Product Description
High-capacity lithium-ion phosphate battery offers several advantages. Lithium-ion phosphate batteries have a longer lifespan, better thermal stability, and are less prone to overheating compared to traditional lithium-ion batteries. This makes the power supply more reliable and safer to use. It can also handle a higher number of charge and discharge cycles, reducing the need for battery replacement over time.
This goods is ideal for powering digital signage. It can keep outdoor billboards, indoor display screens, and interactive kiosks running during power outages. This is important for businesses and organizations that rely on these forms of advertising and information dissemination. It ensures that their message is still visible and accessible to the public, maintaining brand presence and communication.
Product Lifecycle Management: Product lifecycle management (PLM) is used to manage the entire lifespan of the portable power station. It includes activities from product concept and design, through production and marketing, to end-of-life disposal. PLM software is used to track and manage product data, such as design files, bills of materials, and test results. This enables better coordination between different departments, such as engineering, manufacturing, and sales, and helps in making informed decisions about product improvements, cost reductions, and market strategies at each stage of the product's life.
Energy Storage System Monitoring: Advanced portable emergency power stations incorporate energy storage system monitoring technology. This allows users and manufacturers to remotely monitor the battery's health, state of charge, temperature, and other parameters. Through a connected app or web interface, real-time data can be accessed, and alerts can be set for abnormal conditions. This proactive monitoring helps in optimizing the use and maintenance of the power supply, ensuring its reliability and longevity.
Product parameters
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Capacity
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LiFePO4 1008Wh±5%
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AC Input Charging
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AC100~120V 700W MAX
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CAR Input Charging
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DC12-24V / 10A Max
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Solar Panel Input
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PV12~60V/10A 400W Max
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DC Output
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1x Cigarette Lighter 13.8V/10A Max
2x DC Rated Output 13.8V/5A Max Total 10A Max
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AC Output
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1200W
Peak 2400W
110VAC±10%
60Hz±5%
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Operation temperature
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0~40°C
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Lifecycle
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2500, SOH≥70%
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Weight
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13kg
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MultiSafety
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a. Short-circuit b.Over-current
c. Over-voltage d. Low-voltage
e. Over-load f. Over-temperature
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Certification
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VDE4105/CE/ROHS/UN38.3/MSDS/OCEAN/AIR shipment Report
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Factory
Our factory has a track record of introducing new product features based on customer needs and market trends. We conduct market research, customer surveys, and analyze industry reports. If customers express a desire for a longer battery life or a more convenient charging option, we invest in research and development to make it a reality. This customer-driven approach keeps our products relevant and competitive.
The factory is committed to ethical business practices. We adhere to fair labor policies, ensuring that our employees are treated fairly and paid a living wage. We also take our environmental responsibility seriously, as demonstrated by our waste reduction and recycling efforts. These ethical standards are an integral part of our corporate identity and help us build a positive brand image.
FAQ
What is the effect of altitude on the product's performance?
As altitude increases, the air pressure decreases. This can affect the performance of the product, especially its cooling system. The lower air pressure makes it more difficult for cooling fans to dissipate heat effectively, as the air is less dense. As a result, the internal components of the product may run hotter than at sea level. This could potentially lead to a reduction in performance or even automatic shutdown to prevent overheating. Additionally, the performance of the battery may also be slightly affected. At higher altitudes, the battery's capacity and power output may decrease due to changes in chemical reactions and the lower oxygen levels. However, the impact of altitude on the product's performance is usually within a tolerable range for most common usage scenarios, but it's something to be aware of when using the product in mountainous or high-altitude regions.
Can the product be used to power a rechargeable flashlight?
Yes, the product can be used to recharge a rechargeable flashlight. Most rechargeable flashlights have a relatively low power consumption and can be charged via the product's USB ports. The voltage and current output of the USB ports need to match the charging requirements of the flashlight. For example, if the flashlight requires a 5-volt input for charging and the product's USB port provides 5 volts, it can be used for charging. The runtime of the product when charging a flashlight will depend on the battery capacity of the product and the power consumption of the flashlight during charging. It's a convenient way to keep your flashlight charged and ready to use, especially during power outages or when you're away from a traditional power source.
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