Perfect power source for sensitive electronic devices. Ensures that your devices work smoothly by providing stable and safe energy. Provides continuous and uninterrupted power with its built-in charging feature.
$162.79 – $399.30
Havale/EFT ile %5 anında indirim!
The internal transfer switch automatically switches to the backup power source in case of a power outage.
This feature maximizes your energy security by ensuring the uninterrupted operation of your devices.
It is protected by a comprehensive 2-year warranty, giving you long-term assurance and peace of mind.
Pure sine inverters provide clean and stable energy with a pure sine waveform, thus offering seamless compatibility with a wide range of devices and sensitive electronic protection.
Modified sine inverters produce coarser waveforms, which can cause problems with sensitive devices.
The AC connection cable with built-in plug provides a fast and safe installation.
Thanks to the stylish plug design, you can make your energy connection instantly, thus achieving practical use and high safety.
Superior Device Compatibility
Pure sine inverters provide excellent compatibility with all electrical devices.
They provide reliable performance across a wide range of applications from motorized devices to sensitive electronic equipment, eliminating the compatibility issues experienced with modified sine inverters.
What is the Difference Between a Modified Sine Wave and a Pure Sine Wave Inverter?
+ -Modified sine and pure sine inverters are two different types of inverters used to produce AC (alternating current) electricity, and the differences between them can be explained under the following headings:
1. Output Waveform:
Modified Sine Inverter: This type of inverter produces a waveform close to a square, called a “modified sine” wave. The wave is not smooth like a pure sine wave, but rather resembles a simple rectangular wave.
Pure Sine Inverter: As the name suggests, pure sine inverters produce a “pure sine” waveform, similar to the AC electricity provided by the standard electrical grid. This wave is smoother and more uniform.
2. Areas of Use:
Modified Sine Inverter: Generally suitable for simpler electronic devices and basic household appliances. Simple electrical appliances such as lighting can work without problems. However, in sensitive electronic devices (medical devices, some motors, white goods, TV, etc.), performance may decrease or damage the devices.
Pure Sine Wave Inverter: Compatible with all devices. It is especially necessary for sensitive electronics, medical devices, modern electronics (LCD/LED TVs, sound systems) and motorized devices (refrigerators, washing machines). Pure sine wave inverter provides the closest power output to mains electricity.
3. Efficiency and Performance:
Modified Sine Wave Inverter: Although it is lower cost, it can make noise or reduce efficiency in some devices. Motorized devices and sensitive equipment may operate less efficiently and heat up more with modified sine wave.
Pure Sine Wave Inverter: Provides higher efficiency and ensures the proper operation of devices. Pure sine wave in electronic devices is more reliable in terms of long life and high performance.
How Should I Choose Inverter Capacity?
+ -There are a few basic factors to consider when choosing your inverter capacity. Choosing the right inverter capacity is important for the inverter to be able to operate the connected devices efficiently and for the system to be safe. Here are the main factors to consider when choosing your inverter capacity:
1. Total Power Consumption (Watt):
Power Consumption of Devices: You should determine the power (in Watts) of all the devices you plan to use. The power consumption of each device is usually indicated on the device.
2. Start-up Power (Surge Power):
Start-up Power of Devices: Some devices, especially motorized devices (refrigerator, air conditioner, water pump, etc.), draw more energy than their normal operating power when they start working. This “start-up power” (or instantaneous peak power) can usually be 2-3 times the nominal power.
For example, a 300W refrigerator can draw up to 900W of energy when starting up.
Instantaneous Power Capacity of the Inverter: When choosing an inverter, you should also consider the starting power of the devices. The inverter needs to be capable of handling these temporary high power demands.
Example:
Let’s say you plan to run the following devices in your home simultaneously:
Television: 150W
Laptop: 100W
Refrigerator: 400W (initially 1000W)
Lighting: 100W
In this case:
Total continuous power: 150W + 100W + 400W + 100W = 750W
Start-up power: 1200W (for the refrigerator)
Since you have a continuous power requirement of 750W, it would be appropriate to choose an inverter with a capacity of at least 1500W to meet the starting power.
What is a Battery Inverter?
+ -A charger inverter is a device that combines both inverter and battery charger functions. This type of inverter converts DC (direct current) energy to AC energy to charge AC (alternating current) loads while charging batteries. It basically has two functions: to provide power from the battery during power outages and to charge batteries from the grid or another energy source.
The basic working principle of a charger inverter is that it combines two main functions:
Battery Charging: Charges the batteries when there is grid electricity.
Power Supply in Power Outages: Powers electrical devices using the energy in the battery when there is a power outage.
Directing External Electricity to Internal Installation: When connected to the grid, it both charges the battery and directs the grid electricity to the internal installation.
This system is especially useful in places where power outages can cause problems, with renewable energy systems or in places where a continuous power supply is needed.
What are the payment methods?
+ -1. Bank Transfer and EFT:
Our customers can make payments directly to our bank account via bank transfer or EFT on the payment screen. When your payment reaches our account, the product checkout process will be initiated immediately.
2. Credit Card/Bank Card:
Our customers can easily make their payments with credit card or bank card through our secure payment infrastructure.
Return and Refund Policy
+ -As Electrozirve Enerji, we aim to keep customer satisfaction at the highest level. In this context, we gladly evaluate your return and refund requests in accordance with the conditions specified below.
Return Conditions:
Products must be returned within 14 days from the date of delivery.
The product to be returned must be in its original packaging, unused and suitable for resale.
Returns of products damaged as a result of user error are not accepted.
Before initiating the return process, you must contact us and receive approval for the return process.
Return Process:
After your return request is approved, the product must be delivered to us within 5 business days.
After the product reaches us, our quality control process will be initiated and you will be informed within 7 business days.
Refund Conditions:
The refund will be made within 10 business days after the product is returned and checked.
Refunds will be made using the original payment method.
Shipping fees are covered by the customer. However, if the product is faulty or defective, the shipping fee will be covered by us.
Support: For all your returns and refund requests, you can reach us at [email address/phone number]. Our customer service will assist you as soon as possible.
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