Press
Push the integrated release button to open the terminal mechanism.
A high-performance LiFePO4 dashcam power module with a record 281Wh capacity, REGEN™ technology that reduces stress on your car battery during start, and ultra-fast 250W charging powered by the LTC LT8705 controller. The power bank not only keeps your dash camera running in parking mode without draining the car battery, but also actively supports the engine start procedure by supplying reverse voltage with high current power.
Record capacity, breakthrough REGEN technology, and LT8705-based power electronics. This is an automotive-grade energy module built for true parking mode performance.
281Wh of energy in an automotive module. Long parking mode without draining your car battery.
During engine start, the power bank actively supplies up to 100A of supplemental current for approximately 15 seconds. This support is provided before charging begins, during the ACC delay period.
Automotive-grade power electronics based on the LTC LT8705 controller by Analog Devices.
Charging modes: 5A / 12A / 18A. 15 minutes of charging can provide up to 24h recording (1CH).
This is not just a parking-mode battery. During engine start, POWER-CORE 22000LFP can support the vehicle with high reverse current before charging begins, helping reduce stress on the car battery and stabilizing sensitive electronics.
A premium functional advantage that goes beyond simple backup power.
Instead of a generic DC/DC solution, this product uses the LTC LT8705 — a real automotive-grade buck-boost architecture with better control, higher efficiency and more stable operation.
True buck-boost topology, precise current and voltage regulation, and operation designed for dynamic automotive voltage conditions.
VIN/VOUT up to 80V, real buck-boost topology, external MOSFET-defined current capability and precise regulation.
More limited current capability, narrower operating range and less refined control under automotive load changes.
More stable power, lower losses, less heat and higher reliability in real in-car conditions.
POWER-CORE 22000LFP is designed specifically for long-duration parking mode. Its large LiFePO4 energy reserve, pass-through operation and multi-output design help maintain reliable recording for single, dual and more demanding multi-camera setups.
Engineering translated into real parking protection.
Real runtime depends on your dashcam power draw, parking-mode behaviour, Wi-Fi usage, ambient temperature and cable losses.
| Dashcam setup | Estimated runtime | Best use case |
|---|---|---|
| Single-channel camera | Up to 161 hours | Daily commuters, overnight parking, low-power setups |
| Dual-channel camera | Up to 95 hours | Front + rear parking protection |
| 3-channel camera | Up to 42 hours | Higher-load multi-camera systems |
| Quick top-up example | ~15 min drive ≈ up to 35h single cam | Short urban trips and partial recharges |
Real-world comparison between POWER-CORE 22000LFP and the earlier 6200LFP PLUS generation.
| Scenario | 22000LFP | 6200LFP PLUS |
|---|---|---|
| Stored energy | 281Wh | 79Wh |
| Charging speed | 20A max | 8A |
| Camera runtime | 3.55× longer | 1× baseline |
| REGEN support | Up to 100A | No REGEN |
| USB output | USB QC3.0 | No USB |
Push-button terminal connector. No screw terminals. No crimping. No soldering. Just press → insert → release.
Push the integrated release button to open the terminal mechanism.
Insert the stripped wire into the terminal opening without fighting screw clamps.
The spring mechanism locks the wire securely for cleaner and faster installation.
The largest differences are capacity, charging speed and real-world dashcam runtime. The newer model also introduces REGEN™ engine-start assist, dual dashcam outputs and USB QC3.0.
Built around LiFePO4 cells and LT8705 power management for stable automotive operation, lower heat, long service life and cleaner everyday installation.
Lithium Iron Phosphate chemistry offers better thermal stability, a more predictable discharge curve and longer useful life than typical Li-ion dashcam power banks.
Designed for repeated automotive charge and discharge use with low capacity fade, making it suitable for multi-year daily operation.
Protection strategy includes reverse polarity handling, short-circuit safeguards, temperature cutoff logic, fuse-based backup protection and controlled low-voltage behavior.
Keeps the dashcam powered while the engine is off without draining the starter battery, which is the core requirement for reliable long-duration parking surveillance.
Pass-through operation allows the module to recharge while continuing to supply the dashcam, so recording does not have to stop during normal driving.
During engine start the module can briefly deliver high reverse current, up to 100A peak depending on version, helping reduce voltage sag and supporting the vehicle battery during cranking.
The machined aluminum housing improves heat dissipation, increases mechanical durability and better matches long-term automotive use than lightweight plastic enclosures.
Tool-free push-button terminals make installation cleaner and faster: press, insert the wire and release, with no screw terminals or crimping required.
Optional extension batteries can be connected through the XT60 expansion port, allowing parking-mode runtime to scale from roughly one day to multiple days.
Everything required for hardwire installation and reliable dashcam parking-mode operation.
Main dashcam power bank
4-PIN + 5-PIN connector
Car cigarette socket adapter
2m hardwire charging cable
1.5m REGEN™ cable
2 fuses in one
Instruction manual and 2-year warranty
O-type terminal + insulation
High-bond mounting tape
4× leads + 15A fuses
Full technical data for Power Core 22000LFP: battery platform, charging, outputs, protection, physical construction, LED indicators and certification details.
| Model | Power Core 22000LFP |
| Battery Cell Chemistry | LiFePO4 |
| Capacity | 13.2V nominal – 22,000mAh / 281Wh |
| Cycle Life | ≥ 5000 cycles @ 80% DoD |
| Internal Cell Configuration | 4S2P (8 cells total) |
| Cell Balancing | Active balancing (High & Low mode) |
| Cell Type | Cylindrical |
| Regenerative Current | < 100A (internal self-resettable fuse, trip: 80A, max peak: 100A) |
| Regenerative Voltage | 14.6V |
| External Expansion Port | 14.6V LiFePO4 extended battery pack only |
| Input | DC 5V – 28V @ 20A (20A max) |
| Conversion Efficiency | Up to 98% |
| Charging Time (0%–100%) REGEN OFF Full capacity (22,000mAh) |
SLOW (5A): 4h 30min
NORMAL (12A): 1h 50min
ULTRA (15–20A): 1h 20min
|
| Charging Time (0%–100%) REGEN ON Reduced capacity (15,000mAh) |
SLOW (5A): 3h 00min
NORMAL (12A): 1h 15min
ULTRA (15–20A): 45min
|
| Standby Mode |
Ultra low-power mode (< 3mA)
Total power-off mode (0mA)
|
| Connection Type |
Direct connection to vehicle battery
Simultaneous charging while engine is running
|
| Output 1 |
+12V ACC @ 3A (dash cam parking mode)
+12V BATT @ 3A
+5V BATT @ 3A
GND
|
| Output 2 |
+12V ACC @ 3A (dash cam parking mode)
+12V BATT @ 3A
+5V BATT @ 3A
GND
ACC IN – Charge activation pin (9V–28V), low current draw < 0.05A
|
| USB Output |
USB QC3.0 up to 24W
Supported protocols:
|
| Charging Temperature | 0°C – 50°C |
| Discharging Temperature | -30°C – 65°C |
| Low-Temperature Protection |
Charging disabled at 0°C
Outputs remain active via automatic vehicle bypass
|
| High-Temperature Protection |
Charging disabled at 50°C
Outputs remain active via automatic vehicle bypass
|
| Protection Features |
|
| Color | Black (sandblasted aluminum texture) |
| Housing Material | Full aluminum enclosure with laser-engraved marking |
| Size | 295 × 292 × 45 mm |
| Weight | 3.65 kg |
| Indicator | Function |
|---|---|
| FAULT | Charging suspended. Internal fault detected. |
| POWER | ACC detected. Ready to charge. |
| FULL | Battery fully charged. |
| CHARGING | Charging active (after delay if conditions met). |
| BOOST | Boost – ultra-fast charging mode enabled. Live LED current monitoring. |
| REGEN (Green) | No fault detected. When REGEN is ON and properly connected to the car battery terminal, the green LED remains ON continuously, even if ACC is not detected. |
| REGEN (Red) | Indicates transfer power level. Higher current = brighter red LED (max 50A). If the battery is in good condition, amber color is typically visible. |
| Country of Origin | Made in Germany |
| Certification | UN3481, FCC, CE, UK-CA, ROHS, MSDS, German BattG |
| Warranty | 2 years |
Short, direct answers that remove purchase hesitation.
No. In parking mode the power bank supplies the dashcam, and during engine start REGEN provides short, controlled support — reducing stress on the car’s main battery.
Yes. REGEN supports your battery — it does not replace it.
It reduces stress during engine start and helps extend lifespan, but a worn or failing battery still needs to be replaced.
REGEN is designed for traditional engine start. Hybrid and electric vehicles do not use a conventional 12V starter motor, so this condition typically does not occur.
As a result, REGEN may not be triggered. However, the power bank still works normally — charging from the 12V system and powering your dashcam in parking mode.
In these vehicles, REGEN is not required. The full battery capacity is available for dashcam use, without reserving energy for engine-start support.
No. REGEN activates only when needed — when a noticeable voltage drop occurs during engine start.
If the battery is strong and the start is smooth, no support is required and REGEN remains inactive.
No. REGEN is a controlled support system, not an intrusive modification.
It operates only for a short startup window (~15 seconds) and includes multiple protections such as overcurrent, voltage safeguards, and internal fuse protection.
Yes. The system is fully compatible with smart alternators and variable charging systems.
It continuously monitors voltage and automatically pauses charging if it drops below a safe level, protecting your car battery from unnecessary discharge.
Yes. LiFePO₄ battery technology offers high thermal stability and long lifespan, even in low temperatures.
REGEN also helps during cold starts by reducing voltage drop and easing the load on the car battery.
Because the unit stores significantly more energy (281Wh) than smaller systems. Charging is fast — but the capacity is also much larger.
REGEN reduces stress during engine start by supplying up to 100A of support current.
The highest battery wear occurs during startup — especially on short trips where the battery cannot fully recover energy.
By reducing this load, REGEN lowers discharge depth and shortens recovery time, helping extend overall battery lifespan — particularly in urban driving.
Only minimally. LiFePO₄ cells are highly resistant to high-current loads.
REGEN operates briefly (~15 seconds), so the additional stress is very low and has negligible impact on long-term lifespan.
Compatible with most dashcams using 12V or 5V input, depending on wiring configuration.
Yes. Even a short drive can restore meaningful runtime. Around 15 minutes of charging can provide up to 24h recording (1CH).
REGEN can mask early signs of a weakening battery by assisting during engine start.
It is recommended to disable REGEN periodically (e.g. every 6 months) and verify that the car starts normally without support.
A healthy battery is still essential — REGEN extends its life, but does not eliminate natural wear over time.
Final purchase section with the most important commercial and technical benefits clearly summarized.
Compact summary panel as the final confidence booster before purchase.