Material specifications for the Marbero 88.8Wh indicate a 24,000mAh Lithium-ion (NMC) cell array. This chemistry is selected for its high power-to-weight ratio, facilitating ultra-portable field deployment. The unit utilizes a Modified Sine Wave inverter with a continuous stable ceiling between 80W and 100W, though it is rated for a 150W peak surge. USB-C output is capped at 30W, which supports standard mobile device charging protocols.
Forensic hardware auditing identifies the chassis and port layout as a shared ODM design. Technical warnings indicate that the Modified Sine Wave output may result in mechanical buzzing or overheating when used with AC motors or medical devices requiring high-fidelity waveforms. The BMS provides safety logic for over-voltage and short-circuit protection.
Performance metrics list a recharge input range of 13V-23V, supporting solar, wall, and automotive inputs. Under a 60W continuous load, the 88.8Wh reservoir provides approximately 75-80 minutes of runtime. The unit is rated for approximately 500 cycles before significant capacity loss occurs.
The EHOM EP100-2 is a recommended alternative for travelers requiring a Pure Sine Wave inverter in a similarly portable form factor. This product is classified under smart power solutions for mobile environments.
