.

Similarly, a 20W light bulb can be powered continuously for 3 days. If you use two 20W bulbs, the duration is reduced by half, to a day and a half.

solar charge

Having a solar charger is absolutely necessary when you are outdoors. Luckily, most power plants support solar charging. The Bluetti EB150 generator supports up to 500W of solar input (with MPPT technology) which is very good. Assuming you have 500W and a super sunny day, the EB150 can be fully charged in about 8 hours. Also, it automatically stops charging after a full charge.

Ideally, use a collapsible flexible solar panel , as you can easily carry it around.

charging options

The Bluetti EB150 can be charged through an AC outlet or a photovoltaic solar panel.

Full charging via a wall outlet may take about 10 hours. Solar charge may vary depending on panel power and sunlight. Normally a 500W panel should fully charge in 8 hours as long as the sunlight is perfect.

Characteristics

Power.

The Bluetti EB150 has a power of 1000W, which means that you can use it for any device under 1000W for at least an hour.

The station has two 1000W AC outlets (110V each) but the combined power consumption cannot exceed 1000W. In case it does, it will turn off to avoid any damage to the battery.

The fan automatically turns on for cooling when the output power reaches some predetermined threshold.

surge capacity

From what I have read, this panel does not have any surge support. So 1000W power capacity is the highest it can handle. The output power cannot exceed 1000W, even for one second.

battery capacity

The EB150 has a whopping 1500Wh battery capacity. For those who are not familiar with Wh classification, let’s take an example.

Suppose you have two appliances, a 150W refrigerator and another is a 200W multimedia projector.

With the EB150’s 1500Wh battery, you can power the 200W TV for almost 7 hours, while the fridge lasts about 8 hours.

Similarly, a 20W light bulb can be powered continuously for 3 days. If you use two 20W bulbs, the duration is reduced by half, to a day and a half.

solar charge

Having a solar charger is absolutely necessary when you are outdoors. Luckily, most power plants support solar charging. The Bluetti EB150 generator supports up to 500W of solar input (with MPPT technology) which is very good. Assuming you have 500W and a super sunny day, the EB150 can be fully charged in about 8 hours. Also, it automatically stops charging after a full charge.

Ideally, use a collapsible flexible solar panel , as you can easily carry it around.

charging options

The Bluetti EB150 can be charged through an AC outlet or a photovoltaic solar panel.

Full charging via a wall outlet may take about 10 hours. Solar charge may vary depending on panel power and sunlight. Normally a 500W panel should fully charge in 8 hours as long as the sunlight is perfect.