Product Description
It is designed to be easily carried by a handle or a shoulder strap. The handle is ergonomically designed for a comfortable grip, and the shoulder strap is adjustable for added convenience. This makes it effortless to transport the goods, whether you're walking short distances or traveling longer. It allows for hands-free carrying, making it more practical for on-the-go use.
The portable station is a useful device for powering arcade game machines. It can keep classic arcade games like Pac-Man, Street Fighter, and pinball machines running. This is great for arcade enthusiasts who want to have their favorite games at home or for events and parties. It provides a nostalgic gaming experience without the need for a dedicated power outlet.
Component Miniaturization: With the continuous advancement of technology, there is a trend towards component miniaturization in the products. Smaller and more efficient components, such as microcontrollers, capacitors, and power transistors, are being used. This allows for a more compact design of the power supply without sacrificing performance. Miniaturization also reduces the overall weight and size, making the device more portable and convenient for users to carry and use in various situations.
3D Printing in Prototype and Customization: 3D printing is increasingly being used in the development of prototypes. It enables rapid and cost-effective production of custom-designed parts and enclosures. Designers can quickly iterate and test different shapes and structures, and even create personalized power supplies for specific applications or customer needs. 3D printing also allows for the integration of complex internal geometries and features that may be difficult or expensive to achieve with traditional manufacturing methods.
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
The factory has an initiative to promote teamwork and collaboration among employees. We organize team-building activities, encourage cross-departmental projects, and have an open communication culture. This collaborative environment fosters innovation, improves problem-solving, and enhances overall productivity as employees work together towards common goals.
We have a system for evaluating and selecting new production technologies and equipment. Our team of engineers and technical experts assesses the latest advancements in manufacturing technology. They consider factors such as cost, efficiency, and compatibility with our existing processes. Only after a thorough evaluation and pilot testing do we invest in new technologies or equipment to ensure they enhance our production capabilities.
FAQ
How does the product's standby power consumption affect its overall efficiency?
The product's standby power consumption is the power it uses when it is not actively powering devices but is still in a standby or idle state. Even in standby, the product may consume a small amount of power to maintain its internal circuitry and battery management system. A lower standby power consumption is desirable as it contributes to overall efficiency. If the standby power consumption is high, it can drain the battery over time even when the product is not in use. For example, if a product has a standby power consumption of 5 watts and is left in standby for 24 hours, it will consume 120 watt-hours of energy. This reduces the available battery capacity for when it is actually needed to power devices. Manufacturers strive to minimize standby power consumption through efficient circuit design and power management techniques.
Can it be used to power a portable printer?
The product can be used to power a portable printer, depending on the power requirements of the printer. Small, battery-powered portable printers usually have a power consumption of around 30 to 100 watts. The product's USB or AC output ports can be used to connect the printer. The runtime of the product when powering the printer will depend on the battery capacity. For example, a product with a 300-watt-hour battery capacity powering a 60-watt printer may provide around 5 hours of runtime. It's important to ensure that the voltage and current output of the product are compatible with the printer and that the printer is set up correctly to receive power from the external source.
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