I. Safety during charging
1.
Use the original charger:
2.
1. Always use the original charger that comes with the energy storage power supply for charging. Chargers of different brands and models may have mismatched voltages and currents, which can easily damage the power supply or cause safety accidents.
2. Avoid using inferior or uncertified chargers.
3.
Choose a suitable charging environment:
4.
1. Charge in a dry and well-ventilated environment, away from flammable, explosive items and water sources.
2. Avoid charging in high-temperature environments (such as under direct sunlight, near heat sources, etc.) or low-temperature environments (such as inside a refrigerator, in extremely cold outdoor environments). The suitable charging temperature is generally between 0°C and 40°C.
5.
Control the charging time:
6.
1. Do not overcharge. Charge according to the time specified in the product manual. Many energy storage power supplies have an automatic power-off function when fully charged, but if the charger or the power supply itself malfunctions, it may continue to charge, increasing safety risks.
2. When the energy storage power supply is not in use for a long time, it should also be charged regularly to maintain battery activity, but also be careful to avoid overcharging.
II. Safety during use
1.
Understand output power and equipment requirements:
2.
1. Before using the energy storage power supply to power equipment, understand the output power of the energy storage power supply and the power requirements of the equipment. Do not connect equipment with power exceeding the output capacity of the energy storage power supply to avoid damaging the power supply or causing fire and other dangers.
2. For high-power equipment such as electric heaters and induction cookers, confirm whether the energy storage power supply can safely support their operation.
3.
Connect equipment correctly:
4.
1. Ensure that the connection between the equipment and the energy storage power supply is firm and correct. Avoid loose connections that can lead to poor contact and electric sparks and other safety hazards.
2. Use appropriate charging cables and plugs. Do not use damaged or aged cables.
5.
Prevent overload and short circuit:
6.
1. Do not connect too many devices at the same time to avoid exceeding the load capacity of the energy storage power supply. If too many devices are connected or the power is too large, overload protection may start, and even damage the power supply.
2. Pay attention to avoid letting conductors such as metal objects come into contact with the output port of the energy storage power supply to prevent short circuits. In case of a short circuit, immediately disconnect the connection and check the power supply and equipment.
7.
Avoid collisions and drops:
8.
1. Energy storage power supplies usually contain precision components such as batteries. Collisions and drops can damage the internal structure and lead to battery leakage, short circuits and other safety issues. During use and carrying, handle with care and store properly.
III. Safety during storage
1.
Choose a suitable storage location:
2.
1. The energy storage power supply should be stored in a dry, cool, and ventilated place, away from fire sources, heat sources, and direct sunlight.
2. Avoid storing the energy storage power supply in a humid environment such as basements and bathrooms to avoid affecting battery performance and causing safety issues.
3.
Regular inspection and maintenance:
4.
1. When the energy storage power supply is not in use for a long time, regularly check its power level and appearance. If the power level is found to be too low, charge it in time; if damage is found on the appearance, stop using it and have it repaired.
2. For energy storage power supplies with replaceable batteries, pay attention to checking the battery status. If there are phenomena such as bulging or leakage, replace the battery in time.
5.
Comply with transportation regulations:
6.
1. If you need to transport the energy storage power supply, comply with relevant transportation regulations. For example, in air transportation, the capacity and quantity of energy storage power supplies may be limited, and they need to be packaged and carried according to the requirements of the airline.
In short, correct use and maintenance of energy storage power supplies can effectively reduce safety risks and ensure the safety of users' lives and property. During use, strictly follow the requirements of the product manual. If there are any questions or abnormal situations, consult the manufacturer or professionals in time.
