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Designed with a sleek, modern look, this lightweight, all-black flexible solar solution integrates cutting-edge HPBC technology for unmatched efficiency and durability.
With an excellent efficiency rating of 25.8%, Voltanics flexible models allow you to charge even faster.
HPBC (Hybrid Passivated Back Contact) is an advanced solar cell design that eliminates front-side busbars, allowing more sunlight to reach the cell surface.
Unlike conventional designs, HPBC cells optimise internal conductivity and minimise energy loss, which means more of the sunlight hitting your panel is converted into usable power—especially useful in low-light or low-temperature environments.
Built for easy installation, this panel comes with 4 pre-drilled mounting holes and can also be secured using sealant or Velcro.
Added safety in case of overheating or electrical faults.
Exceptionally light, up to 70% lighter than traditional solar panels, making it easier to handle, move, or mount.
Built with reinforced layers and a durable ETFE surface, this panel easily flexes up to 258° without cracking or losing performance. It adapts perfectly to curved surfaces like those on caravans or vans, while maintaining strong and consistent solar input.
Choose how to install your solar panel. Pre-cut eyelets allow for easy hanging with hooks, or you can mount it securely using adhesive on flat surfaces.
Voltanic solar panel is plug-and-play with any power station. Most models come with the cable connector in the box, but if yours doesn’t, just get in touch and we’ll help you find exactly what you need.
A 12V 100Ah LiFePO4 leisure battery gives you roughly 1200 usable watt-hours of energy (12V × 100Ah = 1200Wh). To figure out how long it will run for, simply add up the watts of all your devices and divide 1200 by that number.
General Guideline:
Remember: Actual runtime will vary based on temperature, battery age, and the type of devices being powered.
Using the Voltanic 200W Solar Panel as an example, the module itself generates around 10 amps per hour in peak sunlight. Since a 100Ah battery needs 100 amp-hours to charge fully, it would theoretically take 10 hours of perfect sunlight to charge it up. However, you typically only get 4-6 hours of good sun per day (in the spring & summer), so expect about 2 days for a full charge with a 200W panel.
General Guide:
Remember: Always use an MPPT solar charge controller between your panels and battery if you want to generate the most power.
A typical 12V camping fridge uses around 2-4 amps per hour (24-48 watts) when the compressor is running. However, fridges don’t run constantly – they typically cycle on and off to maintain temperature, running about 30% of the time in normal conditions. This means they average 0.6-1.2 amps per hour (7-14 watts).
Runtime Guideline:
Remember: These are estimates – actual runtime depends on ambient temperature, how often you open the fridge, how full the fridge is etc.
The key factor to look at is your battery’s continuous discharge current rating. This is the amount of current (or amps) the battery can safely discharge continuously during day to day usage. A typical 12V 100Ah LiFePO4 battery has a continuous discharge rating of 100A or 1200 Watts (100A × 12V = 1200W)
Therefore, you should not use devices that continuously draw more than 1200 watts making the 1200W inverter perfect.
Note: You can technically use larger 1500-2000 watt inverters on a 12V 100Ah battery as running an inverter at 50-60% capacity (rather than at full load) can actually extend its lifespan. Just remember to never use devices that breach the continuous discharge current limit or you will reduce the lifespan of your battery & could damage it.
Remember: Always choose a pure sine wave inverter.
Yes, most standard 12V lead-acid chargers can safely charge LiFePO4 batteries since they charge at similar voltages (around 14.4V). However, there are a few things to consider:
Good to know:
For best results:
Remember: While lead-acid chargers will work, a dedicated LiFePO4 charger is a better long-term investment for optimal battery performance and lifespan.
LiFePO4 batteries require a specific charging profile to ensure safe, efficient charging and maximum battery life. You have several charging options:
Remember: Always match charging voltage (14.4V-14.6V)
Technically yes, a split charge relay could work to charge a LiFePO4 battery since alternators typically output 14.4V, which is within LiFePO4’s charging voltage range. However, it’s not recommended because:
Better solution:
While a split charge relay might work in a pinch, investing in a proper DC-to-DC charger will protect your battery investment and ensure safe, efficient charging.
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Max Peak Power (Pmax): 115W Maximum Power Point Voltage (Vmpp): 16.5V Maximum Power Point Current (Impp): 6.97A Open Circuit Voltage (Voc): 20.6V Short Circuit Current (Isc): 7.32A Max System Voltage: 600V Size: 965×580×2.5mm Weight: 1.65kg Color: Black Connector: MC4 Connector Cable: 0.9m, 2.5mm² Surface: Salt Spray Resistant ETFE Cells: 182mm × 91.875mm HPBC Cells Cell Efficiency: 25.8% |
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) |
