TYCORUN 500w Inverter Pure Sine Wave Power Inverter 12V DC To 110V 120V AC For Home, Car

500w inverter - combining power and portability

 

The inverters, have helped us harness the energy from various sources (mostly renewable) but have also helped us stay connected to the power even when on the go.

A 500w inverter that has bridged the gap between power and portability, making it super convenient for us to stay connected to power in our home solar system or lithium rv battery system. Let's dig deeper into the 500 w power inverter and see how it can benefit us.

1. What is a 500w inverter?

Specifications of a 500w inverter:

• Output power: It's simple maths; the output power of a 500w inverter is 500w, which means it's the maximum output power that the inverter can convert. This is also the power that it can supply to the electric devices connected to it.
• Output voltage: Since the inverter is function as the dc to ac converter 500 watt, the output voltage of a 500W is the voltage in AC that it provides to the devices, which ranges between (110V to 220V)
• Input voltage: The input voltage of a 500w inverter is at 12 volts, which means it is a dc 12v to ac 220v 500w power inverter and you can connect a 500w inverter to a 12 volt batteries and then get 220v output.

 

 

Parts of a 500w inverter

Although small-sized, a 500w inverter consists of the following components:

• Input terminal: The terminal that connects the DC power source with the inverter.
• Output terminal: This point connects AC devices to the inverter like a conventional electric outlet.
• Inverter circuitry: The inverter circuitry consists of transistors, transformers, and capacitors. This part of the 500w inverter is responsible for converting DC into AC.
• Control panel: Consisting of configuration buttons and displays, the control panel lets you monitor and manage the smooth operation of the inverter and keep a check on the power output and general settings.

 

Working principle of a power inverter 500w

Here's how a 500W inverter works:

• DC input: First, a DC power source (12V) is connected via the inverter terminals (usually a car battery or a solar panel).
• Inversion: After that, the inverter circuitry converts the DC into AC. This step occurs rapidly and involves quick switching of the transistors, resulting in waveform formation.
• Output: The converted AC is then supplied to the output outlets, which power the devices.

2. Introduction of essential parameters of the inverter

You cannot just pick any 500w inverter because it's important that your inverter matches your equipment. Make sure you consider the following parameters before you select an inverter:

• Output voltage: It must match the voltage of the equipment
• Input voltage: It must match with the power source
• Wattage: It must be a bit lower than the voltage of the power source.
• Frequency: It must match the region's frequency.
• Efficiency: It must have high efficiency.
• Waveform: Usually pure sine wave or square wave.
• Number of outlets
• Size
• Portable/Stationary
• Noise
• Protective features
• Remote-controlled
• Brand

3. What can a 500w inverter run?

What can you run on a 500w inverter? Here are the top options:

• Home solar power system
• Balcony solar
• RV
• Home backup system
• Home emergency power system
• Various household appliances

4. How does a 500w inverter work for a home solar system?

A 500w solar inverter is frequently a part of the solar system, and here is how they both work together:

• Firstly, the solar panel is installed on the roof, converting sunlight into DC electricity.
• The 500w inverter performs the inversion with the help of transistors by switching them on and off rapidly. At this point, the DC goes to the solar power inverter 500w, which converts it into AC, which is then used to power the electronic devices. 

5. Is a 500 watt inverter good?

Yes, a 500 watt pure sine wave inverter is a good investment for your home, small business, or even while traveling as it comes with multiple benefits such as:

• Power provision during outdoor activities
• Portability
• Compatibility with a range of devices
• Cost Effective

6. What battery to use with a 500w inverter?

Multiple battery options are available for a 500w inverter, but there isn't one option that can be graded as best. Reason? The right battery choice for your 12v 500w inverter depends upon an array of factors, such as:

• Power requirements
• Battery type
• Voltage
• Battery capacity

7. How much will a 500-watt inverter run?

There's no specific runtime of a 500W inverter as it depends on factors like battery capacity, battery efficiency, battery capacity, etc.

However, you can calculate the approximate runtime by the formula:

Runtime of Inverter (hours) = Battery Capacity (wh) / Wattage of Inverter (v)

8. What is price of 500 watt inverter?

A typical 500 watt inverter price ranges somewhat between $30 to $100. However, factors like price, brand, and size often impact the price of 500 watt inverter.

9. What is the difference between a 3000w and a 500w inverter?

The difference between a 500w and a 3000w inverter is in their capacity /power output as evident from the name. Moreover they also differ in versatility, efficiency and applications.

10. How to choose the best 500w inverter?

Choosing the best 500 watt pure sine wave inverter is easy. However, you need to keep in mind the following points before picking one:

• Calculate your desired power needs
• Pick the right inverter type as per our needs.
• Check the efficiency the inverter is offering
• Check safety features beforehand
• Consider size as per your available space
• Check portability if you're looking for a portable inverter instead of a stationary one.
• Check the warranty beforehand.
• Lastly, check the price to see if it falls into your budget.

11. FAQs about 500w inverter

① How long will a 100ah battery run a 500w inverter?

A 12v 100ah battery will run a 500w inverter for 2.4 hours.

② How many amps does a 500 watt inverter draw?

With an approx efficiency of 80%, a 500 watt inverter will draw about52 Amps, approximately. 500 watts / 12 V / 0.80 = 52.08, around about 52 amps.

③ What happens if the inverter is oversized?

If an inverter is oversized, it can lead to high cost, inefficiency, lesser lifespan, incompatibility, overload risk, etc.

Key Features of TYCORUN 500w pure sine wave inverter:

• Compact, lightweight and robust design
• Optimized for 12 V DC system voltage
• Smooth power for safe operation of sensitive electronics
• Leading easy-to-read LCD indicator display
• Integrative safety protection (under-voltage, over-voltage, AC Over-load, Over Heating, Short Circuit and Reverse connect)
• Excellent surge rating : 2 × the power rating
• Ground-fault circuit interrupter protection
• Ultra-silent cooling system
• Build-in 2 × AC sockets, 2 × USB ports, 1 × type-C port

Pure Sine Wave

The TYCORUN mini 500 w power inverter output a pure sine wave waveform, which has the same quality as utility or domestic power. This smooth pure sine wave allows you to operate sensitive electronic devices that require a high quality waveform with little harmonic distortion. Almost any electronic device could be powered using TYCORUN 500 watt pure sine wave inverter.
TYCORUN 500w inverter pure sine wave is more efficient(high efficiency 90%) which able to use less energy and allow more devices to be used. More energy savings from low no-load losses. Superb load shock resistance will not harming your equipment when running.
Soft Start Technology
Thyristor soft start technology included can effectively reduce the starting inrush current of the TYCORUN 12v 500w power inverter, reduce the impact on the power grid, improve the quality of power and the appliance life.

Overall, it improve the stability and reliability of the system which is especially necessary for equipment that has an inductive load or electrical motor. To better protect the machine, you'd better turn on the switch of the appliance first before starting the TYCORUN 500w solar inverter.