Portable solar generators from companies like Jackery, EcoFlow, and Anker are impressive pieces of equipment. They are designed to do a little bit of everything: run appliances, charge laptops, provide emergency power, power camping equipment, and supply standard 120V AC anywhere you need it.
But a Bitaxe doesn't need 120V AC.
It needs low-voltage DC power.
SolarAxe was designed around that difference.
A traditional solar generator setup powering a Bitaxe through its standard power supply typically looks like this:
SOLAR PANEL → DC BATTERY → 120V AC INVERTER → MINER PSU → 5V DC → BITAXE
Solar energy begins as DC.
The battery stores DC.
But to use the miner's standard wall adapter, a portable power station must first convert that DC power into 120V AC. The miner's PSU then immediately converts that AC power back into DC.
Every conversion has a cost.
Solar DC → Battery DC → AC → 5V DC → Miner
Solar DC → Battery DC → 5V DC → Miner
SolarAxe simply eliminates the conversion that a small DC-powered miner never needed in the first place.
A Bitaxe Gamma typically operates in the neighborhood of 18–22 watts, depending on configuration and tuning.
At that power level, inverter and PSU overhead becomes significant.
In our testing and typical SolarAxe use cases, powering a small miner through an AC inverter and then through its AC-to-DC power supply can add approximately 10–12 watts of conversion overhead.
Think about what that means.
If your miner needs approximately 20W to hash, an additional 10–12W of conversion overhead is equal to roughly 50–60% of the miner's own operating load.
Instead of drawing around 20W from your available energy, the complete AC power chain may need roughly 30W or more to accomplish the same job.
When you're plugged into the electrical grid, that difference may seem small.
When you're mining from a 100W solar panel, 10 watts is valuable.
That is power that could have been running your miner, charging your battery, extending your evening runtime, or keeping you online through passing clouds.
SolarAxe V-Core systems are built around a native DC architecture.
There is no 120V inverter in the power path.
Instead, power stored in the 12V LiFePO4 battery is efficiently stepped down to the voltage required by the miner.
No DC-to-AC conversion.
No AC-to-DC conversion through a wall adapter.
No inverter running just to power a 5V device.
There will always be some conversion loss when changing voltage, but SolarAxe eliminates one of the largest unnecessary stages in a traditional solar-generator mining setup.
The result is a system designed to dedicate more of your harvested solar energy to what you actually bought the system to do:
General-purpose portable power stations contain hardware that a Bitaxe simply doesn't need.
Large AC inverters.
Multiple USB charging systems.
120V receptacles.
High-power appliance circuitry.
Display and control electronics.
Fast AC charging systems.
Those are great features when you need them.
But you're also paying for them.
SolarAxe takes a different approach.
We built the V-Core specifically around the requirements of small DC-powered home miners.
That lets us put more of the system into the components that matter for off-grid mining: battery capacity, solar input, efficient DC power delivery, protection, and runtime.
The SolarAxe All Nighter provides 360Wh of LiFePO4 storage for $149.99 while being designed from the beginning around one job: efficiently powering small home miners from solar.
That means you're not buying an inverter you don't need.
You're buying runtime.
SolarAxe started with a simple question:
So we removed what wasn't necessary.
No oversized inverter.
No unnecessary AC conversion.
No collection of appliance outlets.
Just solar generation, battery storage, intelligent power control, efficient DC delivery, and a miner doing what it does best.
That's why SolarAxe exists.