5 Different Application Scenarios of Portable Power Station
1000W/1500W/2000W portable solar power station
According to the statistics of the US Department of Energy (DOE), in 2020, American power customers experienced more than 8 hours of power interruption. Generally, the portable power station can be connected when the power supply is disconnected. Traditionally, portable power stations come from generators driven by gasoline (sometimes diesel or natural gas) and internal combustion engines. The low-cost, high-power, and portable fossil fuel generator has a major problem, which causes greenhouse gas (GHGs) emission pollution during operation.
The shift from fossil fuels to portable power stations has opened up a wide range of applications on a larger scale than ever before with gasoline-powered generators. The use of advanced batteries to provide electricity for everything, the use of solar panels and small wind turbines to charge the batteries, and even the use of fuel cells to convert hydrogen into electricity for use in the field can become a way to develop the concept of portable electricity.
We believe that advanced portable power stations can meet various challenges. We focus on five different applications and introduce new green, clean and safe solutions.
Providing power during a power outage is the most familiar portable power application 220V for homeowners. Many of them are powered by internal combustion engines, which rely on natural gas and will automatically start when the power grid is cut off. As long as there is enough fuel, they can run, and they are large enough to run refrigerators and freezers, lights and televisions, and even heat pump air conditioning and heating systems. Unfortunately, they generate large amounts of greenhouse gas emissions.
There are several ways to replace the traditional generator system. Under normal circumstances, large batteries are fully charged by using the energy provided by the power grid. If there is a power failure, the battery will provide power for the family and there can be no greenhouse gas emissions. (except for the power generated by the grid to charge the battery system)
Since the internal combustion engine power generation system will not produce toxic gas emissions, the battery power supply can operate indoors without sound. However, the disadvantage is that large and expensive batteries are required to power large traction equipment such as air conditioners or heat pumps, and the charging life of these batteries is only a few hours. After the power is restored, charging them from the grid is also a long process, which takes many hours. It is also possible to use solar panels for charging. Even if the power grid is still off, the total operation time of most solar panels will only increase by a few hours when the sun is abundant.
You can see portable power stations 220V in the form of lithium-ion-powered tools in any public place. Each portable drill saw, electric lamp and surface grinder can use rechargeable lithium-ion battery packs, which are usually interchangeable between equipment produced by the same manufacturer.
The hum of the campsite generator is even worse. RV and camper trailers can provide comfortable space, but all this can only be achieved with a power supply. Without a shore power system, the engine can only be powered by diesel, gasoline, or natural gas, resulting in noise and environmental pollution.
Instead, we can use 400W portable power stations. The power station is similar to the size of a microwave oven. It is a large rechargeable battery that can be charged by a household current or connected to a portable solar grid.
The portable power station 240V can provide sufficient power for small applications in a short time without the noise and smoke generated by the drive generator.
Ships need special power because the humid and usually salty marine environment will cause serious damage to marine electronic equipment. In terms of commercial-scale, air pollution in ports is a primary environmental problem. For example, pollution directly affects nearby residents. Therefore, electrified ships and port machinery have received great attention.
Yachts also need a lot of electricity, because they are equipped with radio, global positioning systems and other navigation equipment, radar, detectors, and various entertainment, air conditioning, and heating equipment. Traditional ships' batteries are charged by a generator on the running engine. However, solar panels are installed on the deck and top of the engine room to provide charging without greenhouse gas emissions. Some sailboats have eliminated gasoline or diesel engines, and instead use lithium-ion battery pack motors, which can be charged by solar energy or used as generators during navigation.
Handheld navigation devices, such as GPS, make many outdoor types of hiking and biking safer. In addition, portable emergency location beacons and satellite phones can save lives in an emergency. Portable emergency location beacons and satellite phones have reliable operation capability through lithium-ion battery packs, which is the result of the development of personal computers and other electronic devices.
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