Yes, we ship as far as the European Union area.

It depends on where you are. Orders processed here will take 2-3 business days to arrive. Overseas deliveries can take anywhere from 7-16 days. Delivery details will be provided in your confirmation email.

A larger scale power bank incorporating an MPPT (solar controller), a battery and an inverter, along with various input and output ports.

They work in a similar way to a generator, allowing users to power devices and mains appliances where there is no access to grid mains power. 

Battery sizes (energy capacity) and inverter ratings (output power) vary across different models to offer more cost effective and tailored solutions.

They can be used for almost anything which requires a power supply when there is no access to mains power. 

Predominantly with campervans, and motorhomes. 

Businesses like to have off-grid power without the noise and smell of a generator which these products can provide. 

Festivals often have a ‘no generator’ policy on site so access to power becomes difficult for the punters.

Back up during power cuts. Being without power is inconvenient at best. A portable power station can ensure that essential devices and emergency medical equipment can be kept running until grid power returns.

Many trades and fleets require vehicles to be adapted to have onboard power. Portable power stations are cost effective as they reduce installation costs.

Reduces the need for roadside idling and wasted energy.

To store energy when it is on a lower tariff or by solar generation and use it later.

A Watt (W) is a rate of power usage (in Joules per second).

A Watt hour (Wh) is a Watt of power spent every second for an entire hour.

A 2000Wh battery would allow you to run an appliance rated at 2000W for one hour or a 1000W appliance for 2 hours. All batteries however, reserve some capacity to maintain the cell life (15-20% for LFP batteries and 50% for lead acid) which is not usable.

A Watt is worked out by multiplying voltage (V) with amperage (A) (eg. 12V x 2 amps = 24W)

Watt hours can be converted to amp hours by dividing Wattage by voltage (eg. 1500Wh / 12V = 125Ah)

Certain devices, such as items with motors, use more power when they start up than what they use when they are running. A portable power station's surge power will allow a limited amount of extra power to start these devices.

Yes, our products will accept both types of charge at the same time, with priority given to the solar (or DC) charge so you save energy coming from the grid.

To convert mAh (milliamp hours) to kWh (kilowatt hours), you need to know the voltage of your battery. Use this simple formula:

mAh × V ÷ 1,000,000 = Wh

Then, Wh ÷ 1,000 = kWh

Example:

A 20,000mAh power bank at 12V →

20,000 × 12 ÷ 1,000,000 = 0.24kWh

So that portable power pack stores roughly 0.24 kilowatt-hours of energy.

If you want to know how many milliamp hours equal a certain number of kilowatt hours, reverse the formula:

kWh × 1,000,000 ÷ V = mAh

Example:

A 1kWh battery at 12V →

1 × 1,000,000 ÷ 12 = 83,333mAh

That means a 1kWh system could theoretically hold around 83,000mAh at 12 volts.

• mAh (milliamp hours) measures electrical charge — how much current a battery can supply over time.
  
• kWh (kilowatt hours) measures energy use or storage — how much total power can be delivered.
  

mAh is more common for small devices like phones or portable power banks, while kWh is used for larger systems such as home batteries, generators, and solar energy storage.

In the UK, AC (alternating current) is what comes from your mains sockets — typically 230V AC. It’s ideal for powering household appliances.

DC (direct current), on the other hand, is the type of power stored in batteries and used by most electronics. Portable power stations often convert DC to AC so you can plug in standard UK devices safely.