pure sine wave inverter
Main products 1000W 2000W 3000W pure sine wave bi-directional inverter, widely used in our energy storage products.
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General Hot Selling Products
Pure Sine Wave Inverter 1000w
- Pure sine wave bi-directional inverter
- AC input 100V-240v 50/60hz
- AC input 180V-240v 50hz
- Maximum charging power 1100W
- Overall dimensions:261*171*1.6mm
Pure Sine Wave Inverter 2000w
- Pure sine wave bi-directional inverter
- AC input 100V-240v 50/60hz
- AC output 180V-240v 50hz
- Maximum charging power 550W
- Overall dimensions:200*173*1.6mm
Pure Sine Wave Inverter 3000w
- Pure sine wave bi-directional inverter
- AC input 180V-250v
- AC output 225V
- Maximum charging power 550W
- Overall dimensions:200*173*1.6mm
General Applications For Pure Sine Wave Inverter
Home Appliance Power Supply: For household appliances like televisions, audio systems, computers, and air conditioners that require high-quality power, pure sine wave inverters ensure their smooth operation and reduce potential damage.
Solar and Renewable Energy Systems: Solar energy systems and wind power setups typically choose pure sine wave inverters when converting DC power into AC power usable for homes and businesses to ensure the quality of electricity.
Medical Equipment Power Supply: Many medical devices require a high-quality power source to guarantee precision and stability. Pure sine wave inverters often serve as their power solution.
Mobile Applications and RVs (Recreational Vehicles): In vehicle-mounted devices or motorhomes, pure sine wave inverters are commonly used to power various devices, ensuring stable operation.
Servers and Data Centers: To ensure data integrity and uninterrupted operations, many data centers and servers opt for pure sine wave inverters as their uninterrupted power source.
Marine and Ocean Applications: At sea, a stable and high-quality power supply is crucial. Pure sine wave inverters are widely used in this environment.
Agricultural and Industrial Applications: Some precise agricultural and industrial equipment also need high-quality power, and pure sine wave inverters can meet these demands.
Pure Sine Wave Inverter VS Modified
Output Waveform：
Pure Sine Wave Inverter：Outputs a smooth sine waveform similar to the public grid.
Modified Sine Wave Inverter：Outputs a jagged or square waveform, which is a simplification of the sine wave.
Device Compatibility
Pure Sine Wave Inverter：Suitable for almost all electrical devices, especially those with high power quality requirements, such as medical equipment and high-end audio.
Modified Sine Wave Inverter：May not be suitable for some power-sensitive devices.
Price：
Pure Sine Wave Inverter：Due to its complex circuit design, it is usually more expensive.
Modified Sine Wave Inverter：Has a relatively simple structure and lower cost, so it is usually cheaper.
Efficiency and Loss：
Pure Sine Wave Inverter：Due to the smooth output waveform, the device runs more stably with less loss.
Modified Sine Wave Inverter：May cause the device to run unstably or have greater energy loss.
The Common Pitfalls When Purchasing
- Inverter Output Power: The power output of the inverter should be higher than the combined rated power of all electrical devices you plan to run simultaneously. Thus, it's essential first to determine the power requirements of your devices. Once you have ascertained the power requirements, you should consider some margin when choosing an inverter. We recommend a margin of 1.2 times the power requirement.
- Not Truly a "Pure Sine Wave" Output: Some inverters claim to be pure sine wave inverters, but in reality, their output waveform is not a genuine pure sine wave. This might cause devices connected to these inverters to malfunction.
- Heat Management Issues: The heat generated by the inverter during its operation needs to be effectively dissipated; otherwise, it might overheat and get damaged.
- Battery Compatibility Issues: Ensure that the inverter you are purchasing is compatible with the type of battery you intend to use.
The FAQs About Pure Sine Wave Inverter
A pure sine wave inverter is an electronic device that converts direct current (DC) into alternating current (AC), producing an AC waveform that is a pure sine wave. This waveform is similar or identical to the AC waveform obtained from the power grid. Compared to other types of inverters, such as modified wave or square wave inverters, the pure sine wave inverter provides more stable and clean power, making it more suitable for driving sensitive electronic devices.
A 2000-watt pure sine wave inverter has sufficient output capability to power a variety of household appliances and tools. However, when using it, ensure that the total power of all connected devices does not exceed the inverter's rated power.
Specific devices it can power include:
Television and DVD players
Small refrigerators or freezers
Microwaves (operating at medium power)
Computers and other office equipment
Some household air conditioners or heaters
Power tools, such as drills, saws, or grinders
Vacuum cleaners
Washing machines (excluding dryers)
Points to note:
While the power of a single device may not exceed 2000 watts, the total power of multiple devices used simultaneously should be below the inverter's rated power.
Some devices may have peak power that exceeds their nominal power when starting up.
A 2000-watt inverter can theoretically handle a maximum continuous load of 2000 watts. This means that the total power of all appliances and tools you connect should not exceed 2000 watts. However, in practical applications, to ensure the longevity and safe operation of the inverter, it's typically recommended that the total power load stays below 80% of the inverter's rated capacity, which is no more than 1600 watts.
Additionally, it's important to note that some appliances might have a peak power surge when they start up, which may momentarily exceed their nominal power rating. Therefore, when choosing appliances to connect to the inverter, their startup power should also be taken into consideration.
Advantages:
Pure Waveform Output:
A pure sine wave inverter produces a clean and pure sine wave output. This waveform is very similar to that provided by commercial power grids, making it more suitable for a variety of devices.
High Adaptability:
It can adapt to almost all types of electrical appliances, especially those sensitive devices that require high-quality power, such as medical equipment and high-precision instruments.
Low Operational Noise:
For devices sensitive to operational noise, such as audio equipment and certain medical devices, a pure sine wave inverter can provide power with low noise.
Equipment Protection:
Due to its pure waveform output, it can better protect the devices using this power source, reducing the risk of device failure.
High Efficiency:
Compared to modified sine wave inverters, pure sine wave inverters generally have higher operational efficiency and a longer lifespan.
Disadvantages:
High Cost:
Compared to other types of inverters, such as square wave inverters and modified sine wave inverters, the manufacturing cost of pure sine wave inverters is higher, making them more expensive.
Large Volume and Heavy Weight:
Due to technical and design reasons, pure sine wave inverters are usually larger and heavier than other types of inverters.
Energy Consumption:
In some cases, pure sine wave inverters may have higher self-energy consumption, relatively reducing the overall efficiency.
