From £140.00 Inc. VAT
Designed to turn 12V battery power into pure 230V AC, this pure sine wave inverter is a high-end unit that ensures reliable operation of electric devices up to 1200W (and 2400W peak power).
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The 24W USB-A port and 60W USB-C port ensure that your phones charge faster and also allow you to charge several devices at the same time.
The safety features of the inverter prevent damage from overload, overheating, over-voltage, and under-voltage.
Easy-to-read screen displaying information about your inputs, frequency, alert messages, and more.
Intelligent cooling system allows for control of the fan based on the load it is handling and the temperature conditions.
A remote reader panel is available for your inverter, providing easy access to important information. With a 5-metre cable, you’ll have plenty of flexibility for placement.
The unit comes with two UK sockets and has a continuous power output of 1200W. This means that it can run any mains appliance up to that power level. For example, if you have a blender rated at 600W, it would power it without issue. However, if you have an electric oven that is 3000W, the inverter wouldn’t be able to handle it.
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5-15W
12V solar panels actually output around 20V
12V leisure batteries charge at just over 12V*
Standard PWM controllers simply drop those extra 8V — throwing away precious power
Every Voltanic Kit takes those wasted volts and converts them into extra amps using Advanced MPPT (Maximum Power Point Tracking) Technology.
Harvest 100% of your Solar Energy - No wasted watts
Charge your Batteries 30% Faster
More Power, Fewer Panels - Perfect for tight spaces
Better Value Investment - Get what you pay for
| Controller | Standard PWM | Voltanic MPPT |
|---|---|---|
| Panel Voltage | 20V | 20V |
| Controller Charging Voltage | 12V (PWM reduces voltage) |
12V (MPPT reduces voltage) |
| Amperage | 5.8A (amps stays same) |
8.2A (MPPT increases amps) |
| Power Output | 12V × 5.8A = 70W | 12V × 8.2A = 98W |
| Power Wastage | ~30W (lost as heat) |
~2W (conversion loss) |
