Product Description
A built-in surge protector safeguards your connected devices. It protects against power surges and spikes that can occur during power outages or when the power is restored. This prevents damage to your electronics, such as frying circuits or damaging hard drives. It adds an extra layer of protection, making it a reliable choice for safeguarding your valuable equipment.
It is suitable for powering ham radios. It allows amateur radio operators to stay on the air during emergencies or when they are in remote locations without mains power. It can power both the radio transceiver and any associated accessories like amplifiers and antennas. This ensures continuous communication, which can be vital for response coordination or simply for hobbyists to stay connected with their peers.
Dynamic Power Allocation: Some of the products implement dynamic power allocation technology. When multiple devices are connected and drawing power simultaneously, this system intelligently distributes the available power based on the priority and power requirements of each device. For example, it may allocate more power to a device that is actively charging a critical component, like a smartphone's battery, while reducing the power to a less essential device, such as a Bluetooth speaker, to ensure overall system stability and efficient use of the capacity.
Adaptive Charging Algorithms: Adaptive charging algorithms are employed to optimize the charging process for different battery chemistries and states. These algorithms adjust the charging current and voltage based on factors such as the battery's temperature, charge level, and age. For instance, when the battery is cold, the charging rate may be reduced to prevent damage, and as the battery approaches full charge, the algorithm switches to a trickle charge mode to maintain the charge without overcharging, thereby maximizing the battery's lifespan and performance.
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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Factory
It has a history of successful product launches and market introductions. We carefully plan each launch, from pre-marketing activities to ensure awareness, to coordinating with distributors and retailers for a seamless rollout. Our marketing and sales teams work together to create buzz and generate demand, resulting in our products quickly gaining market share and recognition.
We are renowned for providing reliable technical support to our customers. Our technical support team is highly trained and experienced. They can assist customers with a wide range of issues, from basic setup and operation questions to more complex technical problems. They use remote diagnostic tools and have access to detailed product knowledge databases to provide efficient and effective solutions.
FAQ
What is the role of inductors in the circuitry?
Inductors in the product's circuitry play several important roles. They are used for energy storage in the form of a magnetic field. In power conversion circuits, such as the inverter, inductors are used to smooth out the current. They oppose changes in current flow, which helps to reduce current spikes and ripples. For example, in a buck-boost converter, an inductor is used to store energy during one part of the switching cycle and release it in another part, allowing the conversion of voltage levels. Inductors are also used in filtering circuits to block high-frequency noise and interference. They work in conjunction with capacitors to form LC filters, which can remove unwanted frequencies from the station, ensuring a cleaner and more stable power output for the connected devices.
Can it be used to power a small desktop fan?
Yes, the product can be used to power a small desktop fan. Small desktop fans usually have a power consumption of around 10 to 30 watts. The product's USB or AC output ports can be used to connect the fan. The runtime of the product when powering the fan will depend on the battery capacity. For example, a product with a 200-watt-hour battery capacity powering a 20-watt fan may provide around 10 hours of runtime. It's a useful feature, especially during hot days or in situations where the main power is unavailable. Make sure the voltage and current output of the product are suitable for the fan.
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